Study an Engineering Course that has Future High Job Demand in Malaysia
When deciding on an engineering career path it is very difficult to know whether your chosen industry will continue growing, become oversaturated or even become obsolete because of technological advancements. It is clear that the trend is towards information technology and automation and this is set to remain the case for the foreseeable future. Traditional fields such as civil and petroleum engineering are still in high demand, but the fastest growing fields are those in the IT related areas. This article aims to list some of the engineering jobs that are most in-demand in future for Malaysian students to consider.
Engineering covers many different types of activity. Engineers make things, make things work and make things work better. They also use their creativity to design solutions to the world’s problems and help build the future. A career in engineering is fulfilling if you have chosen the right engineering field to study.
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The Most In-Demand Engineering Courses with Future High Job Demand in Malaysia
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The world will always need engineers, but some specialized fields are growing faster than others. As the population ages, environmental policy changes, and automation takes over more and more aspects of manufacturing, the world needs qualified and experienced engineers to design, develop, test, and implement new strategies to meet the challenges of technological advancements.
In order for the country to become a developed nation, the engineer to population ratio must be 1:100. For Malaysia, with a population of 32 million, the number of engineers should be 300,000. Surprisingly, based on the Education Ministry’s statistics from 1997 to 2020, the average number of engineers produced per year by the local institutions of higher learning, excluding graduates from international universities is about 16,000. The cumulative total of all engineers produced from 1997 to 2020 is estimated to be about 400,000. The number of engineers may be currently surplus for Malaysia.
The engineer to population ratio for developed nations is 1:100. For Malaysia, with a population of 32 million, the number of engineers should be 300,000. As at February 2020, BEM’s registered Graduate Engineers and Professional Engineers stand at 137,073.
Unfortunately, the reality is that only 35% of the graduate engineers (GE) registered with the Board of Engineers Malaysia (BEM). BEM is owned by the Malaysian government to administer the registration of PE. Although according to Malaysia’s law through the Registration of Engineers Act 1967 (Revised 2015), all practising engineers must be registered with the BEM as GE to work as an engineer legally. According to the statistic published by BEM in February 2020, only 10% out of 142,000 registered Graduate Engineer (GE) successfully obtained the certification as Professional Engineer, which is less than 4% of all engineers in Malaysia.
At least five most common engineering fields run the country today, which are mechanical, chemical, electrical, electronic, and civil engineering. Civil engineering shows the highest number of registered Graduate Engineer followed by mechanical, electrical, electronic, and chemical engineering.
More than 50% of the total registered Graduate Engineer have been upgraded into Professional Engineer for at least two engineering disciplines which are civil and electrical engineering.
For mechanical engineering, the number of Graduate Engineer converted into Professional Engineer is slightly less at about 40%. The least amount of converted Graduate Engineer into Professional Engineer status is demonstrated by chemical and electronic engineering.
Job Demand for Engineers in Malaysia
The 5-year centralised economic development plan, known as the Malaysia Plan, will be one of the keys to driving the construction sector up to pace again. The government has plans to expand and modernise the public infrastructures within the country. In December 2020, the government approved a 2021 budget worth RM322.5 billion (US$73.3 billion). 73.3% for operational expenditure, 21.4% towards development expenditure and the balance of 5.3% to tackle the Covid-19 pandemic.
As the East Coal Rail Line aims for completion in 2027, others projects continue to boost Malaysia’s construction sector. These include the Mass Rail Transit 2, Light Rail Transit 3, Electrified Double Track Gemas-Johor Bahru, Klang Valley Double Track Phase 2, Pan Borneo Highway and Coastal Highway.
With projects underway, there is a surge in demand for skilled labour workers within the property and construction industry.
In addition, the surge in telecommunications and internet usage skyrocketed. Virtual meetings are the norm. Software such as Zoom and other communication platforms are now necessities. Wireless networks and fibre broadband are a must to keep operations and businesses running amidst this pandemic.
Ministry of Finance states that the Malaysian economy expects to rebound between 6.0% and 7.5% through its gross domestic product in 2021. And civil engineering will be the one spurring the recovery.
What are the Fastest Growing and In-Demand Engineering Jobs in Malaysia?
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Engineering plays a key role in supporting the growth and development in Malaysia’s economy as well as in improving the quality of life. As such, there is an important link between a country’s engineering capacity and its economic development. However, the extent to which engineering can aid development is also dependent upon government’s commitment of finances and resources required for infrastructure projects. By investing in infrastructure, such as transport, bridges, dams, communication, waste management, water supply and sanitation as well as energy and digital infrastructure, countries can raise their productivity and enhance other economic variables. By having a well-developed transport and communications infrastructure for example, countries are better able to get goods and services to market and move workers to jobs. A strong communications network allows a rapid and free flow of information, helping to ensure businesses can communicate and make timely decisions. All of these infrastructure projects require engineers.
Here are the fastest growing, most in-demand jobs predicted for future:
1. Automation & Robotics Engineer
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Automation has been reducing jobs in key industries. Robots can perform tasks faster, cheaper, and more safely, and can perform repetitive tasks around the clock. There’s no going back from automation now—in fact, the field of robotics is only going to continue to grow. For job security, it’s a good idea for prospective engineers to position themselves within the automation industry.
Automation and robotics engineers are responsible for creating, developing, testing, and putting automated systems into place.
Robotic systems are already good at performing menial repetitive tasks that don’t require the dexterity and attention to detail provided by a human worker. However, with constant advances in computing, energy storage and materials, robots are beginning to move from single arm welding and assembly robots to complex humanoid machines.
A good example of this is the Boston Dynamics robot. A robotics engineer is involved in every aspect of the design, development, testing and implementation of robotic systems. Robotics engineers are typically either mechanical, electronics or mechatronic engineers. As we move ever-closer to an automated world, the only safe jobs are those within automation itself.
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As alternative energy sources become more mainstream and their technology advances, the cost of creating and implementing solar and wind power has gone down. This, in turn, has helped to boost demand for people who work on developing new, more efficient green energy tech, as well as inspect, repair, and install existing tech.
Solar, wind, biofuels and geothermal energy are key players in powering the future with the two most prevalent renewable energy technologies being solar panels and wind turbines.
As solar panels reduce in price, the desire for them increases and they are being installed in more and more projects across the planet every year. It is estimated that within the next five years the need for photovoltaic engineers will be double what it is now, and this shows no sign of stopping as organisations seek to reduce their carbon emissions and find cheaper, more sustainable sources of energy.
With the Malaysian government target that 11% of all energy will come from renewables by 2020, the Solar industry is going through a major surge. The problem is that the new Solar plants are up to 50Mw in size (10 times bigger than what we currently have) and there are 460Mw of new projects already confirmed!
With local talent already in short supply candidates with Solar experience are being offered expat packages to return to Malaysia to work in the industry and many are looking to hire Civil Engineers and Electrical Engineers with transferable skills.
Alternative energy engineers can assemble and install solar panels and service wind turbines. Mechanical or electrical engineers can start out here, but may want to go for a Master’s degree in energy engineering, specifically.
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Civil engineering never goes out of style. It’s a very varied field with a lot of different branches, and, as the population grows and environmental policies adjust, there will always be a need for people to oversee infrastructure projects. This is another safe bet for people looking for a secure long-term prospect.
Civil engineers are responsible for overseeing road systems, sewage systems, and dams, among other things. With the increase in demand for alternative energy sources, there’s an equal increase in openings for civil engineers to handle the needed infrastructure for solar and wind farms, geothermal installations, and more. They will need to handle feasibility studies, impact studies, cost estimates, site inspection, and integration with existing infrastructure.
Another opportunity for civil engineers comes in the form of smart cities. With the public and private sectors both looking to embed technology more intuitively into infrastructure, this presents a flourishing of new cross-disciplinary opportunities for civil engineers to build their digital skills and play a vital role in revisiting urban structures to revolutionise the way cities operate.
There are various branches of civil engineering which make it difficult to saturate the market and it is therefore a great field to be in. The main civil engineering fields include: structural engineering, road/highway engineering and transportation engineering.
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According to the UN, in 2014 54% of the world’s population lived in urban areas. This is expected to increase to 66% by 2050, with the majority of the increase concentrated in Asia and Africa. In absolute terms, the urban population of the world grew from 746 million in 1950 to 3.9 billion in 2014. This figure is expected to surpass six billion by 2045.
This urbanisation will come with its own challenges and engineers will be involved in meeting the needs of growing urban areas, such as ensuring that there is adequate housing, water, sanitation, electricity and telecommunications.
Telecommunications is one of the most rapidly developing industry sectors globally. Mobile phones have become commonplace, optical fibres have improved long distance communications and digital techniques have made networks much more sophisticated. Communications are of vital importance to all people and all organisations
In addition, the arrival of 5G is expected to increase productivity and bring new products and services to market that have yet to be invented. Building on the foundation created by 4G LTE, 5G will dramatically increase the speed at which data is transferred across the network.
With the new opportunities brought about by this technology, 5G will create a highly competitive business environment across multiple industries. But it can only be built with the right skills and, as a result, many newly qualified engineers, technicians and 5G-ready engineers could find themselves being in very high demand over the next few years.
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While the world needs people to design and develop new ways to respond to environmental issues, an aging population, manufacturing, and our growing need for new, sustainable infrastructure, it also needs people to create the software that helps those things function. Every industry is increasing their dependence on technology, and the demand for software engineering has been increasing for years. That doesn’t look like it’s going to slow anytime soon. In fact, experts predict an increase of about 11% within the next few years.
Systems software engineers design, develop, and test operating systems. As more industries continue to update their technology, there will also be a need for network software. Network engineers are needed to oversee planning and implementing computer networks, while data science specialists are needed to analyze data and turn it into usable information.
Technology no longer operates just as a separate discipline but is integrated into all aspects of engineering design, planning, operations and maintenance. That could include the design and commercial production of digital devices and appliances, control systems for defence, power plants, aerospace and smart city infrastructure.
For wider engineering disciplines, digital engineers allow projects to make use of simulations, models, analysis and big data insights which support resource planning and costings, reduces wastage and allows projects to come to life for the client as early as possible with richly detailed computer-aided design.
this means that if you’re an engineer with capabilities in software, hardware, and data management, your expertise will be in high demand in whichever industry you want to specialise.
My friend introduced me to EduSpiral. He gave me all the information on WhatsApp & helped me to apply. Chong Keat, Electrical & Electronic Engineering at Heriot-Watt University Malaysia
Malaysia is the largest medical device market in Southeast Asia, with a market worth US$1.55 billion (RM6.44 billion). In addition, Malaysia is seen as the leading medical device manufacturing hub in the East, competing against the likes of mature hubs such as Puerto Rico, Costa Rica and Ireland.
In Malaysia, the medical devices industry spans a wide range of industries from rubber and latex, textiles, plastics, machinery and engineering support and electronics.
Under the Eleventh Malaysia Plan (RMK-11), the Government has identified medical devices as one of the high potential growth sectors. The industry has also been identified as one of the growth areas under the Healthcare NKEA under which eight (8) EPPs were announced and targeted to contribute RM17.1 billion in revenue and RM11.4 billion in GNI, as well as generate 86,000 jobs by 2020.
There are approximately more than 200 medical devices manufacturers, mainly the small and medium entreprises (SMEs) manufacturing medical gloves. However, the industry also includes higher value-added and technologically advanced products such as cardiac pacemakers, stents, orthopaedic implantable devices, electromedical, therapeutic and monitoring devices.
There are currently more than 30 MNCs producing high value-added medical devices, making Malaysia their offshore location for manufacturing operations, such as Agilent, B. Braun, Boston Scientific, St. Jude Medical, C.R. Bard, Symmetry Medical, Teleflex, Resmed, Ciba Vision, Kelpac Medical, Ambu, Toshiba Medical Systems and Haemonetics.
Targeted products
Electromedical equipment
Cardiovascular devices
Orthopaedic devices
In-vitro diagnostic products
Wound care management products
Products from convergence of technology (medical devices/ pharmaceutical/electronics/ ICT/IoT/ 3D Printing)
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Malaysia is already home to more than 230 aerospace companies including international players such as Airbus, General Electric, Spirit Aerospace and Honeywell. It is a great enabler for the development of a vibrant local supply chain comprising both international and local industry players.
Malaysia’s strategic position and strong local supply chain have contributed to its position as a preferred location for many MRO companies. Over 230 aerospace-related companies have established operations here in the country. They are involved in (MRO), aero manufacturing, education and training, systems integration, and engineering and design activities. Notable players such as Airbus Helicopters, Airfoil Services, Sepang Aircraft Engineering and GKN Aerospace have leveraged on our skilled local competencies to serve their customers in this region. Our local industry champions include UMW Aerospace, CTRM, Aerospace Composites Malaysia (ACM) and Spirit Aerosystems Malaysia. These are among the top tier single-source suppliers to major global aerospace OEMs such as Airbus, Boeing and Rolls Royce.
In the country’s most recent Aerospace Industry Blueprint, running from 2015 to 2030, the government has again targeted capturing 5% of the global MRO market by 2030, in addition to generating annual revenues of RM55.2bn ($13.7bn) and creating 32,000 high-skill jobs. Malaysia’s Economic Transformation Plan, meanwhile, forecasts the aerospace industry to be worth $1trn by 2020.
From commercial aviation to aircraft parts manufacturing MRO, aerospace is a strategic industry for Malaysia. In 2019, revenue from manufacturing and MRO raked in an estimated RM18 billion and provided jobs for 26,000 skilled workers.
As for Malaysia’s major exports, key products include aerospace parts and components such as fan cowl, fan casing, thrust reverser, forward leading edge and aircraft door. Most of the products were exported mainly to the US, Singapore, UK, China and France.
Malaysia is the second-largest aerospace market in Southeast Asia and the largest aero structures manufacturer in the region, with a long established design and build capability.
Currently, the aerospace industry activities can be seen throughout the country, especially in Selangor, Penang and Johor. The government is committed to strengthening the aerospace ecosystem by implementing efforts to transform Selangor and Kuala Lumpur into Southeast Asia’s hub for aerospace, particularly via Subang Aerotech Park and KLIA Aeropolis.
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Study Nanotechnology Engineering at a Top Private University in Malaysia
For more information contact 01111408838
Nanoscience and nanotechnology are the study and application of extremely small things and can be used across all the other science fields, such as chemistry, biology, physics, materials science, and engineering.
Engineers utilize nanotechnology for many purposes, such as designing computer components, creating explosive-resistant materials and building microscopic sensors. For example, in the computer industry, engineers use nanowires and optics to create microchips with immense storage capacity for data processing.
Nanotechnology deals with engineering at the nanoscale with a view to creating applications or devices at the atomic, molecular, or supramolecular scale. The applications are diverse, including medicine, electronics, biomaterials, and energy production.
Malaysian students interested to work in this exciting, fast growing technologically advanced engineering field can pursue a degree in Electronic Engineering majoring in Nanotechnology and subsequently postgraduate.
For a personalised advise on how to choose the right course contact 01111408838
Please fill up the Form below and I will WhatsApp you and provide you with sound advise on how to choose the best private university or college in Malaysia to study at. If you do not give your mobile number or full name as in IC, your query will not be answered. Our knowledgeable & experienced counsellor will send you a message on WhatsApp & provide assistance from there.
Find Out What is Nanotechnology Engineering and the Best University in Malaysia for this Course
What is Nanotechnology?
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It’s hard to imagine just how small nanotechnology is. One nanometer is a billionth of a meter, or 10-9 of a meter. Here are a few illustrative examples:
There are 25,400,000 nanometers in an inch
A sheet of newspaper is about 100,000 nanometers thick
On a comparative scale, if a marble were a nanometer, then one meter would be the size of the Earth
Nanoscience and nanotechnology involve the ability to see and to control individual atoms and molecules. Everything on Earth is made up of atoms—the food we eat, the clothes we wear, the buildings and houses we live in, and our own bodies.
But something as small as an atom is impossible to see with the naked eye. In fact, it’s impossible to see with the microscopes typically used in a high school science classes. The microscopes needed to see things at the nanoscale were invented relatively recently—about 30 years ago.
Once scientists had the right tools, such as the scanning tunneling microscope (STM) and the atomic force microscope (AFM), the age of nanotechnology was born.
Today’s scientists and engineers are finding a wide variety of ways to deliberately make materials at the nanoscale to take advantage of their enhanced properties such as higher strength, lighter weight, increased control of light spectrum, and greater chemical reactivity than their larger-scale counterparts.
(Taken from the Official website of the United States National Nanotechnology Initiative)
What is a Nanotechnology Engineer?
Those who work with nanotechnology deal with materials and technologies on a microscopic level. As engineers, they might develop computer components or super-strong materials.
A nanotechnology engineer is someone who works around the smallest, most amazing fragments of science. From storing and altering things on the cellular level, to creating new, tiny pieces of electronics, nanotechnology engineers are the cream of the crop, possessing an acute attention to detail and a strong drive to make things better.
What does a Nanotechnology Engineer do?
From storing and altering things on the cellular level, to creating new, tiny pieces of electronics, nanotechnology engineers are the cream of the crop, possessing an acute attention to detail and a strong drive to make things better.
A nanotechnology engineer seeks to learn new things that can change the face of health, science, technology, and the environment on a molecular level. They test for pollutants, create powders to enrich our foods and medicines, and study the smallest fragments of DNA. They can even manipulate cells, proteins, and other chemicals from within the body.
Nanotechnology engineers take advanced supplies and materials and turn them into something new and exciting. They may try to make a once heavy invention work better while weighing less, making the object far more efficient. They may also create new and improved ways of watching out and improving the environment by creating innovative ways to test for contaminants and pollutants in the air, ground, and water.
Nanotechnology engineers may also choose to work in the medical field creating new gadgets that can fix problems on a scale as small as the molecular level, thus changing the face of medicine forever. Those involved with bio-systems will create ways to store the tiniest amounts of DNA or other biological fragments for testing and manipulation.
Nanotechnology engineers that work with nanoelectronics will create smaller, more efficient chips, cards, and even smaller computer parts to make products that can do as much as bigger products without so much electronic waste.
Behind the scenes, these engineers must be good at paperwork and detailed description writing. They are responsible for writing extremely detailed reports describing their findings in their specific experiments.
Who Should Study Nanotechnology Engineering?
Students who excel in Mathematics and Physics
Students who are curious and investigative individuals, meaning that you are intellectual, introspective, and inquisitive.
Students who are methodical, rational, analytical, and logical.
Some are also realistic, meaning that you are independent, stable, persistent, genuine, practical, and thrifty.
The Global Nanotechnology Industry
Although relatively new, the global nanotechnology sector will be one of the greatest needle shifting industries within the next five years, with far reaching implications on the way we live, work and play. The international nanotechnology market is expected to hit the USD5.76 trillion mark by 2022,
from USD3.68 trillion in 2018, denotinga double-digit Compound Annual Growth Rate (CAGR) of 11.8% within theforecast period of 2018 till 2024.
Europe and Asia are expected to register the greatest growth in market share, followed closely by the United States. Asia’smarket share is expected to grow from USD1.3 trillion in 2018,to USD2 trillion in 2022, while Europe’s market share is forecasted to increase from USD1.33 trillion in 2018, to USD2 trillion in 2022.
The explosive growth in nanotechnology will primarily be driven by rapidly growing advancements in potential applications within sectors such as healthcare, cosmetics, energy and agriculture. Significant developments have been observed within the past few years in the electronics, energy and biomedical sectors.
Specifically, it has been projected that nanotubes will capture the greatest market share, with demand driven by the electronics, energy storage and automotive sectors. The second highest market share is expected to be held by
nanoceramics, with growing demand from the electronics and biomedical sectors. Over 70% of the global nanotechnology market share will be held by nanotechnology applications within materials and manufacturing, electronics and information technology, and healthcare and life sciences
.
1. Source : LuxResearch & NVSB Internal Research
2. Source : LuxResearch & NVSB Internal Research
Nano Malahysia – Electronic Devices And Systems
The Electronics and Electrical (E&E) industry is one of the major sub-sectors of the manufacturing sector in Malaysia. E&E primarily consists of two main industry components – computer, electronic and optical products; and electrical equipment.
An important contributor to the national economy, in 2017 alone, E&E was Malaysia’s largest export earner at RM343 billion, accounting for 36.7% of the country’s total exports. The added value of the E&E sub-sector stood at RM67.7
billion in 2017, an 8.2% increase from the previous year. The increase in the sector’s value is attributed to an industry shift from low value-added activities, to high value operations to enhance the local sector’s competitiveness within the international business landscape.
Employment within the E&E sector has grown substantially through the years to consist of 19.9% of the total manufacturing workforce comprising of 485,000
workers as at end 2017. Robust global demand for E&E products is driving industry growth, and by 2020, it is expected that the sector will generate a Gross National Income (GNI) impact of RM53.4 billion, and create a further 157,000 jobs.
There is tremendous potential for the E&E sector to move up the manufacturing value chain and thus propel its growth by adopting nanotechnology within its
manufacturing processes. Opportunities for growth and expansion are fuelled by the advent of new breakthrough discoveries in nanotechnology such as nanoelectronics and nanophotonics, as well as the rise of the Internet of
Nano Things (IoNT).
1. Source : 25th Productivity Report 2017/2018, published by Malaysia Productivity Corporation in 2018
2. Source : 25th Productivity Report 2017/2018, published by Malaysia Productivity Corporation in 2018
3. 2018 Malaysian American Electronics Industry (MAEI) Survey Report
Education Pathway to a Nanotechnology Engineering Degree in Malaysia
Upon completion of the Foundation, students can enter into Year 1 of the 4-year degree programme in Electronics Engineering Majoring in Nanotechnology that’s accredited by the Engineering Accreditation Council (EAC) and MQA, and recognised by the Board of Engineering Malaysia (BEM).
Study the Bachelor of Engineering (Hons.) Electronics Majoring in Nanotechnology Course in Malaysia at Top Ranked Multimedia University (MMU) Cyberjaya Campus
Faculty of Engineering at Multimedia University (MMU) Cyberjaya
Nanotechnology is an emerging field for the next generation of electronics, materials and devices leveraging on its exploratory potential. The Faculty of Engineering at Multimedia University (MM) Cyberjaya offers a four year undergraduate programme leading to the Bachelor of Engineering degree majoring in Nanotechnology.
For students planning for professional careers in the fields of microelectronics and nanoelectronics, the nanotechnology programme provides a complete undergraduate training in electronics and nanoelectronics-related fields, such as nanomaterials, nanosciences, nanofabrication technology, nanoelectronic devices, MEMS/NEMS, diagnostic technology, computer organisation and architecture, data communication, microprocessor system, and multimedia technology.
In addition, MMU Cyberjaya engineering students are also exposed to basic engineering training in circuit and signal analysis, field theory, electronics, control theory, digital logic, communications and engineering mathematics. To better prepare the students for a professional career in engineering, courses in basic management, economics, accounting and law are also included. This programme also provides students with industrial experience and research training by requiring them to complete industrial training and graduate projects.
Year 1 Subjects for the B.Engineering (Hons) Electronics Majoring in Nanotechnology
Multimedia University (MMU) is ranked 179th in Asia according to Quacquarelli Symonds (QS) World University rankings for 2018. The 2017 QS World University Rankings by Subject again listed MMU as one of the highest ranked private universities in Malaysia for Electrical & Electronics Engineering and Computer Science & Information Systems.
Engineering Mathematics 1
Electronics 1
Circuit Theory
Field Theory
Computer and Program
Design
Engineering Mathematics 2
Electronics 2
Introduction to Machines and
Power Systems
Algorithm and Data Structure
Instrumentation and
Measurement Techniques
Digital Logic Design
Electronics 3
Year 2 Subjects for the B.Engineering (Hons) Electronics Majoring in Nanotechnology
Engineering Mathematics 3
Microcontroller and
Microprocessor Systems
Circuits and Signals
Electromagnetic Theory
Computer Organization and
Architecture
Microelectronic Circuit
Analysis and Design
Advanced Microprocessors
Solid State Electronics
Engineering Mathematics 4
Control Theory
Year 3 Subjects for the B.Engineering (Hons) Electronics Majoring in Nanotechnology
Multimedia University (MMU) was rated tier 5 (Excellent) in the Malaysian Ministry of Higher Education SETARA Rating in 2010, 2011 & 2013. This is the highest rating achieved by all institutions. About 290 of Multimedia University lecturers possess a Phd qualification.
Analog and Digital
Communications
Optoelectronic Devices
Semiconductor Devices
Advanced Fabrication
Technology
Nano-Science
Capstone Project
Electives
Multimedia Technology and
Applications
Power Electronics
Year 4 Subjects for the B.Engineering (Hons) Electronics Majoring in Nanotechnology at Multimedia University (MMU) Cyberjaya
Digital Integrated Circuits
Diagnostic Technologies
Project
N/MEMS
Data Communications and Computer Networking
Nanoelectronic Materials and Devices
Why Study Electronic Engineering (Nanotechnology) at Multimedia University (MMU) Cyberjaya?
Commencing operations in June 1999, MMU (Cyberjaya Campus) conducts a spectrum of information technology and multimedia-based programmes at undergraduate and postgraduate levels. The campus houses the Faculty of Engineering, Faculty of Computing and Informatics, Faculty of Management, Faculty of Creative Multimedia, Learning Institute for Empowerment and the Institute for Postgraduate Studies.
In the 2017 QS World University Rankings by Subject again listed Multimedia University (MMU) as the No. 1 private university in Malaysia for “Electrical & Electronics Engineering”. Since 2015, MMU has been placed in the top 151-200 universities worldwide.
Multimedia University (MMU) is the first private university in Malaysia and is ranked top in the world having won many awards and accolades therefore, they are the top choice for students to study the best Nanotechnology Engineering course in Malaysia.
In 2009, MMU was ranked at 171 by THES-QS in the Asian University Rankings, the first private university in Malaysia to achieve such a feat. The 2017 QS World University Rankings by Subject again listed MMU as the No. 1 private university in Malaysia for “Electrical & Electronics Engineering”.
Since 2015, MMU has been placed in the top 151-200 universities worldwide by QS World University Rankings by subject Electrical and Electronics Engineering.
In 2017 – Multimedia University (MMU) Faculty of Engineering earns four (4) accolades from the global professional association, Institute of Electrical and Electronics Engineers (IEEE).These are among the hundreds of awards & achievements of the engineering students and staff at Multimedia University (MMU) showing that MMU is the best private university in Malaysia for engineering.
The Faculty of Engineering teaching staff at Multimedia University (MMU) Cyberjaya have at least a Master for lecturers, at least 2nd Class Upper Bachelor degree for tutors in MMU. About 80% Multimedia University (MMU) engineering tutors has 1st class and 35% lecturers with PhD.
The engineering programmes in MMU are accredited by the Malaysian Qualification Agency (MQA) and the Engineering Accreditation Council (EAC) as well as recognised by the Board of Engineers Malaysia (BEM).
Hence, MMU’s engineering graduates can readily seek employment or be admitted into top international universities for postgraduate studies. More than 40% of MMU’s engineering graduates secure jobs before completion of studies while more than 96% of them secure jobs within 6 months after graduation.
Multimedia University (MMU) has some of the best teaching labs among private universities in Malaysia. Students have the opportunity to experience for themselves the various principles of engineering in action through the numerous hands-on experiments. There are also various activities conducted in collaboration with the industry that expose students to real world challenges that require innovative engineering solutions.
MMU’s strong partnerships with global industry players that include Fortune 500 companies have led to the establishment of state-of-the-art research and teaching facilities such as Intel Advanced Architecture Lab, Panasonic Computing Lab, Huawei Digital Lifestyle and Innovation Centre and Motorola Wireless Broadband Technology Lab.
Multimedia University (MMU) has a vibrant Student engineering society and professional engineering student chapters such as The Institution of Engineering and Technology (IET), Institute of Electrical and Electronics Engineers (IEEE) and Institution of Engineers, Malaysia (IEM) as well as ‘Multimedia University Engineering Society Overseas Research Programme'(MESCORP) for students to grow in leadership and soft-skills, as MMU recognises the growing importance of these human aspects of what engineers do.
In line with the Multimedia University (MMU)’s vision to be a leading engineering faculty in Malaysia for creation, preservation and dissemination of knowledge, MMU lecturers/professors/researchers at Faculty of Engineering has never failed to actively engage themselves in the forefront R&D activities for the creation of new knowledge and technology where scientific findings are presented and published in various reputable international conferences, and prestigious journals of international standing.
MMU also enjoys great support and close research collaborations with some top names in the industries in Malaysia such as Intel, NTT, Nokia, National Semiconductor, Motorola, Matsushita, Ericsson, Agilent , coupled with the constant arrangement of invited lecture series that brings renowned engineers and scholars to MMU from across the world, has helped MMU to ensure the multi-skilled engineering graduates they produce stay relevant to the fast changing industry trends and needs.
The Best Reasons to Study Electronic Engineering (Nanotechnology) at Multimedia University (MMU) Cyberjaya
Faculty of Engineering at Multimedia University (MMU) Cyberjaya
Curriculum have been endorsed by panel of international experts from top universities such as Pennsylvania State University, University of Texas at Arlington, National University of Singapore, Nanyang Technological University, etc.
More than 40% of academic staff graduated from top international universities such as University of Edinburgh, University of Sheffield, University of Surrey, etc.
In addition to academic qualifications, academic staff also have industry experiences, with more than 35% of them possessing professional certifications such as Professional Engineer, or Chartered Engineer
Consistent graduate employability rate of 97-98% every year
Graduate Employment Survey conducted by MAEI (Malaysian American Electronics Industry) companies including Intel, Motorola, and AMD indicate that these companies prefer our MMU engineering graduates
More than 10 industry-sponsored labs – one of the highest among private engineering faculties in Malaysia
Industry partners co-develop curriculum
More than 200 R&D collaborations with universities, industries, government bodies etc.
One of the very few Malaysian private universities that actively collaborates with industries in the Living Lab (previously known as Digital Home & Lifestyle Lab)
First university to offer programmes in fast growing industries such as Nanotechnology and Photonics
Early adopter of latest technology in the industry
Career Prospects for Graduates from the Nanotechnology Engineering Degree at Multimedia University (MMU) Cyberjaya
Nanotechnology is an emerging field for the next generation of electronics, materials and devices leveraging on the exploratory potential of nanotechnology. Potential career opportunities are in Nanotechnology, Electronics, Semiconductor, Telecommunication, Optoelectronics, Green Energy and Research and Academic.
Research Engineers/Scientists
Test and Characterization Engineers
Process and Device Engineers
Product Reliability Engineers
Electronics Engineers
Process Engineers
Quality Control/Assurance Engineers
Failure Analysis Engineers
Field Application Engineers
Telecommunications Engineers
R&D Engineers
Research Engineer/Scientist
Microfabrication Engineer,
Test and Characterization Engineer
Process and Device Engineer
Products Reliability Engineer
Electronics Engineer
Process Engineer
Manufacturing Engineer
Product Engineer
Quality Control/Assurance Engineer
Failure Analysis Engineer
Field Application Engineer
Customer Service Engineer
Telecommunication Engineer
R&D Engineer
Safety Engineer
Sales Engineer
Service Engineer
Facility Engineer
Assistant Lecturer/Tutor
MMU nanotechnology engineering graduates have found work in different industrial companies such as Intel Electronics, Freescale Semiconductor, Finisar, Western Digital, Agilent Technologies, Altera Corporation, Huawei Technologies, Telekom Malaysia, ZTE, Flextronics, Avago, Lumiled and AMD.
First Rate Electrical & Electronic Engineering Course in Malaysia at UCSI University
Written by EduSpiral Consultant Services For more information contact 01111408838
Studying Electrical & Electronic Engineering allows UCSI students to be at the centre of a vibrant and fast-moving discipline that’s related to industries like electronics, information technology, manufacturing, energy generation and supply, transport, and communications.
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Best Electrical & Electronic Engineering Degree at Top Ranked UCSI University
Strategically locate in Kuala Lumpur, UCSI University is ranked in the top 300 universities in Asia by QS and Rated Excellent or Tier 5 in the SETARA 2013 by MQA
At UCSI University, the Electrical and Electronic Engineering programme covers a tremendous array of courses related to both fields, ranging from basic topics such as circuits, analogue and digital devices and systems, computing, machines, communications and digital networks to more specialised topics like filter design, control, instrumentation, power, signal processing, VLSI design, and microprocessors / microcontrollers, among others.
This well-established and broad-based engineering degree programme combines theoretical studies with practical applications and problem-solving skills in the realm of engineering. The course grooms students to be well-trained individuals and exposes them to hands-on sessions with software and hardware design tools, in line with industry needs.
To foster competitiveness among graduates, students are also required to undergo industrial training
The winning Malaysian entry in 2014, submitted by UCSI University student Desmond Tan Mun Yung, was a full-body “exoskeleton” which aims to help disabled patients with movement.
under UCSI University’s Co-operative Placement Training Scheme at the end of the 2nd and 3rd academic years.
This training allows students to learn and familiarise themselves with the real-life working environment. Apart from that, students also undertake research and development projects in their final year of study.
Top electrical & electronic engineering students at UCSI University can be inducted into the IEEE Honours Society, Mu Alpha. The winning Malaysian entry in 2014 to enter the James Dyson international award competition, was submitted by a UCSI University student Desmond Tan Mun Yung, was a full-body “exoskeleton” which aims to help disabled patients with movement.
UCSI University Bachelor of Engineering (Hons) Electrical & Electronic Engineering Programme
The duration of the programme is 4 years.
EduSpiral took me & my friend to visit APU and UCSI so that we can see the campus facilities and make a better decision about our future. Kian Yong, Mehcanical Engineering at UCSI University
In each year there are two long-semesters consisting of 14 weeks of instruction with 2 weeks of examinations, and one short-semester consisting of 7 weeks of instruction with 1 week of examinations.
The long-semesters start in January and May, while the short-semester starts in September.
In the months of November & December students undergo industrial training under the Co-Operative Placement Scheme to learn and to familiarize themselves with real life working environment. In addition, students also undertake a research and development project in their final year.
The number of contact hours per courses per week depends on the credit and teaching methodology of each course. Each credit is approximately equivalent to 1 hour of class, or 2 hours of labs per week.
The teaching and learning strategies and assessment are designed depending on and according to the nature of subject or topic being taught or investigated.
The school of Engineering implements different methods and styles of teaching and learning and assessment to ensure the successful achievement of the learning outcomes of its programmes, that includes
Ordinary classroom lectures
Group tutorials
Laboratory works
Seminars and eforums
Directed and self learning
Invited guest lectures
Industrial visits
UCSI University Engineering Degree Accredited by Board of Engineers Accredited (BEM)
The engineering degree programmes at UCSI University are accredited by the Board of Engineers Malaysia
The Engineering Degrees of these universities are accredited by the Board of Engineers Malaysia (BEM) which is a signatory to the Washington Accord. This accreditation ensures that Engineering Graduates will have the following benefits in countries who are signatories of the Washington Accord:
Opportunities to register as a Graduate Engineer with Board of Engineers Malaysia (BEM) or the relevant professional bodies in other countries who are signatories under the Washington Accord.
Pathways to becoming a Professional or Chartered Engineer.
Assurance that graduates are considered as having met international academic standards for engineering practice.
Year 1 Electrical and Electronic Engineering Degree subjects at UCSI University
Power, machine & control engineering lab at UCSI University
Calculus & Analytical Geometry II
Circuit Theory I *
Digital Electronics I *
Analogue Electronic I *
Mathematical Methods for Engineers I
Technical Communication
Electromagnetic Theory I *
Electronic Laboratory 1A
Electronic Laboratory 1B
Year 2 Electrical and Electronic Engineering Degree subjects at UCSI University
Robotic PLC Micro-Processor Lab for engineering students at UCSI University
Advanced Circuit Theory &TL *
Engineering Design *
Mathematical Methods for Engineers II
Electronic Manufacturing Industry *
Engineering Softwares & Applications *
Electrical Power *
Computing for Engineers *
Co-operative Placement 2
Analogue Electronics II *
Digital Electronics II *
Electronic Laboratory 2A
Electronic Laboratory 2B
Year 3 Electrical and Electronic Engineering Degree subjects at UCSI University
Robotic PLC Micro-Processor Lab for engineering students at UCSI University
Communication Theory *
Numerical Analysis
Instrumentation & Measurement *
Data Communication &Networks *
Microprocessor Systems *
Electrical Machines *
Environmental Engineering and Abatement Processes”
Control Systems *
Engineering & Management & Economics
Engineers in Society
Energy Conversion & High Voltage Power Transmission*
Electronic Laboratory 3A
Electrical Laboratory 3B
Electrical Laboratory 3C
Year 4 Electrical and Electronic Engineering Degree subjects at UCSI University
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Digital Signal processing *
Digital Systems & HDLs *
Electronic Circuit Design
Power Electronics *
Final Year Project A
Embedded Systems Design *
Power Systems *
Final Year Project B
Co-operative Placement 4
Power System Protection
Electronic Laboratory 4A
Electrical Laboratory 4B
Elective :
Electromagnetic Theory II
Introduction to Production and manufacturing
VLSI Design
Technopreneurship
International University Collaboration Centre at UCSI University
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
As a premier university, UCSI University provides students with the option to complete their studies at UCSI or transfer to global partner universities in the Russell Group, Universitas 21 and The Group of Eight. With over 200 fields to choose from, the flexible IDP programme allows students to not only study in two countries for a fraction of the cost but also obtain a foreign degree.
At the University, the International University Collaboration Centre assists students in all aspects of their IDP experience. Services rendered by IUCC include personalised counselling, university selection, course selection, university application, monitoring of progress and follow-up, accommodation arrangement as well as special pre-departure services, which include visa applications, air ticket arrangements and briefings.
EduSpiral explained the courses in detail and took us around the campus to view the Pharmacy facilities to help me make a good decision about my future career. Ka Jun, Pharmacy at UCSI University
Students are also able to attend international education fairs and guest lectures, interact directly with university representatives, and have on-the-spot interviews.
Building on its domestic standing as a preferred and trusted education provider, the University is also expanding its sphere of influence. Tie-ups with foreign universities, research institutes and leading multinational companies are constantly established, enhancing opportunities for students and staff in the areas of research and development, mobility programmes and career opportunities, among others.
Engineering degree students at UCSI University may transfer to top universities overseas for the final part of their degree. Students may transfer to Australian universities such as the University of Queensland for Chemical Engineering, Civil Engineering, Electrical & Electronic Engineering, Mechanical Engineering and Mechatronic Engineering. For the UK, students may transfer to Northampton University for Electrical & Electronic Engineering, Electromechanical Engineering and Mechanical Engineering.
Entry Requirements for the Electrical and Electronic Engineering Degree at UCSI University
Qualifications
Academic Requirements
STPM
Minimum 2C including Mathematics and Physics
‘A’ Levels
Minimum 2D including Mathematics and Physics
UEC
Minimum 5 credits, including Mathematics and Physics
CPU
CPU – Minimum average of 60% in 6 subjects, inclusive of a minimum score of 60% in Mathematics and Physics
Local Matriculation
Minimum CGPA 2.0
Foundation from other University/ College
Minimum CGPA 2.0
WAEC/NECO
Maximum aggregate of 15 points out of best 5 subjects, inclusive of minimum B’s in Mathematics and Physics
Diploma/ Advance Diploma/ Degree/ equivalent
Pass
Subject to School discretion after reviewing transcript & syllabus. Max credit transfer of 30% of the programme total credits
Other qualifications deemed equivalent to STPM/A-Level by Malaysian Qualifications Agency
Minimum overall average of 65%, inclusive of minimum 65% in Mathematics and Physics
International Baccalaureate
Minimum 26/42 points from 6 subjects (inclusive Mathematics & Physics/Chemistry)
SAM
SAM – Minimum average of 65% in 5 subjects, inclusive of minimum scores of 65% in Mathematics and Physics
*Chemistry is required for Chemical Engineering; Physics is required for all other programmes.
English Requirements
A distinction (A+, A or A-) in the English Language subject at SPM/UEC level; or MUET Band 5; or a score of 196 (computer-based) / 525 (writing-based) / 69-70 (internet-based) in TOEFL; or Band 5.5 in IELTS.
In the event that the English Language Requirements are not met, student may be required to undertake additional English module(s) prior to or concurrently with the undergraduate programme, based on the University’s decision.
* International students holding equivalent academic qualifications but which are not conducted in English, are required to sit for the English Placement Test, which may result in the taking of the Certificate in English programme (1 to 10 months). Students who intend to pursue the above undergraduate programme directly, are advised to fulfil the above English requirements prior to commencing their studies at the University.
Note / LegendDiscretion is given to the Head of School to deal with applicants who have results borderline to the Academic Requirements.SPM Credit – ‘A+’ to ‘C’
O-Level – ‘A’ to ‘C’
UEC Credit – ‘A1’ to ‘B6’
STPM principal – ‘A’ to ‘C’
‘A’ Levels principal – ‘A’ to ‘E’
Study at the Top Ranked UCSI University in Malaysia
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
Founded in 1986, UCSI University is the flagship institution of the UCSI Group conglomerate. With campuses in Kuala Lumpur, Terengganu and Sarawak, the University comprises seven faculties, a Centre for Pre-U Studies, De Institute of Creative Arts and Design, and an Institute of Music, with more than 85 programmes in disciplines like medicine, pharmacy, architecture, engineering, computer science, liberal arts and music.
As one of Malaysia’s first private universities, UCSI University has long impacted the national higher education landscape and the University continues to do so with its wide range of undergraduate and postgraduate programmes.
UCSI University is a vibrant community of learning and scholarship. With more than 10,000 students
Auditorium at UCSI University
from 110 different countries, the University stands out as a melting pot of diversity and learners will supplement their pursuit of knowledge with a keen sense of cultural appreciation – a vital trait in today’s borderless world. Over 30% of UCSI’s student population is international.
Scholarships are available to top deserving students. 1 out of 5 UCSI students obtain a merit-based government scholarship or grant.
As one of Malaysia’s first private universities, UCSI University has long impacted the national higher education landscape and the University continues to do so with its wide range of undergraduate and postgraduate programmes. The university has over 100 academic programmes make UCSI the most academically diverse private university in Malaysia by far. They are also the pioneer in Aquatic Science, Biotechnology, Food Science, Music and Nutrition programmes in Malaysia‘s private higher education landscape
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI is one of the few Malaysian private universities to break into the 2015 and 2016 QS Asian University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
Students at UCSI University are taught by qualified and experienced lecturers
OVER 30% of UCSI’s academic staff are PhD holders and a further 17% are pursuing their doctorate. The 2015 average at private higher education institutions in Malaysia is 16%
The University’s academic staff are at the forefront of their disciplines and their views are highly sought after on major issues; from business to political science. There are 396 members of academic staff (staff to student ratio of 1:22) with the following qualifications:
68 doctorate degree holders
19 doctorate degree candidates
235 master’s degree holders
Many of their academics have extensive experience working overseas and some play advisory roles in public bodies and various committees. By bringing their experiences into the classroom, UCSI’s academics cater to an exhilarating learning environment and learners will thrive as they balance academic mastery with industrial application.
Co-Operative Education Training Programme for Every Year of Degree Studies at UCSI University
I am glad that EduSpiral recommended me to UCSI University as I gained so much real work experiences during all my Co-Op (Internship). Paul Kong, graduated in Business Administration from UCSI University
With its innovative academic curriculum, UCSI University students also enjoy the unique benefits of its Co-Operative Education Training Programme (Co-Op) that enhances their employability by integrating classroom learning with workplace training in Co-Op employer organisations.
UCSI University is the first university in Asia to facilitate industry placement for students each year.
Completing two months’ work experience for every study year, a UCSI University student would have six to eight months’ work experience to stand ready for full-time employment upon their graduation.
Around 4000 global companies provide UCSI students with internship. And 96% of UCSI University’s Co-Op partners would like to rehire their interns when they graduate.
With the number rising annually, these partnerships create job opportunities for students to be job-ready upon their graduation. UCSI University is among the Best performing comprehensive private universities in Malaysia for graduate employability.
State-of-the-Art Facilities at UCSI University
Situated on a 19-acre piece of land, the Campus is located in Cheras, Kuala Lumpur with convenient access to numerous
Chemistry lab at UCSI University
facilities including banks, restaurants, transportation services, entertainment, and accommodation. Fully wireless, it is equipped with the latest cutting-edge technology to access the world of e-learning and e-resources.
Housing 7 different blocks, the Campus includes the Student Centre (Menara Gading), the Resource Centre, the Academic Blocks and Residential Halls to comfortably accommodate a student population of more than 15000.
Other facilities include the four-level library, an auditorium, a recital hall, a multi-purpose hall, computer laboratories, residential halls, bookstores and cafeterias. Also available on Campus is an Apple Experience Centre.
The Campus faculty-centric facilities include: the Anatomy & Pathology Museum, Clinical Skills Laboratories, Petrochemical
UCSI students playing basketball at the Multipurpose Hall with the Gym in the background.
Laboratory, Physiology & Pharmacology Laboratory, Molecular Biology Laboratory, and Microbiology Laboratory, fashion design workshops, Psychology Laboratory, as well as drafting and design studios.
The University is also constantly working with the industry to set up specialised labs which ensure students are updated with the latest industrial practices. Currently, the University has established laboratories jointly with National Instruments and RICOH under the School of Engineering and the School of Information Technology, respectively.
Due to its rapid expansion, an additional 48-storey building will be built on the existing Campus that will include a 5-Star hotel, twelve floors of parking bays and hostel accommodations for UCSI University students, administrative offices, restaurants, a ballroom and also a clubhouse.
Sports Facilities at UCSI University
Excellent sports facilities at UCSI University provide for an all-rounded education & a healthy lifestyle
Badminton Courts
Basketball Courts
Football Field
Futsal Court
Gymnasium
Pool Tables
Squash Courts
Swimming Pool
Table Tennis
Volleyball Court
Engineering Laboratories at UCSI University
State-of-the-art engineering labs at UCSI University
Chemical Instrumentation Lab
Communication Labs 1 & 2
Control & Instrumentation Lab
Drafting & Design Lab
Electrical & Electronics Labs 1 & 2
NI Virtual Lab
Mechanical Workshop & Lab
Mechatronics Lab
Microprocessor & Microcontroller Lab
PCB Fabrication & Mechanical Workshop
Petrochemical Lab
Pneumatics & Hydraulics Lab and Robotics Lab
Power & Machines Lab
R & D Lab
Geomatic & Concrete Lab for Civil Engineering students at UCSI University
Geomatic & Concrete Lab for Civil Engineering students at UCSI University
This lab is equipped with all the necessary surveying equipment. Students use this equipment for land surveying, and analyse data collected during assignments. Students can also do engineering evaluations and experiments to test the qualities of building materials like concrete and other cementitious materials here.
Power, Machine & Control Lab at UCSI University
Power, Machine & Control Lab at UCSI University
Equipped with state-of-the-art electrical machines, this lab allows students to run experiments related to electrical power systems, conveyor belts and high voltage energy.
Material Science & Petrology Soil Mechanics Lab at UCSI University
Material Science & Petrology Soil Mechanics Lab at UCSI University
In this lab, students can develop further knowledge of materials structure, properties, performance and its processes by producing, transforming, and analysing materials. Students can also do experiments to process, test and determine soil properties here.
Thermo Fluid Lab for Engineering Students at UCSI University
Thermo Fluid Lab for Engineering Students at UCSI University
The lab allows students to conduct research in thermodynamics, fluid mechanics, and heat transfer. Students can also study a variety of complex engineering issues, such as electronics cooling, nanofluidics, micro-flow control, and bio-inspired fluid dynamics.
Control, Instrumentation Pneumatic & Hydraulics Lab for Engineering Students at UCSI University
Control, Instrumentation Pneumatic & Hydraulics Lab for Engineering Students at UCSI University
In this lab, students can study the profiles and properties of water in an open channel flow, and learn about pressure testing and flow control. They can also conduct experiments and learn about control on rotating conveyor belts.
Instrumentation Lab for Engineering Students at UCSI University
Instrumentation Lab for Engineering Students at UCSI University
This laboratory has state-of-the-art equipment for teaching and research development. The equipment includes atomic absorption spectroscopy (AAS), Fourier Transform Infrared Spectroscopy (FTIR), UV-VIS spectroscopy with desktop computer, nano zeta sizer, titrator and tensiometer.
Petrochemical Lab for Engineering Students at UCSI University
Petrochemical Lab for Engineering Students at UCSI University
This lab has the necessary equipment for analysis and characterization of solid, liquid and gaseous substances, which students can use to conduct testing and research in the areas of air and water pollution. The equipment available includes a viscometer bath, flashpoint tester, seta oil test centrifuge, rotary evaporator, colorimeter, jar test, and turbidity meter.
Industrial Chemistry Lab for Engineering Students at UCSI University
Industrial Chemistry Lab for Engineering Students at UCSI University
This lab is equipped with all the necessary measuring and analytical instruments for teaching and experiments, especially in chemical engineering. The equipment includes a water bath, oven, furnace, hotplate, and stirring hotplate.
Advanced Chemical Laboratory for Engineering Students at UCSI University
Advanced Chemical Laboratory for Engineering Students at UCSI University
This laboratory has all the equipment for aspiring chemical engineers to conduct physical and chemical processes (fluid flow, heat and mass transfer).
The equipment includes a PC-controlled and data logging system, a gas chromatography with a desktop computer, gas absorption demonstration unit, tubular flow reactor with a desktop computer, refractometer, continuous distillation column, batch reactor and CSTR in series.
Drilling and Material Science Lab for Engineering Students at UCSI University
Drilling and Material Science Lab for Engineering Students at UCSI University
The laboratory is designed to provide students with exposure to both macroscopic and microscopic analysis. It is well equipped with filter press, mixer, viscometer, grinder, polisher, hardness tester and emulsion stability mater.
Students who are taking Drilling Engineering and Element of Material Science courses will be involved in experimental work in this lab.
Robotic PLC Micro-Processor Lab for Engineering Students at UCSI University
Robotic PLC Micro-Processor Lab for Engineering Students at UCSI University
This lab allows students to enhance their knowledge in programming and control of hardware. Students can also do various robotic experiments and use virtual reality software installed in computers for the simulation and study of various tasks.
General Labs for Engineering Students at UCSI University
General Labs for Engineering Students at UCSI University
Equipped with all general lab apparatus, these labs provide the ideal training ground for undergraduates of the Electrical & Electronic Engineering and Communication & Electronic Engineering degree programmes to conduct experiments for projects and assignments.
EduSpiral Consultant Services- Your Personal Online Education Advisor
EduSpiral took us on a campus tour & gave in-depth information to help me decide. Eugene Ong, Electrical & Electronic Engineering at UCSI University
for students to choose from. These colleges and universities offer value for money in the quality of education and excellent facilities that you get.
These universities and colleges are chosen by EduSpiral because they represent the best in their fields in Malaysia and affordable. EduSpiral provides in-depth information and counseling on their courses so that students are able to make the right choice.
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Students should choose top private universities in Malaysia for their Chemical Engineering education so that you can gain the best knowledge and skills for a successful career.
Top Ranked UCSI University is famous for its engineering courses. UCSI University’s engineering students consistently win top awards in international competitions. From developing plug-ins for oil well testing to designing electric car concepts, UCSI’s engineering students have the opportunity work on global solutions every day. UCSI also provides opportunities for students to pursue cutting-edge research at the world’s best universities like Imperial College London. With over 4,000 global corporate partners, UCSI has the distinction of having the largest industrial placement programme in Malaysia.
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA. UCSI University is rated in Tier 4 alongside Malaysia’s leading research universities and foreign branch campuses like UM, UKM, Nottingham and Swinburne in the MQA’s D’SETARA rating.
For more information contact 01111408838
Please fill up the form for more information. If you do not give your mobile number or full name as in IC, your query will not be answered. Please make sure you give a correct email address and check your email including the SPAM or JUNK email folder within 48 hours as we will email you the information.
First Rate Board of Engineers Malaysia (BEM) Accredited Chemical Engineering Degree at Affordable UCSI University
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
Chemical engineers are known as the universal engineers of all time and are well-versed in converting raw materials to more practical forms by applying both physical sciences and life sciences. Fusing chemistry, biology, microbiology and biochemistry with mathematics, this branch of engineering is versatile and allows room for specialisation in many areas, such as nanotechnology, refining, bio-diesel production and petrochemical production, to name a few.
The Chemical Engineering degree programme offered at UCSI University is designed to equip students with fundamental engineering and scientific knowledge in the field of chemical engineering.
The Chemical Engineering programme focuses on core technical operations in the chemical sector such as material handling, fluid flows, material and energy balances, mass and heat transfers, thermodynamics, chemical reaction designs, separation processes, environmental engineering and petroleum refining processes, to name a
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few. Apart from being solidly grounded in technical applications, the students are also furnished with management skills during the course of their study, in line with current demands of the industry.
In this programme, students are also required to undergo industrial training under UCSI University’s Co-operative Placement (Co-op) Programme at the end of their 2nd and 3rd academic years. The objective of the Co-op programme is to provide an avenue for students to gain exposure to professional practices in an actual working environment in addition to developing the necessary soft skills pertinent to their individual development. Student learning is also enhanced by industry visits, talks by prominent guest speakers from professional bodies, laboratory works as well as plant design projects, among other hands-on activities.
Accreditation of the Chemical Engineering Degree at UCSI University
All of UCSI University’s engineering degree programmes comply with the latest requirements for accreditation by the Malaysian Engineering Accreditation Council, which fulfils the international requirements drafted in the Washington Accord.
Study Chemical Engineering in Malaysia at the Award-Winning UCSI University
UCSI University chemical engineering students took the plaudits in the fifth International Engineering Invention &
We won!: (second from left to right) UCSI University chemical engineering students Jing Ren, Selvaraja, Chun Man and Shapnathayammal with their lecturer Mubarak Mujawar (left) at the event.
Innovation Exhibition (i-ENVEX 2014) 2014 in Kangar. They bagged three gold medals and one silver medal for their efforts.
The gold medals comprised the Malaysian Invention and Design Society (Minds) Gold Award and two category awards.
The students were ecstatic about their win, having edged out more than 87 entries from local and foreign institutions of higher learning from countries such as Korea, Taiwan, Croatia, Iraq, Ukraine, Indonesia, Cambodia and Romania.
Notably, the event necessitated the participants to present their final year projects to the public and a panel of internationally-recognised Malaysian researchers.
UCSI University Chemical Engineering students Chong Jeunn Hao, Soh Wei Ming, Tan Kuan Leong and Ho Lup Fai bagged first runner-up and RM2,000 at the 9th Malaysia Chem-E-Car Competition 2014.
private universities, clinching first runner-up and RM2,000 at the 9th Malaysia Chem-E-Car Competition 2014.
Themed, ‘Green cars today, blue skies tomorrow’, the competition necessitated each team to design and build a model car powered by a chemical reaction.
Interestingly, the small car must be able to carry 100 – 500ml of water, travel 15 – 25 metres in distance, and stop at the finish line within two minutes.
According to UCSI University, student Chong Jeunn Hao, the greatest challenge was building the car model. Assembled by hand, the car was mostly made of wood and parts like motors, gears, bearings and wheels.
Lee May Yan was selected to pursue a high impact research programme at Imperial College London, UK.
Teo Xsu Li was selected to advance high impact research on protein crystallisation at Tsinghua
I went for the EduSpiral Education Fair and gained a lot of information. After the fair, EduSpiral even arranged to take me around for a campus tour, assisted me with application and accommodation as well. Nixonn Cheong, Engineering at UCSI University
University, China
UCSI University engineering students win Second Runner Up Prize (Poster Category) in the 10th Malaysia Chem-E-Car Competition 2015
UCSI University Chemical Engineering students win Gold and Bronze in the 6TH International Engineering Invention & Innovation Exhibition 2015 (I-ENVEX 2015) best Award Class A (Agriculture, Environmental and Renewable Energy) Category
Rayson Chot Chun Yuan, a Chemical Engineering student at UCSI University, wins the Best Student Award from the Institute of Engineers Malaysia (IEM) 2015
Soh Wei Ming and Leon Tan Kuan Leong, BEng (Hons) Chemical Engineering students were selected for cutting-edge research programmes at Imperial College London in 2015.
Chan Wai Loon and Goh Wei Siong, BEng (Hons) Chemical Engineering students were 1st Runners-Up (RM7, 000 prize), 2014 Schlumberger Enhanced Oil Recovery Contest.
UCSI University engineering students win the Grand Prize in the Schlumberger Ocean Plug-In Competition 2013
UCSI University Bachelor of Engineering (Hons) Chemical Engineering Programme
UCSI University Chemical Engineering students Chong Jeunn Hao, Soh Wei Ming, Tan Kuan Leong and Ho Lup Fai bagged first runner-up and RM2,000 at the 9th Malaysia Chem-E-Car Competition 2014.
The duration of the programme is 4 years. In each year there are two long-semesters consisting of 14 weeks of instruction with 2 weeks of examinations, and one short-semester consisting of 7 weeks of instruction with 1 week of examinations. The long-semesters start in January and May, while the short-semester starts in September.
In the months of November & December students undergo industrial training under the Co-Operative Placement Scheme to learn and to familiarize themselves with real life working environment. In addition, students also undertake a research and development project in their final year.
The number of contact hours per courses per week depends on the credit and teaching methodology of each course. Each credit is approximately equivalent to 1 hour of class, or 2 hours of labs per week. The teaching and learning strategies and assessment are designed depending on and according to the nature of subject or topic being taught or investigated.
The structure of the Chemical Engineering curriculum is developed to provide both breadth and depth
State-of-the-art engineering facilities at UCSI University
across the range of Chemical Engineering specialisations in order to produce competent graduates. The teaching and learning approaches vary according to the nature of the course or topic being delivered. The programme employs a range of teaching methods to ensure the successful achievement of the learning outcomes that include:
Lecture delivery
Laboratory experiments
Industrial experience / Co-Operative placement
Plant design project
Final year projects
Seminar/site visits
UCSI University Engineering Degree Accredited by Board of Engineers Accredited (BEM)
The engineering degree programmes at UCSI University are accredited by the Board of Engineers Malaysia
The Engineering Degrees of these universities are accredited by the Board of Engineers Malaysia (BEM) which is a signatory to the Washington Accord. This accreditation ensures that Engineering Graduates will have the following benefits in countries who are signatories of the Washington Accord:
Opportunities to register as a Graduate Engineer with Board of Engineers Malaysia (BEM) or the relevant professional bodies in other countries who are signatories under the Washington Accord.
Pathways to becoming a Professional or Chartered Engineer.
Assurance that graduates are considered as having met international academic standards for engineering practice.
Year 1 Chemical Engineering Degree subjects at UCSI University
Engineering lab at UCSI University
Foundation of Chemistry 1
Calculus and Analytical Geometry 2
Technical Communication
Elements of Material Sciences
Foundation of Chemistry 2
Mathematical Methods for Engineers 1
Physics for Scientists and Engineers 1
Year 2 Chemical Engineering Degree subjects at UCSI University
Petroleum Engineering Lab at UCSI University
Mathematical Methods for Engineers 2
Engineering Graphics and Design
Electrical Principles
Fluid Mechanics
Industrial Chemistry
Numerical and Computing Methods
Mass Transfer
Introduction to Material and Energy Balances
Thermodynamics for Chemical Engineers
Co-operative Placement 2
Year 3 Chemical Engineering Degree subjects at UCSI University
The Chemical Engineering degree at UCSI University is accredited by the Board of Engineers Malaysia
Chemical Process Simulation and Design
Engineers in Society
Process Dynamics and Controls
Heat Transfer
Separation Process Fundamentals
Environmental Engineering and Abatement Processes
Surface Chemistry and Catalysis
Reaction Engineering and Design
Process Instrumentation and Instrumental Analysis
Corrosion
Year 4 Chemical Engineering Degree subjects at UCSI University
We won!: (second from left to right) UCSI University chemical engineering students Jing Ren, Selvaraja, Chun Man and Shapnathayammal with their lecturer Mubarak Mujawar (left) at the event.
Engineering Management and Economics
Final Year Project A
Final Year Project B
Plant and Safety Engineering
Process Equipment Design
Plant Design Project
Petroleum Refining Engineering
Chemical Process Design and Optimization
Pilot Plant and Scale Up Methods (Elective)
Fuels and Combustion (Elective)
Polymer Technology (Elective)
Natural Gas and Reservoir Technology (Elective)
Petrochemical Industries (Elective)
Co-operative Placement 4
International University Collaboration Centre at UCSI University
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
As a premier university, UCSI University provides students with the option to complete their studies at UCSI or transfer to global partner universities in the Russell Group, Universitas 21 and The Group of Eight. With over 200 fields to choose from, the flexible IDP programme allows students to not only study in two countries for a fraction of the cost but also obtain a foreign degree.
At the University, the International University Collaboration Centre assists students in all aspects of their IDP experience. Services rendered by IUCC include personalised counselling, university selection, course selection, university application, monitoring of progress and follow-up, accommodation arrangement as well as special pre-departure services, which include visa applications, air ticket arrangements and briefings.
EduSpiral explained the courses in detail and took us around the campus to view the Pharmacy facilities to help me make a good decision about my future career. Ka Jun, Pharmacy at UCSI University
Students are also able to attend international education fairs and guest lectures, interact directly with university representatives, and have on-the-spot interviews.
Building on its domestic standing as a preferred and trusted education provider, the University is also expanding its sphere of influence. Tie-ups with foreign universities, research institutes and leading multinational companies are constantly established, enhancing opportunities for students and staff in the areas of research and development, mobility programmes and career opportunities, among others.
Engineering degree students at UCSI University may transfer to top universities overseas for the final part of their degree. Students may transfer to Australian universities such as the University of Queensland for Chemical Engineering, Civil Engineering, Electrical & Electronic Engineering, Mechanical Engineering and Mechatronic Engineering. For the UK, students may transfer to Northampton University for Electrical & Electronic Engineering, Electromechanical Engineering and Mechanical Engineering.
Entry Requirements for the Chemical Engineering Degree at UCSI University
Qualifications
Academic Requirements
STPM
Minimum 2C including Mathematics and Physics
‘A’ Levels
Minimum 2D including Mathematics and Physics
UEC
Minimum 5 credits, including Mathematics and Physics
CPU
CPU – Minimum average of 60% in 6 subjects, inclusive of a minimum score of 60% in Mathematics and Physics
Local Matriculation
Minimum CGPA 2.0
Foundation from other University/ College
Minimum CGPA 2.0
WAEC/NECO
Maximum aggregate of 15 points out of best 5 subjects, inclusive of minimum B’s in Mathematics and Physics
Diploma/ Advance Diploma/ Degree/ equivalent
Pass
Subject to School discretion after reviewing transcript & syllabus. Max credit transfer of 30% of the programme total credits
Other qualifications deemed equivalent to STPM/A-Level by Malaysian Qualifications Agency
Minimum overall average of 65%, inclusive of minimum 65% in Mathematics and Physics
International Baccalaureate
Minimum 26/42 points from 6 subjects (inclusive Mathematics & Physics/Chemistry)
SAM
SAM – Minimum average of 65% in 5 subjects, inclusive of minimum scores of 65% in Mathematics and Physics
*Chemistry is required for Chemical Engineering; Physics is required for all other programmes.
English Requirements
A distinction (A+, A or A-) in the English Language subject at SPM/UEC level; or MUET Band 5; or a score of 196 (computer-based) / 525 (writing-based) / 69-70 (internet-based) in TOEFL; or Band 5.5 in IELTS.
In the event that the English Language Requirements are not met, student may be required to undertake additional English module(s) prior to or concurrently with the undergraduate programme, based on the University’s decision.
* International students holding equivalent academic qualifications but which are not conducted in English, are required to sit for the English Placement Test, which may result in the taking of the Certificate in English programme (1 to 10 months). Students who intend to pursue the above undergraduate programme directly, are advised to fulfil the above English requirements prior to commencing their studies at the University.
Note / LegendDiscretion is given to the Head of School to deal with applicants who have results borderline to the Academic Requirements.SPM Credit – ‘A+’ to ‘C’
O-Level – ‘A’ to ‘C’
UEC Credit – ‘A1’ to ‘B6’
STPM principal – ‘A’ to ‘C’
‘A’ Levels principal – ‘A’ to ‘E’
Study at the Top Ranked UCSI University in Malaysia
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
Founded in 1986, UCSI University is the flagship institution of the UCSI Group conglomerate. With campuses in Kuala Lumpur, Terengganu and Sarawak, the University comprises seven faculties, a Centre for Pre-U Studies, De Institute of Creative Arts and Design, and an Institute of Music, with more than 85 programmes in disciplines like medicine, pharmacy, architecture, engineering, computer science, liberal arts and music.
As one of Malaysia’s first private universities, UCSI University has long impacted the national higher education landscape and the University continues to do so with its wide range of undergraduate and postgraduate programmes.
UCSI University is a vibrant community of learning and scholarship. With more than 10,000 students
Auditorium at UCSI University
from 110 different countries, the University stands out as a melting pot of diversity and learners will supplement their pursuit of knowledge with a keen sense of cultural appreciation – a vital trait in today’s borderless world. Over 30% of UCSI’s student population is international.
Scholarships are available to top deserving students. 1 out of 5 UCSI students obtain a merit-based government scholarship or grant.
As one of Malaysia’s first private universities, UCSI University has long impacted the national higher education landscape and the University continues to do so with its wide range of undergraduate and postgraduate programmes. The university has over 100 academic programmes make UCSI the most academically diverse private university in Malaysia by far. They are also the pioneer in Aquatic Science, Biotechnology, Food Science, Music and Nutrition programmes in Malaysia‘s private higher education landscape
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI is one of the few Malaysian private universities to break into the 2015 and 2016 QS Asian University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
Students at UCSI University are taught by qualified and experienced lecturers
OVER 30% of UCSI’s academic staff are PhD holders and a further 17% are pursuing their doctorate. The 2015 average at private higher education institutions in Malaysia is 16%
The University’s academic staff are at the forefront of their disciplines and their views are highly sought after on major issues; from business to political science. There are 396 members of academic staff (staff to student ratio of 1:22) with the following qualifications:
68 doctorate degree holders
19 doctorate degree candidates
235 master’s degree holders
Many of their academics have extensive experience working overseas and some play advisory roles in public bodies and various committees. By bringing their experiences into the classroom, UCSI’s academics cater to an exhilarating learning environment and learners will thrive as they balance academic mastery with industrial application.
Co-Operative Education Training Programme for Every Year of Degree Studies at UCSI University
I am glad that EduSpiral recommended me to UCSI University as I gained so much real work experiences during all my Co-Op (Internship). Paul Kong, graduated in Business Administration from UCSI University
With its innovative academic curriculum, UCSI University students also enjoy the unique benefits of its Co-Operative Education Training Programme (Co-Op) that enhances their employability by integrating classroom learning with workplace training in Co-Op employer organisations.
UCSI University is the first university in Asia to facilitate industry placement for students each year.
Completing two months’ work experience for every study year, a UCSI University student would have six to eight months’ work experience to stand ready for full-time employment upon their graduation.
Around 4000 global companies provide UCSI students with internship. And 96% of UCSI University’s Co-Op partners would like to rehire their interns when they graduate.
With the number rising annually, these partnerships create job opportunities for students to be job-ready upon their graduation. UCSI University is among the Best performing comprehensive private universities in Malaysia for graduate employability.
State-of-the-Art Facilities at UCSI University
Situated on a 19-acre piece of land, the Campus is located in Cheras, Kuala Lumpur with convenient access to numerous
Chemistry lab at UCSI University
facilities including banks, restaurants, transportation services, entertainment, and accommodation. Fully wireless, it is equipped with the latest cutting-edge technology to access the world of e-learning and e-resources.
Housing 7 different blocks, the Campus includes the Student Centre (Menara Gading), the Resource Centre, the Academic Blocks and Residential Halls to comfortably accommodate a student population of more than 15000.
Other facilities include the four-level library, an auditorium, a recital hall, a multi-purpose hall, computer laboratories, residential halls, bookstores and cafeterias. Also available on Campus is an Apple Experience Centre.
The Campus faculty-centric facilities include: the Anatomy & Pathology Museum, Clinical Skills Laboratories, Petrochemical
UCSI students playing basketball at the Multipurpose Hall with the Gym in the background.
Laboratory, Physiology & Pharmacology Laboratory, Molecular Biology Laboratory, and Microbiology Laboratory, fashion design workshops, Psychology Laboratory, as well as drafting and design studios.
The University is also constantly working with the industry to set up specialised labs which ensure students are updated with the latest industrial practices. Currently, the University has established laboratories jointly with National Instruments and RICOH under the School of Engineering and the School of Information Technology, respectively.
Due to its rapid expansion, an additional 48-storey building will be built on the existing Campus that will include a 5-Star hotel, twelve floors of parking bays and hostel accommodations for UCSI University students, administrative offices, restaurants, a ballroom and also a clubhouse.
Sports Facilities at UCSI University
Excellent sports facilities at UCSI University provide for an all-rounded education & a healthy lifestyle
Badminton Courts
Basketball Courts
Football Field
Futsal Court
Gymnasium
Pool Tables
Squash Courts
Swimming Pool
Table Tennis
Volleyball Court
Engineering Laboratories at UCSI University
State-of-the-art engineering labs at UCSI University
Chemical Instrumentation Lab
Communication Labs 1 & 2
Control & Instrumentation Lab
Drafting & Design Lab
Electrical & Electronics Labs 1 & 2
NI Virtual Lab
Mechanical Workshop & Lab
Mechatronics Lab
Microprocessor & Microcontroller Lab
PCB Fabrication & Mechanical Workshop
Petrochemical Lab
Pneumatics & Hydraulics Lab and Robotics Lab
Power & Machines Lab
R & D Lab
Geomatic & Concrete Lab for Civil Engineering students at UCSI University
Geomatic & Concrete Lab for Civil Engineering students at UCSI University
This lab is equipped with all the necessary surveying equipment. Students use this equipment for land surveying, and analyse data collected during assignments. Students can also do engineering evaluations and experiments to test the qualities of building materials like concrete and other cementitious materials here.
Power, Machine & Control Lab at UCSI University
Power, Machine & Control Lab at UCSI University
Equipped with state-of-the-art electrical machines, this lab allows students to run experiments related to electrical power systems, conveyor belts and high voltage energy.
Material Science & Petrology Soil Mechanics Lab at UCSI University
Material Science & Petrology Soil Mechanics Lab at UCSI University
In this lab, students can develop further knowledge of materials structure, properties, performance and its processes by producing, transforming, and analysing materials. Students can also do experiments to process, test and determine soil properties here.
Thermo Fluid Lab for Engineering Students at UCSI University
Thermo Fluid Lab for Engineering Students at UCSI University
The lab allows students to conduct research in thermodynamics, fluid mechanics, and heat transfer. Students can also study a variety of complex engineering issues, such as electronics cooling, nanofluidics, micro-flow control, and bio-inspired fluid dynamics.
Control, Instrumentation Pneumatic & Hydraulics Lab for Engineering Students at UCSI University
Control, Instrumentation Pneumatic & Hydraulics Lab for Engineering Students at UCSI University
In this lab, students can study the profiles and properties of water in an open channel flow, and learn about pressure testing and flow control. They can also conduct experiments and learn about control on rotating conveyor belts.
Instrumentation Lab for Engineering Students at UCSI University
Instrumentation Lab for Engineering Students at UCSI University
This laboratory has state-of-the-art equipment for teaching and research development. The equipment includes atomic absorption spectroscopy (AAS), Fourier Transform Infrared Spectroscopy (FTIR), UV-VIS spectroscopy with desktop computer, nano zeta sizer, titrator and tensiometer.
Petrochemical Lab for Engineering Students at UCSI University
Petrochemical Lab for Engineering Students at UCSI University
This lab has the necessary equipment for analysis and characterization of solid, liquid and gaseous substances, which students can use to conduct testing and research in the areas of air and water pollution. The equipment available includes a viscometer bath, flashpoint tester, seta oil test centrifuge, rotary evaporator, colorimeter, jar test, and turbidity meter.
Industrial Chemistry Lab for Engineering Students at UCSI University
Industrial Chemistry Lab for Engineering Students at UCSI University
This lab is equipped with all the necessary measuring and analytical instruments for teaching and experiments, especially in chemical engineering. The equipment includes a water bath, oven, furnace, hotplate, and stirring hotplate.
Advanced Chemical Laboratory for Engineering Students at UCSI University
Advanced Chemical Laboratory for Engineering Students at UCSI University
This laboratory has all the equipment for aspiring chemical engineers to conduct physical and chemical processes (fluid flow, heat and mass transfer).
The equipment includes a PC-controlled and data logging system, a gas chromatography with a desktop computer, gas absorption demonstration unit, tubular flow reactor with a desktop computer, refractometer, continuous distillation column, batch reactor and CSTR in series.
Drilling and Material Science Lab for Engineering Students at UCSI University
Drilling and Material Science Lab for Engineering Students at UCSI University
The laboratory is designed to provide students with exposure to both macroscopic and microscopic analysis. It is well equipped with filter press, mixer, viscometer, grinder, polisher, hardness tester and emulsion stability mater.
Students who are taking Drilling Engineering and Element of Material Science courses will be involved in experimental work in this lab.
Robotic PLC Micro-Processor Lab for Engineering Students at UCSI University
Robotic PLC Micro-Processor Lab for Engineering Students at UCSI University
This lab allows students to enhance their knowledge in programming and control of hardware. Students can also do various robotic experiments and use virtual reality software installed in computers for the simulation and study of various tasks.
General Labs for Engineering Students at UCSI University
General Labs for Engineering Students at UCSI University
Equipped with all general lab apparatus, these labs provide the ideal training ground for undergraduates of the Electrical & Electronic Engineering and Communication & Electronic Engineering degree programmes to conduct experiments for projects and assignments.
EduSpiral Consultant Services- Your Personal Online Education Advisor
These universities and colleges are chosen by EduSpiral because they represent the best in their fields in
“I am from Tawau, Sabah, therefore am not familiar with the universities in Peninsula Malaysia. I found EduSpiral’s blog and then I emailed him. I was surprised that my email was answered. EduSpiral helped guide me to choose the right course and the university. From the application to the university and booking of my accommodation I was assisted by EduSpiral.” Jason Yee, Chemical Engineering, UCSI University
Malaysia and affordable. EduSpiral provides in-depth information and counseling on their courses so that students are able to make the right choice.
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Outstanding Mechatronics Engineering Degree Courses to Study at Top Private Universities in Malaysia
Written by EduSpiral Consultant Services. For more information contact 01111408838
Mechatronics Engineering is the efficient and effective integration of mechanical systems, IT and electronics. It is a blend of mechanics and electronics, and uses precision engineering, control theory, computer science, mathematics and sensor technology, to design enhanced or “smart” products, processes and systems.
The key element is the integration of these different areas into the design process from start to finish. Mechatronics engineers understand how to do this and enable the intelligent operation of mechanical systems. It also involves installing, operating and modifying mechanical and electronic equipment and in areas like manufacturing, aviation, robotics and defense.
For more information on the top private universities and colleges in Malaysia, Whatsapp 01111408838
Please fill up the form for more information. If you do not give your mobile number or full name as in IC, your query will not be answered. Please make sure you give a correct email address and check your email including the SPAM or JUNK email folder within 48 hours as we will email you the information.
First Rate Mechatronics Engineering Degree Programmes in Malaysia
My mom contacted EduSpiral to ask his advise with regard to my results & where to study. He met us at the university to guide us and even obtained a partial scholarship for me. Ignatius, Mechatronic Engineering at Asia Pacific University
Students who are active, creative, like machines and robots and are good in subjects like Add Maths and Physics can consider the degree in Mechatronics Engineering.
The engineering working world is very competitive and students must arm themselves with the necessary skills and knowledge to succeed. This means that they should choose top rated universities in Malaysia for their engineering studies.
Increased Demand for Engineering Professionals in Malaysia
Being from Pangkor made it difficult to find information on the universities to transfer after my Diploma. EduSpiral gave a lot of information & advise that helped me to choose the right university. They even picked me up from the bus station to drop me at the hostel. Jayden Cheah, Mechatronics Engineering at UCSI University
30% of the CEOs in Malaysia’s 50 largest companies posses a basic engineering degree. Engineers and technical minded individuals tend to have a certain advantage because they are very structured and solutions-based.
Malaysia needs at least 200,000 engineers by 2020 in order to attain the status of a developed nation. Currently, there are 70,000 registered professional engineers in Malaysia with the Institute of Engineers Malaysia (IEM).
Engineering is a career that can take you around the world, working on many different projects as well as being a very well paid job to get into, with different branches of speciality, according to your areas of interest. Qualified and experienced engineering graduates who can communicate well in English are able to migrate overseas to countries like Australia, UK, USA, Europe and more.
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
Mechatronics Engineering is the efficient and effective integration of mechanical systems, IT and electronics. It is a blend of mechanics and electronics, and uses the following:
precision engineering
control theory
computer science
mathematics
sensor technology, to design enhanced or “smart” products, processes and systems.
I met EduSpiral at the Education Fair and he helped me to filter all the information from the universities and choose the best university that fit me.” Vincent Hoy, Mechatronic Engineering Scholarship student at Asia Pacific University
manufacture and maintenance of systems that use microprocessors and actuators to control mechanical processes.
The key element is the integration of these different areas into the design process from start to finish. Mechatronics engineers understand how to do this and enable the intelligent operation of mechanical systems. It also involves installing, operating and modifying mechanical and electronic equipment and in areas like manufacturing, aviation, robotics and defense.
Mechatronics engineers also have roles in project engineering where their cross disciplinary knowledge gives them an edge on mechanical or electrical engineers. Mechatronics engineers can work with electrical and mechanical systems together and solve problems that cross discipline boundaries. Their strength in IT, computer hardware and networking as well as software also helps them to be very versatile problem solvers.
Mechatronic Engineers are also involved in the design, construction and running of factory production lines and processes, where they use their skills in computers; micro-controllers; programmable logic controllers; programming; industrial sensors; hydraulic, pneumatic and electric drives; design of mechanical structures and mechanisms; and knowledge of manufacturing processes.
A mechatronics engineer unites the principles of mechanics, electronics, and computing to generate a simpler, more economical and reliable system. Its application areas range from power systems to transportation to optical telecommunications to biomedical engineering, along with a host of others.
Mechatronic systems are almost everywhere you look. For example, it can be applied to the automotive industry in the increasing combination of the mechanical part of the engine with electronics and artificial intelligence.
NASA Mars Rover
Another example is the Mars Rover that NASA built to send to planet Mars for research gathering purposes. The Mars Rover was the product of several years of research and development to ensure engineers on earth could effectively control the Rover on the unpredictable terrain of the planet Mars.
It had to be able to negotiate any terrain encountered as well as perform fine motions to grab and sample rock and soil – much like expecting a rugby union prop to also be an accomplished ballet dancer! Of course that call occurred after a brilliant and novel Mars landing strategy was developed.
Another Example: The anti-lock braking system
Cars need brakes. Cars have always had brakes. But the design of brakes has been improved over time, making them better, more responsive and safer. Now, thanks to modern sensing, actuation, computing and control technologies, braking systems are more amazing than ever before. Using technology to adjust the braking system in a split second has meant brakes are more responsive and deliver the greatest coefficient of friction possible.
It may sound a bit far-fetched but Mechatronic engineers create smart machines that are aware of their
My friend introduced me to EduSpiral. He gave me all the information on Facebook & then met us at the Education Fair to guide us on how to choose the right university Lyngkaran, Engineering at Taylor’s University
surroundings and can make decisions. These smart machines are complex beings made up of several parts: the mechanical system itself, the sensing and actuation, the control systems and the software. The opportunities available to develop such intelligent machines are ever evolving.
The future is virtually unlimited for mechatronics, and much of it is here today. Robotic systems and components are already as small as a few microns and researchers are investigating nano-technologies using mechatronic systems for implantation into the human body to repair or replace damaged physiological functions.
The next two decades will see an explosion of automated mechatronic systems infiltrating our lives more and more every year – improving our quality of life and our knowledge of the world and universe we live in. Offices, homes, factories, and more are becoming more and more mechanised to be efficient.
What do Mechatronics Engineers work as in Malaysia?
I wasn’t sure which university to study at and found EduSpiral online. He provided good advise & helped me with my application. I love my university life now. Hanson, Foundation in Science (Engineering) at UCSI University
Mechatronics combines mechanical, electrical and software engineering in the design, development and control of diverse systems used in a range of industries including manufacturing, medicine and the service industries. Examples of mechatronic systems include aircraft, dishwashers, motor vehicles, automated manufacturing plants, medical and surgical devices and systems, robots of all types, many toys, artificial organs and many others.
There is an increasing demand for engineering graduates who are able to work in an interdisciplinary environment. Mechatronics Engineering is a new discipline that is combines electronics, control, software, computer and mechanical engineering.
Modern mechatronics is about the integration of electronics with mechanical design to create intelligent systems. From fuzzy logic controlled washing machines to space exploration, mechatronics and robotic systems are at the forefront of technological developments.
The word ‘mechatronics’ might still not be recognised by some dictionaries even today, but it has been in use for quite a while now. It first surfaced in Japan in the 1980s and represents the discipline of engineering that is associated with robots and automation. Without a doubt, the engineers who choose this field do share an interest in building robots that are able to perform a variety of functions, for one purpose or another.
Mechatronics engineers are therefore involved in almost every possible industry at levels from applications
Mechatronics Engineering Lab at Asia Pacific University
development to manufacturing to advanced research.Some of the products of mechatronic engineering include everyday gadgets like cameras, printers, washing machines and automatic doors. Others include parts of the car and airplane, robotic arm, etc.
Graduates with a Mechatronics degree can take up careers in a wide range of industries including robotics, aerospace, chemical, defence and automotive and manufacturing where complex software plays a major role, as well as in businesses that require extensive computer support, such as banking and commerce.
Contributions can be made to these industries in a variety of roles including design engineer, software engineer, project planner, product designer and project manager.
Study the 4-Year B.Eng (Hons) Mechatronic Engineering at Top Ranked Asia Pacific University, Malaysia
Asia Pacific University (APU) is ranked Tier 5 or “Excellent” in the SETARA 2013 rating by MQA. APU is now operating at its new iconic campus at Technology Park Malaysia, Kuala Lumpur.
Engineering principles learnt at different levels are enhanced by exposure to practical sessions supported by hands-on laboratory work. This is undertaken in the fully-equipped laboratories for Analogue and Digital Electronics, Communication Engineering, Power System, Robotics, PLC Controls, Pneumatics and Automation, Mechanical Equipment, Mechanical Workshop and as well as Materials and Testing Laboratories.
In order to enable students to learn and understand the latest high-tech engineering design and simulation techniques, software such as Matlab, Labview, Multisim and Autodesk Inventor have been installed in the Engineering Design laboratory. Students can all these facilities to complete engineering assignments and design projects.
The Final Year Project rooms allows students to focus on project development in parallel the APU Centre of Robotics Engineering allows for students to engage with advanced Robotics research work.
The B. Eng (Hons) Mechatronic Engineering programme at Asia Pacific University is specifically designed
Asia Pacific University is a top ranked university in Malaysia with its new campus at Technology Park Malaysia. An impressive 95% of APU’s graduates obtain jobs before graduation
to provide:
High-quality undergraduate engineering education by providing students with a curriculum that is firmly grounded in Mechatronic engineering fundamentals.
The technical skills to design, analyse and test “intelligent” products or processes that incorporate suitable controller, sensor and mechatronic devices for robotics and automation.
PROGRAMME EDUCATIONAL OBJECTIVES
My mom contacted EduSpiral to ask his advise with regard to my results & where to study. He met us at the university to guide us and even obtained a partial scholarship for me. Ignatius, Mechatronic Engineering at Asia Pacific University
Mechatronic Engineering is concerned with the creation, design and building of intelligent machines. This new breed of engineer has to master skills in mechanical, electronic and computer engineering and work in a hybrid manner, meeting an ever-increasing need in industry where complexity of projects is rising and resources are limited. The main areas of activity are:
Fundamental design and build – ways of embedding intelligence and interfacing to the real world
Process control – plant condition monitoring and control
Advance robotics and intelligent Machines
Image Processing and collision avoidance
Industrial system such as CIM system, CAD/CAM system
Design and develop a Mechatronics system
PROGRAMME OUTCOMES
After explaining in detail, EduSpiral took me & my parents to tour the campus & helped with the scholarship application. Darren Fong, Engineering at Asia Pacific University
Upon completion of their study at Asia Pacific University, students should have attained the following outcomes:
Ability to gain and apply basic principles of Mathematics, Science and Engineering.
Ability to identify engineering problems and apply basic engineering principles to solve them.
Ability to recognize and apply suitable tools and techniques for engineering practical applications.
Ability to investigate complex engineering problems using research techniques.
Ability to design solutions for complex engineering problems.
Ability to communicate effectively and professionally.
Ability to comprehend and demonstrate current good practices of engineering for sustainable development.
Ability to practice safety, health, social, cultural, legal and environmental responsibilities as an engineer.
Ability to execute the responsibilities of an Engineer professionally and ethically.
Ability to function effectively as an individual or in a team.
Ability to recognize the need for, and be able to engage in independent and life-long learning.
Ability to demonstrate and apply the knowledge and understanding of engineering management principles.
Year 1 Mechatronic Engineering Subjects at Asia Pacific University
These modules provide an appropriate platform for an Engineering Professional to understand the basic principles of engineering
Mechatronics Engineering Lab at Asia Pacific University
in the areas of Circuit Analysis, Analogue and Digital Electronics, Engineering Materials, Engineering Statics & Dynamics and Engineering Design.
In addition, a thorough grounding in principles of IT and management are provided by the Programming and Management modules. Modules such as Engineering Mathematics and Introduction to Management provide the basic academic skills required to meet the demands of employers. Important and relevant skills for managing activities and for your own independent learning are also introduced.
Common Modules
Analysis of Circuits
Engineering Materials
Introduction to Management
Engineering Statics & Dynamics
Engineering Mathematics 1
Introduction to C Programming
Engineering Mathematics 2
Instrumentation & Measurement
Engineering Design
Year 2 Mechatronic Engineering Subjects at Asia Pacific University
Here, you start specialising in modules that develop the necessary underlying knowledge and skills in Mechatronic Engineering.
Engineering lab at Asia Pacific University
Further, in-depth Electronic and Mechanical skills are developed here with modules such as Electromagnetic Field Theory, Engineering Software & Applications, Analogue Electronics, Digital Electronics, Sensor & Actuators, Introduction to Power System, Signals & Linear Systems and Strength of Materials. Engineering Mathematics is provided for the better understanding of the engineering modules.
Common Modules
Analogue Electronics
Introduction to Power System
Engineering Mathematics 3
Electromagnetic Field Theory
Digital Electronics
Engineering Software & Applications
Signals & Linear Systems
Specialised Modules
Strength of Material
Sensor & Actuators
Intermediate Robotics
Year 3 Mechatronic Engineering Subjects at Asia Pacific University
Specialised knowledge and skills in the areas of Machine Design, CAD/CAM, Advance Robotics, Control Engineering,
Engineering lab at Asia Pacific University
Communication Engineering Principle, Thermodynamics & Heat Transfer, PLC & Pneumatic System, and Numerical Methods & Statistics, are a critical focus of this level. There is further development of the ability to apply relevant engineering skills with strong critical thinking and analysis.
Common Modules
Control Engineering
Communication Engineering Principles
Microprocessor Systems & Embedded Software
Numerical Methods & Statistics
Power Electronic & Drives
Specialised Modules
Machine Design
PLC & Pneumatic System
CAD/CAM
Thermodynamics & Heat Transfer
Advance Robotics
Internship
Industry placement with a suitable organisation for a minimum period of 12 weeks, after completing Year 3 and before the commencement of Year 4.
Year 4 Mechatronic Engineering Subjects at Asia Pacific University
The final year Engineering modules provide the necessary industry application technological skills which will become very useful
Engineering lab at Asia Pacific University
for employment upon graduation. These modules include, Product Creation Technology, Mechatronic Design, and Fluid Mechanics.
Your personal and professional development is enhanced by the module in Engineer in Society and Engineering Project Management. You will enhance your technical capability and understand how to innovate, generate and manage the creation of new ideas. The Project Phase I (Investigation) in Mechatronic Engineering will enable students to take on R&D with commercialisation.
The Mechatronic Engineering Project Phase II (Implementation) also develops the academic and practical aspects of your chosen areas of study and reinforces your independent learning skills. This is where you will demonstrate higher level critical thinking, analysis and solutions development skills which will enhance your employability.
Common Modules
Engineering Project Management
Project Phase I (Investigation)
Project Phase II (Implementation)
Engineer in Society
Specialised Modules
Mechatronics Design
Fluid Mechanics
Product creation and Technology
Accreditation of Asia Pacific University engineering degrees by BEM
Asia Pacific University Engineering Degrees are fully accredited by the Board of Engineers Malaysia (BEM) which is a signatory
I met EduSpiral at the Education Fair and he helped me to filter all the information from the universities and choose the best university that fit me.” Vincent Hoy, Scholarship student at Asia Pacific University
to the Washington Accord.
This accreditation ensures that APU Engineering Graduates will have the following benefits in countries who are signatories of the Washington Accord: Opportunities to register as a Graduate Engineer with Board of Engineers Malaysia (BEM) or the relevant professional bodies in other countries who are signatories under the Washington Accord.
Pathways to becoming a Professional or Chartered Engineer. Assurance that graduates are considered as having met international academic standards for engineering practice. International Recognition APU Engineering Degrees are Accredited Professionally by the Board of Engineers Malaysia (BEM) and are therefore recognized internationally under the Washington Accord.
Recognition under the Washington Accord allows for APU engineering programmes to be recognized by countries such as Australia, Canada, Taiwan, Hong Kong, Ireland, Japan, South Korea, Malaysia, New Zealand, Singapore, South Africa, Turkey, Russia, the United Kingdom and the United States who are all signatories of the accord.
This allows APU graduates to be recognised in these countries for career opportunities towards achieving
Engineering lab at Asia Pacific University
Professional/Chartered Engineer status or for further education progression. Furthermore, many countries which are not yet signatories to the Washington Accord also use this as a benchmark in recognizing Engineering Degrees.
With this achievement, recognition under the Washington Accord enables APU Engineering graduates to work in any country in the world who are also a signatory to the Accord, without the need to re-qualify. If they choose to work in Malaysia, APU graduates will have the opportunity to register as
Graduate Engineers with Board of Engineers Malaysia (BEM), if they choose to work overseas in Washington Accord signatory countries; they can also register as Graduate Engineers.
The recognition is of utmost importance to the engineering education in Malaysia as graduates from accredited engineering degree programmes from Washington Accord signatory countries are considered as meeting the academic standard for practices in engineering at the international level.
The BEM accreditation and recognition by MQA ensures that Asia Pacific University is one of the best universities in Malaysia to study Mechatronic Engineering.
Strategic location of Asia Pacific University campus
Asia Pacific University is strategically located at Technology Park Malaysia near the Bukit Jalil LRT. The university is currently building its new campus also located in Technology Park Malaysia. Hostel Accommodation is provided off-campus with a free bus shuttle to and from the campus including the Bukit Jalil LRT. Asia Pacific University also offers scholarships to deserving students.
Study the 4-year Mechatronic Engineering at the Top Ranked UCSI University
Well known for health sciences & engineering courses, UCSI University has achieved Tier 5 or Excellent Rating in the SETARA 2013.
Mechatronic Engineering is a field that integrates various components in different engineering disciplines – such as electronics, computer and mechanical engineering, among others – to meet the increasing demands of complex and sophisticated industries. In mechatronics, students are equipped with the essential skills in industrial technology and learn a combination of mechanical, electronic and computer science techniques to design, fabricate, assemble and maintain automation and modern manufacturing systems.
Students are furnished with the fundamental skills in analyzing and designing complex systems to serve
UCSI University engineering students have a 2-month internship for every year of their studies.
the needs of the industry and to meet challenges posed by emerging technologies.
UCSI University’s mechatronic laboratories are well-equipped with the latest equipment and software packages to enhance the students’ learning experience and expose them to the latest technology in the market. The course aims to provide the industry with a new generation of engineers armed with interdisciplinary skills essential in managing modern engineering tasks such as designing, maintaining, calibrating, selecting, and procuring advanced integrated systems.
To increase their employability, students are also required to undergo industrial training under UCSI University’s Co-operative
Robotic PLC Micro-Processor Lab at UCSI University
Placement Training Scheme at the end of their 2nd and 3rd academic years. This allows students to learn and familiarise themselves with a real-life working environment.
Apart from that, students also undertake a research and development project in their final year of study. The engineering programme at UCSI University is accredited by MQA and the Board of Engineers Malaysia (BEM). UCSI
University is famous for engineering courses being one of the first private universities to offer engineering courses.
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
In each year there are two long-semesters consisting of 14 weeks of instruction with 2 weeks of examinations, and one short-semester consisting of 7 weeks of instruction with 1 week of examinations. The long-semesters start in January and May, while the short-semester starts in September.
In the months of November & December students undergo industrial training under the Co-Operative Placement Scheme to learn and to familiarize themselves with real life working environment. In addition, students also undertake a research and development project in their final year.
The number of contact hours per course per week depends on the credit and teaching methodology of each course. Each credit is approximately equivalent to 1 hour of class, or 2 hours of labs per week.
Assessments for the Mechatronic Engineering Programme at UCSI University
The engineering programmes at UCSI University are accredited by the Board of Engineers Malaysia and MQA
The teaching and learning strategies and assessment are designed depending on and according to the nature of course or topic being taught or investigated.
The school of Engineering implements different methods and styles of teaching and learning and assessment to ensure the successful achievement of the learning outcomes of its programmes, that includes
Ordinary classroom lectures
Group tutorials
Laboratory works
Seminars and eforums
Directed and self learning
Invited guest lectures
Industrial visits
UCSI University Engineering Degree Accredited by Board of Engineers Accredited (BEM)
UCSI University located in Taman Connaught, Cheras, Kuala Lumpur
The Engineering Degrees of these universities are accredited by the Board of Engineers Malaysia (BEM) which is a signatory to the Washington Accord. This accreditation ensures that Engineering Graduates will have the following benefits in countries who are signatories of the Washington Accord:
Opportunities to register as a Graduate Engineer with Board of Engineers Malaysia (BEM) or the relevant professional bodies in other countries who are signatories under the Washington Accord.
Pathways to becoming a Professional or Chartered Engineer.
Assurance that graduates are considered as having met international academic standards for engineering practice.
Mechatronics Engineering Degree Subjects Offered at UCSI University
Year 1 Subjects for the Mechatronics Engineering Degree at UCSI University
The engineering programmes at UCSI University are accredited by the Board of Engineers Malaysia and MQA
Calculus & Analytical Geometry II
Circuit Theory I
Digital Electronics I
Technical Communication
Mathematical Methods For Engineers I
Engineering Graphics & Design
Engineering Statics
Analogue Electronics I
Year 2 Subjects for the Mechatronics Engineering Degree at UCSI University
UCSI offers excellent engineering facilities for her students.
Engineering Dynamics
Fluid Mechanics
Advanced Circuit Theory & Transmission Lines
Computing For Engineers
Mathematical Methods For Engineers II
Material Science
Digital Electronics II
Electronic Manufacturing Industry
Engineering Software & Applications
Cooperative Placement 2
Year 3 Subjects for the Mechatronics Engineering Degree at UCSI University
Numerical Analysis
Microprocessor Systems
Electrical Power & Machines
Thermodynamics
Engineers In Society
Control Systems
Stress Analysis & Design
Manufacturing Processes
Instrumentation & Measurements (Lab)
Cooperative Placement 4
Year 4 Subjects for the Mechatronics Engineering Degree at UCSI University
Final Year Project A
Power, machine & control engineering lab at UCSI University
Embedded System Design
Mechatronic Systems Design
Engineering Management & Economics
Final Year Project A
Final Year Project B
Elective Subject (Select any four):
Digital Control Systems
Intelligent Systems
Digital Signal Processing
Fluid Power & Drives
Robotic Systems
What do Mechatronic Engineers do?
Robotic PLC Micro-Processor Lab for engineering students at UCSI University
In a nutshell, a mechatronic engineer is responsible for combining the elements of mechanical engineering and electronics engineering to design and develop mechatronic products. Elements of electrical engineering and computer science (in the form of software design and software engineering) play a part in the daily work of mechatronic engineers too.
Likewise, a Robotic Arm is a prime example of a mechatronics system because it includes aspects of mechanics, electronics, control and soft-computing to do its day-to-day jobs.
Engineers from different fields of expertise work in teams on projects. For example, in a project, the Electrical & Electronics Engineer will give an in-depth analysis on the Electrical characteristics while the Mechanical engineer focuses on the physical mechanics. The software engineer will provide the software for the machine to function. With knowledge from all areas, the mechatronics engineer will be an ideal project manager.
Here are some things you might be expected to do in your job:
I went for the EduSpiral Education Fair and gained a lot of information. After the fair, EduSpiral even arranged to take me around for a campus tour, assisted me with application and accommodation as well. Nixonn Cheong, Engineering at UCSI University
Develop new solutions to industrial problems using mechanical and electronic processes and computer technology.
Design and build completely new products by integrating various technologies, for example, developing robotic vehicles for underwater exploration.
Build and test factory production lines introducing automation to improve existing processes.
Maintain and improve previous industrial and manufacturing processes and designs, for example, robotic lawn mowers and robot floor cleaners.
Design, develop, maintain and manage high technology engineering systems for the automation of industrial tasks.
Apply mechatronic or automated solutions to the transfer of material, components or finished goods.
Apply advanced control systems, which are usually computer-driven.
Apply electronic and mechanical processes and computers to tasks where the use of human labour may be dangerous (like underwater exploration, mining or forestry)
Study the feasibility, cost implications and performance benefits of new mechatronic equipment.
Carry out modelling, simulation and analysis of complex mechanical, electronic or other engineering systems using computers.
Career Opportunities for Mechatronics Engineering Graduates in Malaysia
The winning Malaysian entry in 2014, submitted by UCSI University engineering student Desmond Tan Mun Yung, was a full-body “exoskeleton” which aims to help disabled patients with movement.
The career opportunities for mechatronics engineers in Malaysia is wide and a huge range of applications, from robotics in manufacturing and automation to the automotive, aerospace, medical and leisure and entertainment industries.
With your broad engineering knowledge base, you probably hold technical design and decision-making positions, often overseeing or playing a central role in engineering design teams.
Mechatronic engineers work in companies that require hi-tech input into what they are developing. They may work in a laboratory, a processing plant or an engineering office but are also research opportunities in emerging fields like bioengineering, nanotechnology and robotics.
You will find Mechatronic engineers in large global enterprises developing futuristic vehicles, challenging defence technology and revolutionising consumer products. They may also work in smaller innovative ‘high tech’ companies supplying software, parts and equipment. They could be product developers, work in manufacturing, or mining or defence industries, and in government and industry research groups.
Mechatronic Engineers may be required to travel to present at a conference or view a new design idea or innovative technology.
Mechatronics graduates can work as Systems Engineers, Project Engineers, Industrial Engineers and Control & Instrumentation Engineers within organizations such ABB, Alstom, Dyson, First Solar, GE Intelligent Platforms, Honeywell, Infineon, Intel, Jacobs Engineering, M+W, Petronas, Shell, Siemens, Sunpower, Yokogawa, etc.
Mechatronics – Dyson, Hitachi, Panasonic, Sony, Sime Darby, VS Industry, Bosch, Carsem (M) Sdn. Bhd. (S-Site), , T.A. Furniture Industries Sdn Bhd, Singapore Epson Industrial Pte Ltd., Emerson Process Management Asia Pacific Pte Ltd (Singapore), GLOBALFOUNDRIES Singapore, Cycle & Carriage Industries Pte Ltd (Singapore), Perodua Manufacturing Sdn Bhd, T & T Inspection and Engineering Sdn Bhd, Top Glove Corporation Berhad
EduSpiral Consultant Services – Your Online Education Advisor
EduSpiral Consultant Services is a full-service educational counseling & planning firm that guides students from across Malaysia to help them choose the right course and university.
I went for the EduSpiral Education Fair and gained a lot of information. After the fair, EduSpiral even arranged to take me around for a campus tour, assisted me with application and accommodation as well. Nixonn Cheong, Engineering at UCSI University
Highly experienced professional staff will talk to you and get to know you before giving advise on which course that will best fit you and your budget. Established in 2009, EduSpiral Consultant Services is an appointed representative for top reputable private colleges & universities in Malaysia.
These universities and colleges are chosen by EduSpiral because they represent the best in their fields in Malaysia and affordable. EduSpiral provides in-depth information and counseling on their courses so that students are able to make the right choice.
Please fill up the form for more information. If you do not give your mobile number or full name as in IC, your query will not be answered. Please make sure you give a correct email address and check your email including the SPAM or JUNK email folder within 48 hours as we will email you the information.
Study Mechatronic Engineering at the Best Private Universities in Malaysia
Written by EduSpiral Consultant Services For more information contact 01111408838
By 2022, an operational stock of almost 4 million industrial robots are expected to work in factories worldwide. These robots will play a vital role in automating production to speed up the post-Corona economy. At the same time, robots are driving demand for skilled workers. Educational systems must effectively adjust to this demand. The World Robotics 2020 Industrial Robots report found 2.7 million robots already working across the world. Sales of new robots remain high with 373,000 units shipped globally in 2019, a drop of 12% from the previous year – but still the third highest volume ever recorded.
Most students don’t realise that they should take into account the future job demand for the course that they choose and also how technology has affected the nature of the work. After all, isn’t that the main point when you graduate you want to get a job easily? In addition, many jobs and job functions are being replaced by technology and automation. The future jobs will be replaced by robots so why not be future proof and study mechatronic engineering?
Mechatronic engineering is the combination of mechanical, electrical & electronic, robotics and computing. A Mechatronic Engineer designs smart machines that are aware of their surroundings and can make decisions. It is a new branch of the engineering field with very good job prospects.
Mechatronic engineers are at the leading edge of the development of new products, devices and processes. French standard NF E 01-010 gives the following definition: “approach aiming at the synergistic integration of mechanics, electronics, control theory, and computer science within product design and manufacturing, in order to improve and/or optimize its functionality”.
For a personalised advise on how to choose the right course or private university please WhatsApp 01111408838
Please fill up the Form below and I will WhatsApp you and provide you with sound advise on how to choose the best private university or college in Malaysia to study at. If you do not give your mobile number or full name as in IC, your query will not be answered. Our knowledgeable & experienced counsellor will send you a message on WhatsApp & provide assistance from there.
What will you Study in a Mechatronic Engineering Degree Programme at Private Universities in Malaysia that’s Accredited by the Board of Engineers Malaysia (BEM)?
I met EduSpiral and he helped me to filter all the information from the universities and choose the best university that fit me. Vincent Hoy, Graduated from Mechatronic Engineering at Asia Pacific University (APU)
Students who are active, creative, like machines and robots and are good in subjects like Add Maths and Physics can consider the degree in Mechatronics Engineering. Mechatronic Engineering is the study of basic engineering sciences and fundamentals of mechanical, electrical, electonics and computing engineering. Students will be to integrate these four diverse fields. The technical skills to design, analyse and test “intelligent” products or processes that incorporate suitable controller, sensor and mechatronic devices for robotics and automation.
In the Mechatronic Engineering course, students will learn Engineering principles at different levels which are enhanced by exposure to practical sessions supported by hands-on laboratory work. This is undertaken in the fully-equipped laboratories for Analogue and Digital Electronics, Communication Engineering, Power System, Robotics, PLC Controls, Pneumatics and Automation, Mechanical Equipment, Mechanical Workshop and as well as Materials and Testing Laboratories.
In order to enable students to learn and understand the latest high-tech engineering design and simulation techniques, software such as Matlab, Labview, Multisim and Autodesk Inventor.
What are the Mechatronic Engineering Programme General Objectives and Outcomes?
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Mechatronic Engineering is concerned with the creation, design and building of intelligent machines. This new breed of engineer has to master skills in mechanical, electronic and computer engineering and work in a hybrid manner, meeting an ever-increasing need in industry where complexity of projects is rising and resources are limited. The main areas of activity are:
Fundamental design and build – ways of embedding intelligence and interfacing to the real world
Process control – plant condition monitoring and control
Advance robotics and intelligent Machines
Image Processing and collision avoidance
Industrial system such as CIM system, CAD/CAM system
Design and develop a Mechatronics system
Upon completion of their Mechatronic Engineering degree programme at a private university in Malaysia, students should have attained the following outcomes:
Ability to gain and apply basic principles of Mathematics, Science and Engineering.
Ability to identify engineering problems and apply basic engineering principles to solve them.
Ability to recognize and apply suitable tools and techniques for engineering practical applications.
Ability to investigate complex engineering problems using research techniques.
Ability to design solutions for complex engineering problems.
Ability to communicate effectively and professionally.
Ability to comprehend and demonstrate current good practices of engineering for sustainable development.
Ability to practice safety, health, social, cultural, legal and environmental responsibilities as an engineer.
Ability to execute the responsibilities of an Engineer professionally and ethically.
Ability to function effectively as an individual or in a team.
Ability to recognize the need for, and be able to engage in independent and life-long learning.
Ability to demonstrate and apply the knowledge and understanding of engineering management principles.
Accreditation of Mechatronic Engineering Degree Courses by the Board of Engineers Malaysia (BEM)
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Students should pursue Mechatronic Engineering Degree programmes at private universities that are fully accredited by the Board of Engineers Malaysia (BEM) which is a signatory to the Washington Accord.
This accreditation ensures that Engineering Graduates will have the following benefits in countries who are signatories of the Washington Accord: Opportunities to register as a Graduate Engineer with Board of Engineers Malaysia (BEM) or the relevant professional bodies in other countries who are signatories under the Washington Accord.
Pathways to becoming a Professional or Chartered Engineer. Assurance that graduates are considered as having met international academic standards for engineering practice.
Recognition under the Washington Accord allows for the engineering programmes to be recognized by countries such as Australia, Canada, Taiwan, Hong Kong, Ireland, Japan, South Korea, Malaysia, New Zealand, Singapore, South Africa, Turkey, Russia, the United Kingdom and the United States who are all signatories of the accord.
This allows graduates to be recognised in these countries for career opportunities towards achieving Professional/Chartered Engineer status or for further education progression. Furthermore, many countries which are not yet signatories to the Washington Accord also use this as a benchmark in recognizing Engineering Degrees.
With this achievement, recognition under the Washington Accord enables Engineering graduates to work in any country in the world who are also a signatory to the Accord, without the need to re-qualify. If they choose to work in Malaysia, graduates will have the opportunity to register as Graduate Engineers with Board of Engineers Malaysia (BEM), if they choose to work overseas in Washington Accord signatory countries; they can also register as Graduate Engineers.
The recognition is of utmost importance to the engineering education in Malaysia as graduates from accredited engineering degree programmes from Washington Accord signatory countries are considered as meeting the academic standard for practices in engineering at the international level.
How long is the Duration of a Mechatronic Engineering Degree Programme at Malaysia’s Private Universities?
My friend introduced me to EduSpiral. He gave me all the information on Facebook & then met us at the Education Fair to guide us on how to choose the right university Lyngkaran, Engineering at Taylor’s University
The duration of the Mechatronic Engineering Programme at Malaysia’s private universities is 4 years in order to meet the requirements of the Board of Engineers Malaysia (BEM).
In each year there are two long-semesters consisting of 14 weeks of instruction with 2 weeks of examinations, and one short-semester consisting of 7 weeks of instruction with 1 week of examinations.
Students will also undergo industrial training or internship for a minimum of 12 weeks (to meet BEM requirements) to learn and to familiarize themselves with real life working environment. In addition, students also undertake a research and development project in their final year.
The number of contact hours per course per week depends on the credit and teaching methodology of each course. Each credit is approximately equivalent to 1 hour of class, or 2 hours of labs per week.
What will you study in Mechatronics Engineering?
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Mechatronics students will find a full project application with hardware and software a piece of cake, but will not be able to give in-depth analysis of the mechanical dynamics/software structure unless they specifically work towards it.
Mechatronic students take courses from across the various fields listed below:
Mechanical engineering and materials science subjects
Electronic engineering subjects
Computer engineering subjects
Computer science subjects
Systems and control engineering subjects
Optomechanics (optical engineering) subjects
Robotics subjects
Example of subjects at degree level: Electrical Circuits, Computer Programming, Control Systems, Thermodynamics, Kinematics and Dynamics of Machines, Microcomputer Systems and Interfacing, Actuators and Sensors, Digital Control Systems, Robotics and Automation, Mechanical Systems, Microprocessor Systems, Stress Analysis & Design, Instrumentation & Measurements, Electrical Power & Machines, Fluid Power & Drives, etc
What are some of the Subjects that you will Study in a Mechatronic Engineering Degree Programme at a Private University in Malaysia?
EduSpiral took me on a campus tour & gave in-depth information to help me decide. Eugene Ong, Electrical & Electronic Engineering Graduate
Circuit Theory
Digital Electronics
Technical Communication
Mathematical Methods For Engineers
Engineering Graphics & Design
Engineering Statics
Analogue Electronics
Engineering Dynamics
Fluid Mechanics
Advanced Circuit Theory & Transmission Lines
Computing For Engineers
Material Science
Electronic Manufacturing Industry
Engineering Software & Applications
Numerical Analysis
Microprocessor Systems
Electrical Power & Machines
Thermodynamics
Engineers In Society
Control Systems
Stress Analysis & Design
Manufacturing Processes
Instrumentation & Measurements (Lab)
Embedded System Design
Mechatronic Systems Design
Engineering Management & Economics
Digital Control Systems
Intelligent Systems
Digital Signal Processing
Fluid Power & Drives
Robotic Systems
Power Electronics
Analysis of Circuits
Engineering Materials
Introduction to Management
Engineering Statics & Dynamics
Engineering Mathematics
Introduction to C Programming
Instrumentation & Measurement
Engineering Design
Analogue Electronics
Introduction to Power System
Electromagnetic Field Theory
Digital Electronics
Engineering Software & Applications
Signals & Linear Systems
Strength of Material
Sensor & Actuators
Intermediate Robotics
Control Engineering
How is the Assessment for the Mechatronic Engineering Degree Course?
I contacted EduSpiral online & obtained in-depth information on the universities and courses. This helped me to make the right choice for my course. Melvern, Engineering Graduate
The teaching and learning strategies and assessment are designed depending on and according to the nature of course or topic being taught or investigated. Private Universities implement different methods and styles of teaching and learning and assessment to ensure the successful achievement of the learning outcomes of their Mechatronic Engineering programmes, that include:
Classroom lectures
Group tutorials
Laboratory work
Seminars and e-forums
Directed and self learning
Invited guest lectures
Industrial visits
What is the Education Pathway to a Mechatronic Engineering Degree after SPM or IGCSE/O-Levels?
My friend introduced me to EduSpiral. He gave me all the information on WhatsApp & helped me to apply. Chong Keat, Electrical & Electronic Engineering at Heriot-Watt University Malaysia
Alternatively, students with at least 3 credits in SPM or IGCSE/O-Levels including Maths and 1 Science subject may go for the Diploma in Electrical & Electronic Engineering or Diploma in Mechatronic Engineering for 2 years 4 months and then enter into Year 2 of the Mechatronic Engineering degree programme for another 3 years.
What are the Entry Requirements into a Mechatronic Engineering Degree at Private Universities in Malaysia?
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These are the general entry requirements for the Mechatronic Engineering course at most private universities however the requirements may vary from university to university. You will need to contact the university to check their specific requirements.
STPM
Minimum 2Cs including Mathematics and one relevant Physical Science subject
A Level
Minimum 2Ds including Mathematics and one relevant Physical Science subject
UEC
Minimum 5Bs including Mathematics and one relevant Physical Science subject
CPU
Minimum average of 60% in 6 subjects, inclusive of a minimum score of 60% in Mathematics and one relevant Physical Science subject
Local Matriculation
Minimum CGPA 2.0
Foundation in Engineering or Foundation in Science
Minimum CGPA 2.0
WAEC/NECO
A maximum aggregate of 15 points out of best 5 subjects, inclusive of minimum B in Mathematics and one relevant Physical Science subject
Subject to Faculty discretion after reviewing transcript and syllabus. Max credit transfer of 30% of the programme total credits
Other qualifications deemed equivalent to STPM/A-Level by Malaysian Qualifications Agency
Minimum overall average of 60%, inclusive of minimum 60% in Mathematics and one relevant Physical Science subject
International Baccalaureate
Minimum 26/42 points from 6 subjects (inclusive Mathematics and one relevant Physical Science subject)
SAM
Minimum average of 60% in 5 subjects, inclusive of minimum scores of 60% in Mathematics and one relevant Physical Science subject
SACE/AUSMAT/TEE/SAM
Minimum overall average of 60%, inclusive of a minimum score of 60% in Mathematics and one relevant Physical Science subject
WACE/NTEC
Minimum overall average of 60%, inclusive of minimum 60% in Mathematics and one relevant Physical Science subject
Get a First Rate Mechatronic Engineering Education at Top Private Universities in Malaysia
I was confused about what to study & didn’t want to do what my dad was working as because he was so busy. My mum asked EduSpiral to advise me. He showed my that I am different from my dad & helped me to make the right choice. Chong Han, Foundation in Engineering at Taylor’s University
Mechatronics is the efficient and effective integration of mechanical systems, IT and electronics. It is a blend of mechanics and electronics, and uses the following:
precision engineering
control theory
computer science
mathematics
sensor technology, to design enhanced or “smart” products, processes and systems.
Mechatronics is the combination of Mechanical, Electronic and Electrical Engineering for the design, manufacture and maintenance of systems that use microprocessors and actuators to control mechanical processes.
The key element is the integration of these different areas into the design process from start to finish. Mechatronics engineers understand how to do this and enable the intelligent operation of mechanical systems. It also involves installing, operating and modifying mechanical and electronic equipment and in areas like manufacturing, aviation, robotics and defense.
Mechatronics engineers also have roles in project engineering where their cross disciplinary knowledge gives them an edge on mechanical or electrical engineers. Mechatronics engineers can work with electrical and mechanical systems together and solve problems that cross discipline boundaries. Their strength in IT, computer hardware and networking as well as software also helps them to be very versatile problem solvers.
Mechatronic Engineers are also involved in the design, construction and running of factory production lines and processes, where they use their skills in computers; micro-controllers; programmable logic controllers; programming; industrial sensors; hydraulic, pneumatic and electric drives; design of mechanical structures and mechanisms; and knowledge of manufacturing processes.
A mechatronics engineer unites the principles of mechanics, electronics, and computing to generate a simpler, more economical and reliable system. Its application areas range from power systems to transportation to optical telecommunications to biomedical engineering, along with a host of others.
Mechatronic systems are almost everywhere you look. For example, it can be applied to the automotive industry in the increasing combination of the mechanical part of the engine with electronics and artificial intelligence.
Another example is the Mars Rover that NASA built to send to planet Mars for research gathering purposes. The Mars Rover was the product of several years of research and development to ensure engineers on earth could effectively control the Rover on the unpredictable terrain of the planet Mars.
It had to be able to negotiate any terrain encountered as well as perform fine motions to grab and sample rock and soil – much like expecting a rugby union prop to also be an accomplished ballet dancer! Of course that call occurred after a brilliant and novel Mars landing strategy was developed.
Another Example: The anti-lock braking system Cars need brakes. Cars have always had brakes. But the design of brakes has been improved over time, making them better, more responsive and safer. Now, thanks to modern sensing, actuation, computing and control technologies, braking systems are more amazing than ever before. Using technology to adjust the braking system in a split second has meant brakes are more responsive and deliver the greatest coefficient of friction possible.
It may sound a bit far-fetched but Mechatronic engineers create smart machines that are aware of their surroundings and can make decisions. These smart machines are complex beings made up of several parts: the mechanical system itself, the sensing and actuation, the control systems and the software. The opportunities available to develop such intelligent machines are ever evolving.
The future is virtually unlimited for mechatronics, and much of it is here today. Robotic systems and components are already as small as a few microns and researchers are investigating nano-technologies using mechatronic systems for implantation into the human body to repair or replace damaged physiological functions.
The next two decades will see an explosion of automated mechatronic systems infiltrating our lives more and more every year – improving our quality of life and our knowledge of the world and universe we live in. Offices, homes, factories, and more are becoming more and more mechanised to be efficient.
Where can I Study Mechatronics Engineering in Malaysia?
I met EduSpiral and he helped me to filter all the information from the universities and choose the best university that fit me. Vincent Hoy, Graduated from Mechatronic Engineering at Asia Pacific University (APU)
Furthermore, they are top ranked universities are very established in offering engineering programmes in Malaysia and have more than 20 years of experience and are the best universities in this field of study.
The engineering working world is very competitive and students must arm themselves with the necessary skills and knowledge to succeed. This means that they should choose top rated universities in Malaysia for their engineering studies.
What do Mechatronics Engineers work as in Malaysia?
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Mechatronics combines mechanical, electrical and software engineering in the design, development and control of diverse systems used in a range of industries including manufacturing, medicine and the service industries. Examples of mechatronic systems include aircraft, dishwashers, motor vehicles, automated manufacturing plants, medical and surgical devices and systems, robots of all types, many toys, artificial organs and many others.
There is an increasing demand for engineering graduates who are able to work in an interdisciplinary environment. Mechatronics Engineering is a new discipline that is combines electronics, control, software, computer and mechanical engineering.
Modern mechatronics is about the integration of electronics with mechanical design to create intelligent systems. From fuzzy logic controlled washing machines to space exploration, mechatronics and robotic systems are at the forefront of technological developments.
The word ‘mechatronics’ might still not be recognised by some dictionaries even today, but it has been in use for quite a while now. It first surfaced in Japan in the 1980s and represents the discipline of engineering that is associated with robots and automation. Without a doubt, the engineers who choose this field do share an interest in building robots that are able to perform a variety of functions, for one purpose or another.
Mechatronics engineers are therefore involved in almost every possible industry at levels from applications development to manufacturing to advanced research.Some of the products of mechatronic engineering include everyday gadgets like cameras, printers, washing machines and automatic doors. Others include parts of the car and airplane, robotic arm, etc.
Graduates with a Mechatronics degree can take up careers in a wide range of industries including robotics, aerospace, chemical, defence and automotive and manufacturing where complex software plays a major role, as well as in businesses that require extensive computer support, such as banking and commerce.
Contributions can be made to these industries in a variety of roles including design engineer, software engineer, project planner, product designer and project manager.
What do Mechatronic Engineers do?
I was not sure if I could handle engineering but after listening to EduSpiral, I was able to make the right decision. Jun Chung, Diploma in Electrical & Electronic Engineering at Asia Pacific University
In a nutshell, a mechatronic engineer is responsible for combining the elements of mechanical engineering and electronics engineering to design and develop mechatronic products. Elements of electrical engineering and computer science (in the form of software design and software engineering) play a part in the daily work of mechatronic engineers too.
Likewise, a Robotic Arm is a prime example of a mechatronics system because it includes aspects of mechanics, electronics, control and soft-computing to do its day-to-day jobs.
Engineers from different fields of expertise work in teams on projects. For example, in a project, the Electrical & Electronics Engineer will give an in-depth analysis on the Electrical characteristics while the Mechanical engineer focuses on the physical mechanics. The software engineer will provide the software for the machine to function. With knowledge from all areas, the mechatronics engineer will be an ideal project manager.
Here are some things you might be expected to do in your job:
Develop new solutions to industrial problems using mechanical and electronic processes and computer technology.
Design and build completely new products by integrating various technologies, for example, developing robotic vehicles for underwater exploration.
Build and test factory production lines introducing automation to improve existing processes.
Maintain and improve previous industrial and manufacturing processes and designs, for example, robotic lawn mowers and robot floor cleaners.
Design, develop, maintain and manage high technology engineering systems for the automation of industrial tasks.
Apply mechatronic or automated solutions to the transfer of material, components or finished goods.
Apply advanced control systems, which are usually computer-driven.
Apply electronic and mechanical processes and computers to tasks where the use of human labour may be dangerous (like underwater exploration, mining or forestry)
Study the feasibility, cost implications and performance benefits of new mechatronic equipment.
Carry out modelling, simulation and analysis of complex mechanical, electronic or other engineering systems using computers.
Career Opportunities for Mechatronics Engineering Graduates in Malaysia
The career opportunities for mechatronics engineers in Malaysia is wide and a huge range of applications, from robotics in manufacturing and automation to the automotive, aerospace, medical and leisure and entertainment industries.
With your broad engineering knowledge base, you probably hold technical design and decision-making positions, often overseeing or playing a central role in engineering design teams.
Mechatronic engineers work in companies that require hi-tech input into what they are developing. They may work in a laboratory, a processing plant or an engineering office but are also research opportunities in emerging fields like bioengineering, nanotechnology and robotics.
You will find Mechatronic engineers in large global enterprises developing futuristic vehicles, challenging defence technology and revolutionising consumer products. They may also work in smaller innovative ‘high tech’ companies supplying software, parts and equipment. They could be product developers, work in manufacturing, or mining or defence industries, and in government and industry research groups.
Mechatronic Engineers may be required to travel to present at a conference or view a new design idea or innovative technology.
Mechatronics graduates can work as Systems Engineers, Project Engineers, Industrial Engineers and Control & Instrumentation Engineers within organizations such ABB, Alstom, Dyson, First Solar, GE Intelligent Platforms, Honeywell, Infineon, Intel, Jacobs Engineering, M+W, Petronas, Shell, Siemens, Sunpower, Yokogawa, etc.
Mechatronics – Dyson, Hitachi, Panasonic, Sony, Sime Darby, VS Industry, Bosch, Carsem (M) Sdn. Bhd. (S-Site), , T.A. Furniture Industries Sdn Bhd, Singapore Epson Industrial Pte Ltd., Emerson Process Management Asia Pacific Pte Ltd (Singapore), GLOBALFOUNDRIES Singapore, Cycle & Carriage Industries Pte Ltd (Singapore), Perodua Manufacturing Sdn Bhd, T & T Inspection and Engineering Sdn Bhd, Top Glove Corporation Berhad
Telecommunications Engineering at Top Universities in Malaysia Accredited by Board of Engineers Malaysia (BEM)
Written by EduSpiral Consultant Services. For more information contact 01111408838
Telecommunications engineering combines electrical engineering with computer science to enhance telecommunication systems. The work of a telecommunications engineer ranges from basic circuit design to strategic mass developments.
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Outstanding Telecommunication Engineering Degree Courses at the Best Universities in Malaysia
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A telecommunication engineer is responsible for designing and overseeing the installation of telecommunications equipment and facilities, such as complex electronic switching systems, copper wire telephone facilities, and fiber optics.
Telecommunication is a diverse field of engineering which is connected to electronics, civil, structural, and electrical engineering. They are responsible for providing the method for customers to have telephone and high-speed Internet data services.
Telecom engineers are often expected, as most engineers are, to provide the best solution possible for the lowest cost to the company. This often leads to creative solutions to problems that often would have been designed differently without the budget constraints dictated by modern society.
In the earlier days of the telecom industry, massive amounts of cable were placed that were never used or have been replaced by modern technology such as fiber optic cable and digital multiplexingtechniques.
Students who are good in subjects like Add Maths and Physics can consider the degree in
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recognised by the Malaysian Ministry of Education. Their courses are accredited by MQA and the Board of Engineers Malaysia (BEM).
Both universities are very established in offering engineering programmes in Malaysia and have more than 20 years of experience and are the best universities in this field of study.
Students wanting to have a good future in their career should choose the best university to study at so that they can gain the necessary skills and knowledge.
B. Eng (Hons) Telecommunications Engineering at Asia Pacific University
Asia Pacific University (APU) is ranked Tier 5 or “Excellent” in the SETARA 2013 rating by MQA. 95% of APU Graduates are employed before graduation.
The Telecommunications Engineering programme at APU is specifically designed to provide:
High-quality undergraduate engineering education by providing students with a curriculum that is firmly grounded in telecommunication engineering fundamentals.
A study in the areas of telecommunication engineering which covers the structure of mobile computing systems, telecommunication systems & networks, and software systems.
The technical skills to cover the ever demanding expertise in the fields of microwave and optical Transmission, satellite communications and RF communications.
PROGRAMME EDUCATIONAL OBJECTIVES
Telecommunication Engineers design, develop, test and maintain telecommunication systems. Telecommunication engineering
Engineering lab at Asia Pacific University
will appeal to those who are interested in the following field:
Satellite and mobile communication
Signal processing
Optical fibres and photonics
Data networks, data coding, compression, encryption and transmission
Real-time embedded systems
Telecommunication Engineers design, develop, test and maintain telecommunication systems
PROGRAMME OUTCOMES
The students, upon completion of their study, should attain the following outcomes:
Ability to gain and apply basic principles of Mathematics, Science and Engineering.
Ability to identify engineering problems and apply basic engineering principles to solve them.
Ability to recognize and apply suitable tools and techniques for engineering practical applications.
Ability to investigate complex engineering problems using research techniques.
Engineering lab at Asia Pacific University
Ability to design solutions for complex engineering problems.
Ability to communicate effectively and professionally.
Ability to comprehend and demonstrate current good practices of engineering for sustainable development.
Ability to practice safety, health, social, cultural, legal and environmental responsibilities as an engineer.
Ability to execute the responsibilities of an Engineer professionally and ethically.
Ability to function effectively as an individual or in a team.
Ability to recognize the need for, and be able to engage in independent and life-long learning.
Ability to demonstrate and apply the knowledge and understanding of engineering management principles.
Year 1 Subjects for the Telecommunications Engineering degree at Asia Pacific University (APU)
These modules provide an appropriate platform for an Engineering Professional to understand the basic principles of
Electrical & Electronic Engineering lab at Asia Pacific University
engineering in the areas of Circuit Analysis, Engineering Materials, and Engineering Design.
In addition, a thorough grounding in principles of IT and management are provided by the Programming and Management modules. Modules such as Engineering Mathematics and Introduction to Management provide the basic academic skills required to meet the demands of employers. Important and relevant skills for managing activities and for your own independent learning are also introduced.
Common Modules
Analysis of Circuits
Engineering Materials
Introduction to Management
Engineering Mathematics 1
Introduction to C Programming
Engineering Mathematics 2
Instrumentation & Measurement
Engineering Design
Year 2 Subjects for the Telecommunications Engineering degree at Asia Pacific University (APU)
Here, you start specialising in modules that develop the necessary underlying knowledge and skills in Telecommunication
Engineering lab at Asia Pacific University
Engineering. Further, in-depth Electronic and Telecommunication skills are developed here with modules such as Electromagnetic Field Theory, Engineering Software & Applications, Analogue Electronics, Digital Electronics, Analogue Communication, Digital Communication, Signals & Linear Systems and Introduction to Power Systems. Engineering Mathematics is provided for the better understanding of the engineering modules.
Common Modules
Analogue Electronics
Engineering Mathematics 3
Electromagnetic Field Theory
Digital Electronics
Engineering Software & Applications
Signals & Linear Systems
Introduction to Power Systems
Specialised Modules
Analogue Communication
Digital Communication
Year 3 Subjects for the Telecommunications Engineering degree at Asia Pacific University (APU)
Specialised knowledge and skills in the areas of, Control Engineering, Multimedia Applications, Computer Architecture,
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Microprocessor Systems & Embedded Software, Digital SignalProcessing, Numerical Methods & Statistics, Antenna & Propagation, Modern Communication Systems, and Optical Communication & Networks are a critical focus of this level. There is further development of the ability to apply relevant engineering skills with strong critical thinking and analysis.
Independent learning continues in all modules.
Common Modules
Control Engineering
Multimedia Applications
Computer Architecture
Microprocessor Systems & Embedded Software
Numerical Methods & Statistics
Digital Signal Processing
Specialised Modules
Antenna & Propagation
Modern Communication System
Optical Communication & Networks
Engineering Internship at Asia Pacific University
Industry placement with a suitable organisation for a minimum period of 12 weeks, after completing Year 3 and before the commencement of Year 4.
Year 4 Subjects for the Telecommunications Engineering degree at Asia Pacific University (APU)
The final year Engineering modules provide the necessary industry application technological skills which will become very
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useful for employment upon graduation. These modules include, VLSI Design, Analogue Integrated Circuits & Systems, Microwave & RF Communication and Satellite & Mobile Communication.
Your personal and professional development is enhanced by the module in Engineer in Society and Engineering Project Management. You will enhance your technical capability and understand how to innovate, generate and manage the creation of new ideas.
The Project Phase I (Investigation) in Telecommunication Engineering will enable students to take on R&D with commercialisation. The Telecommunication Engineering Project Phase II (Implementation) also develops the academic and practical aspects of your chosen areas of study and reinforces your independent learning skills.
This is where you will demonstrate higher level critical thinking, analysis and solutions development skills which will enhance your employability.
Top lecturers teach at Asia Pacific University (APU)
Common Modules
Engineering Project Management
Project Phase I (Investigation)
VLSI Design
Analogue Integrated Circuits & Systems
Project Phase II (Implementation)
Engineer in Society
Specialised Modules
Microwave and RF Communication
Satellite and Mobile Communication
Accreditation of the Telecommunications Engineering degree at Asia Pacific University (APU) by Board of Engineers Malaysia (BEM)
Asia Pacific University Engineering Degrees are fully accredited by the Board of Engineers Malaysia (BEM) which is a signatory
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to the Washington Accord.
This accreditation ensures that APU Engineering Graduates will have the following benefits in countries who are signatories of the Washington Accord:
Opportunities to register as a Graduate Engineer with Board of Engineers Malaysia (BEM) or the relevant professional bodies in other countries who are signatories under the Washington Accord.
Pathways to becoming a Professional or Chartered Engineer.
Assurance that graduates are considered as having met international academic standards for engineering practice.
International Recognition
APU Engineering Degrees are Accredited Professionally by the Board of Engineers Malaysia (BEM) and are therefore recognized
Electrical and Electronic Engineering lab at Asia Pacific University
internationally under the Washington Accord. Recognition under the Washington Accord allows for Asia Pacific University engineering programmes to be recognized by countries such as Australia, Canada, Taiwan, Hong Kong, Ireland, Japan, South Korea, Malaysia, New Zealand, Singapore, South Africa, Turkey, Russia, the United Kingdom and the United States who are all signatories of the accord.
This allows APU graduates to be recognised in these countries for career opportunities towards achieving Professional/Chartered Engineer status or for further education progression.
Furthermore, many countries which are not yet signatories to the Washington Accord also use this as a benchmark in recognizing Engineering Degrees.
With this achievement, recognition under the Washington Accord enables APU Engineering graduates to work in any country in the world who are also a signatory to the Accord, without the need to re-qualify.
If they choose to work in Malaysia, APU graduates will have the opportunity to register as Graduate Engineers with Board of Engineers Malaysia (BEM), if they choose to work overseas in Washington Accord signatory countries; they can also register as
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Graduate Engineers.
The recognition is of utmost importance to the engineering education in Malaysia as graduates from accredited engineering degree programmes from Washington Accord signatory countries are considered as meeting the academic standard for practices in engineering at the international level.
This recognition ensures the employability of the APU graduates and makes Asia Pacific University one of the best universities in Malaysia to study Telecommunication Engineering.
Strategic location of Asia Pacific University campus
Asia Pacific University is strategically located at Technology Park Malaysia near the Bukit Jalil LRT. The university is currently building its new campus also located in Technology Park Malaysia. Hostel Accommodation is provided off-campus with a free bus shuttle to and from the campus including the Bukit Jalil LRT. Asia Pacific University also offers scholarships to deserving students.
Bachelor of Engineering (Hons) Communication & Electronic Engineering at Top Ranked UCSI University
UCSI University is ranked in the Top 300 Universities in Asia in 2015 by the renown QS University Rankings. UCSI University is ranked as Excellent or Tier 5 in the SETARA 2013 rating system by MQA.
Communication Engineering is the branch of engineering that deals with communications technology development and operations, including telecommunications and computer networks, to name a few.
Modern society has become increasingly dependent on instantaneous communication of information in a world of integrated digital communication networks. Thus, this degree programme caters to society’s demands for seamless transfer of information, through mobile phones, TVs, radios, the Internet or other media.
Communication has been identified as one of the major growth areas in the industry. Students will learn about operating principals and designing devices, ranging from mobile phones to wireless networks and satellite communication systems, among others.
Notably, the programme covers a wide range of courses, from electrical science and circuit design to
Students at UCSI University are taught by qualified and experienced lecturers
computing, optical fibre systems, microwave circuits, communications and digital networks.
To nurture competitiveness among graduates, they are also required to undergo industrial training under UCSI University’s Co-operative Training Placement Scheme at the end of the 2nd and 3rd academic years. This training allows students to learn and familiarise themselves with the real-life working environment. Apart from that, students also undertake a research and development project in their final year of study.
UCSI University is one of the best universities for telecommunication engineering in Malaysia because they were one of the first private universities to offer this course. The quality of the programme has gained recognition through accreditation by the Board of Engineers Malaysia (BEM)
Programme Details for the Communication & Electronic Engineering Degree at UCSI University
The duration of the Communication & Electronic Engineering Degree at UCSI University programme is 4 years.
Power, machine and control engineering lab at UCSI University
In each year there are two long-semesters consisting of 14 weeks of instruction with 2 weeks of examinations, and one short-semester consisting of 7 weeks of instruction with 1 week of examinations. The long-semesters start in January and May, while the short-semester starts in September.
In the months of November & December students undergo industrial training under the Co-Operative Placement Scheme to learn and to familiarize themselves with real life working environment. In addition, students also undertake a research and development project in their final year.
The number of contact hours per courses per week depends on the credit and teaching methodology of each course. Each credit is approximately equivalent to 1 hour of class, or 2 hours of labs per week.
Facilities at UCSI University
Situated on a sprawling 19-acre, the Campus is strategically located in Cheras, Kuala Lumpur offers a fully wireless, cutting-edge access to the world of e-learning and e-resources. This purpose-built Campus can accommodate up to 15,000 students. On-campus and off-campus hostel accommodation is provided.
Engineering Laboratories
UCSI University located in Taman Connaught, Cheras, Kuala Lumpur
Chemical Instrumentation Lab
Communication Labs 1 & 2
Control & Instrumentation Lab
Drafting & Design Lab
Electrical & Electronics Labs 1 & 2
NI Virtual Lab
Mechanical Workshop & Lab
Mechatronics Lab
Microprocessor & Microcontroller Lab
PCB Fabrication & Mechanical Workshop
Petrochemical Lab
Pneumatics & Hydraulics Lab and Robotics Lab
Power & Machines Lab
R & D Lab
Sports Facilities
Excellent sports facilities at UCSI University provide for an all-rounded education & a healthy lifestyle
Badminton Courts
Basketball Courts
Football Field
Futsal Court
Gymnasium
Pool Tables
Squash Courts
Swimming Pool
Table Tennis
Volleyball Court
BEng (Hons) Communication & Electronic Engineering Degree Subjects Offered at UCSI University
Year 1 Communication & Electronic Engineering Degree Subjects Offered at UCSI University
Power, machine & control engineering lab at UCSI University
Calculus & Analytical Geometry II
Circuit Theory I *
Digital Electronics I *
Analogue Electronic I *
Mathematical Methods for Engineers I
Technical Communication
Electromagnetic Theory I *
Electronic Labratory 1A
Electronic Labratory 1B
Year 2 Communication & Electronic Engineering Degree Subjects Offered at UCSI University
Robotic PLC Micro-Processor Lab at UCSI University
Advanced Circuit Theory &TL *
Engineering Design *
Mathematical Methods for Engineers II
Electronic Manufacturing Industry *
Engineering Softwares & Applications *
Electrical Power *
Computing for Engineers *
Co-operative Placement 2
Analogue Electronics II *
Digital Electronics II *
Electronic Labratory 2A
Electronic Labratory 2B
Year 3 Communication & Electronic Engineering Degree Subjects Offered at UCSI University
UCSI University’s North Wing campus
Communication Circuits *
Electromagnetic Theory II
Communication Theory *
Numerical Analysis
Data Communication &Networks *
Microprocessor Systems *
Environmental Engineering and Abatement Processes”
Optical Communication *
Engineering & Management & Economics
Engineers in Society
Electronic Laboratory 3A
Communication Laboratory 3B
Year 4 Communication & Electronic Engineering Degree Subjects Offered at UCSI University
Taking students on a campus tour of UCSI University and finishing off with counseling and registration
Communication Systems *
Communication Sub-System Design
Microwave System Design
Antennas & EMC
Digital Signal processing *
Digital Systems & HDLs *
Final Year Project A
Embedded Systems Design *
Final Year Project B
Co-operative Placement 4
Elecronic Laboratory 4A
Communication Laboratory 4B
Elective :
Electronic Circuit Design e*
Introduction to Production and manufacturing
VLSI Design
Technopreneurship
Careers in Telecommunication Engineering in Malaysia
I wasn’t sure which university to study at and found EduSpiral online. He provided good advise & helped me with my application. I love my university life now. Hanson, Foundation in Science (Engineering) at UCSI University
Telecommunication Engineering is the most rapidly developing and dynamic field of Engineering. Rapid growth in the telecommunication sector is evident from the deep penetration of the Internet and mobile phones in every corner of the world.
Careers include design engineers of telecommunication and signal processing systems that provide essential electronic support networks for information technology industries and mobile/wireless and communication engineers.
Graduates would also be employable in sectors such as broadcasting and general telecommunication services.
Graduates are able to find career opportunities in the following roles:
RF Design
Electronic Design
Device and System Design
R & D Engineer
Fabrication & Data Transmission
Project Engineer
Micro Design
COmmunication Design
Manufacturing
Power Plant Transmission
Antennae Design
EduSpiral Consultant Services- Your Personal Online Education Advisor
I was confused about what to study & didn’t want to do what my dad was working as because he was so busy. My mum asked EduSpiral to advise me. He showed my that I am different from my dad & helped me to make the right choice. Chong Han, Foundation in Engineering at Taylor’s University
These universities and colleges are chosen by EduSpiral because they represent the best in their fields in Malaysia and affordable. EduSpiral provides in-depth information and counseling on their courses so that students are able to make the right choice.
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Engineers play an important role in Malaysia as well as globally. More and more people in Malaysia are beginning to realise the importance of getting a top quality engineering education in order to succeed in their career. Top quality engineers are in demand in Malaysia and around the world.
Engineering is a career that can take you around the world, working on many different projects as well as being a very well paid job to get into, with different branches of speciality, according to your areas of interest. Qualified and experienced engineering graduates who can communicate well in English are able to migrate overseas to countries like Australia, UK, USA, Europe and more.
For a personalised advise on how to choose the right course contact 01111408838
Please fill up the form for more information. If you do not give your mobile number or full name as in IC, your query will not be answered. Please make sure you give a correct email address and check your email including the SPAM or JUNK email folder within 48 hours as we will email you the information.
List of Important Criteria to Note When Choosing the Best University to Study Engineering in Malaysia
1. Recognition & Reputation of the Engineering Courses in Malaysia
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Is the Engineering course popular at that university or college?
Awards won by the university, staff or students for the particular course of interest. The number of awards won would be a guide on how good the university is for the course.
2. Academic Quality of the Engineering Course at the University in Malaysia
My friend introduced me to EduSpiral. He gave me all the information on Facebook & then met us at the Education Fair to guide us on how to choose the right university Lyngkaran, Engineering at Taylor’s University
Subjects offered in the Engineering course (Are they relevant, up-to-date, and help you to achieve your career goals)
Campus resources (labs, library or resource centre, wifi, computer access, sports facilities, etc.)
4. Facilities for Engineering at the University or College in Malaysia
It is important for the college or university to have the necessary Engineering facilities so that you can gain the necessary skills in your undergraduate education in Malaysia. The university doesn’t necessarily need to have all the facilities needed but should have the basic ones. Special Engineering labs will depend on the area of specialisation. You will need to look at the subjects offered to see which one fits your career goals and area of specialisation that you want to pursue.
5. Cost for your Engineering Course Studies in Malaysia
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How much money do I have to pay for the course and cost of living? Ask your parents. Note that you will need to have enough to pay the tuition fees as well as your cost of living. (Costs for university studies in Malaysia would include tuition, hostel, food, transportation, entertainment, etc.)
What are the Financial assistance available at the university? (Scholarships, PTPN Loan, EPF withdrawal, etc)
Is the PTPTN loan available for the course at the university?
How much are the tuition fees? Does it include the exam and other fees?
How much is on-campus accommodation?
How much is off-campus accommodation? (Off-campus apartments, houses, condominiums) Note that it might be cheaper to find off campus accommodation on your own with friends. Is the accommodations near eateries, banks, entertainment, public transportation, safe & secure, etc.?
6. Student Environment at the University & College
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What is the student culture at the university? (English-speaking environment, ambitious, serious about studies, lifestyle or party university, etc) The language spoken mostly at the college by the students may also matter if you don’t know Mandarin or BM or English. If most of the students speak Mandarin at that university then it will not help you to improve your English. Having a good command of the English language helps you to get good jobs and promotions.
Size of the university or college in Malaysia. Some students prefer a large campus with sports facilities and other resources while other students like small colleges with family-like environment. A small college may offer individualised attention, as well as a more intimate and personalised experience. for your studies You might even want to think about how far you want to walk to get from one class to another in a large university campus. Even those little details may affect your decision.
Make up of the student body (diversity, international students, gender, etc.) Universities with a good proportion of international students will help you to improve your English language skills since you would need to communicate with them in English. In addition, you will learn about their culture, behaviour and discover new ideas. These skills will be useful to you when you work overseas or in a multi-national company.
7. Internships for the Engineering Course in Malaysia
Does the university or college have a strong internship or Co-Op programme?
What are the companies partnered with the university?
How long is the internship programme? How is it carried out?
8. Safety of the Surrounding Area of the University or College
Is the university or college campus a safe area? Safety within the campus and outside.
Have there been many snatch thefts or robberies around the university or college?
9. Students Activities Available at the University
What are the Extra-curricular activities available? (Student organisations, clubs, sports, etc.)
What are the Student Support Services available?
10. Location of the University and Transportation
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Location of the university or college. Is it in the city, suburbs or country side? You should also consider the ambience of your surroundings when choosing a university. If you can’t live without nightlife, think city! If you’re into the great outdoors, you might want to go rural. Some students prefer a city life while other students prefer a quieter university environment away from the city. On the other hand, if you’re used to shopping malls and cinemas and choose a university in a rural area, you might get bored.
Transportation. Is the university accessible to you? What are the public transportation available?
Does the university provide a free bus shuttle to link to other transportation hubs?
Is the university near bus stops or LRT station or MRT station?
If you drive, is there enough parking spots? How much is the parking rate for daily or monthly?
Guide in Choosing the Best Engineering Course at Top Private Universities in Malaysia
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In addition, soft skills such as an English speaking environment, leadership skills, communication skills and internship programs will help the graduate stand out and be very successful. Research has shown that graduates with a good command of English has a 25% higher salary than those who don’t.
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Engineers use computer technology and mathematical models to work out the solution to structural, or mechanical problems. In an engineering degree course in Malaysia, students will spend time in the laboratory or use computers to understand how to solve problems. You will also have the opportunity to apply your theory to real-life projects through case-studies and internships.
Engineering degrees are extremely varied and can focus on particular parts of the engineering industry or just a general overview of the technical processes. Whichever degree you choose to study, you will graduate with a host of transferable skills that will enable you to work in a variety of industries.
Engineering students will gain skills such as project management, analysis and your practical experience
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act as great foundations for careers in other industries. It isn’t uncommon to find top quality engineers in banking, politics and financial sectors. Many graduates do not work in the field that they graduate in. This is normal.
Before starting your career in engineering it is important to know which engineering field you would like to specialise in because of the variety of sectors within the engineering industry. If you are certain of what type of engineer you wish to become, you should study a degree which focuses specifically on that field of study.
If you are not sure, that is still alright as students after SPM or O-Levels can take the Foundation course at a reputable private university for one year. During that one year, you should talk to the seniors and lecturers to figure out which engineering field best fits you.
To enter into the Foundation in Engineering or Foundation in Science, students after SPM or O-Levels will need at least 5 credits including Maths and Physics (Chemistry for Chemical Engineering) and pass in BM and Sejarah. With 3 credits in SPM including Maths and a Science subject, students can join the Diploma in Engineering course before entering into Year 2 of the Degree course.
There are a wide variety of specialisations, and the more popular engineering fields in Malaysia are listed below for you to browse through.
Which Engineering field is the best for me to study in Malaysia?
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Students should choose your engineering field by passion. Ask yourself, “What gets me excited? Projections may show a future demand in certain engineering fields, but do you want to work very hard for the next four years in order to get a job in an area you don’t really like?
Choosing to study in an engineering field that you have passion in, will make you more likely to succeed as you would be willing to put in the hard work needed to be an expert in your field.
Don’t worry I know it is very difficult for you to give the answer so I am here to help you to know your interest in a particular engineering field of study. It’s very simple just give the answer of some question and then decide yourself that which branch do you like most or which branch suited to you according to your interest. We will discuss so that you can choose the best engineering field to study according to your interest.
What is Electrical & Electronic Engineering?
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Have you ever open your switch board and repair it ?
Do you want to know the functioning of your home electrical appliances ?
Do you want to know what is really going on in a computer CPU ?
Are u interested in sensors & transistor ?
Do you want to make your own robot ?
If yes then this is the branch for you, again there is a small difference in electrical and electronics most of the syllabus content are same. In most college theses are separate branches but in some college they are same. In short we can say that electronics is subset of electrical. As far as placement and job opportunity is concerned then it depend from university to university.
What is Mechanical Engineering?
Top notch mechanical engineering facilities at HELP College of Arts & Technology
Are you interested in bike and cars design ?
Do you take interest in functioning of daily routine things ?
Do you ask basic question to your teachers(i.e how this works ? how that works ?)
Do you like physics ?
Do you like additional maths?
Do you like to make some new mechanism ?
Do you like to use your engineering skills for a common man life ?
if yes then you are at right place mechanical engineering is for you. Mechanical Engineering requires real hard work. In most of the colleges mechanical and production are different branches but there syllabus content are more or less similar but in few college this is combine. There is a misconception that in this branch’s job opportunity are less as compared to computer science and electronics. Again it’s depend upon individual .This is called evergreen branch, nowadays there are a lot of job opportunity and money in this sector if you have talent and ready to work hard.
What is Civil Engineering?
Are you interested in building making ?
Are you ready to rock the world by your talent ?
Have you ever think how this can be done after seeing a building ?
if yes then this is the branch for you. There is a misconception that in this branch’s job opportunity are less as compared to other branches of engineering. It is not so, if you are hardworking and talented then there are a lot of opportunity for civil engineers in Malaysia.
Which Engineering degree in Malaysia is right for me?
I was not happy at my former university and found EduSpiral online. He gave me good advise and even met up with me at KDU to tour the college. Ong Richard, Diploma in Electrical & Electronic Engineering at KDU University College Penang
It’s important to consider which area of engineering you will specialise in, as they can lead to very different careers. Civil engineers build the structures that define our civilisation – bridges, buildings, transport systems. Electrical engineers study how technology can build new products, or develop new processes for manufacturing and design.
Or you could design and build planes, aircraft, robots, medical equipment, or even computer programmes. Whatever you choose, you can create and develop projects that improve and change lives.
Chemical Engineering... is the branch of engineering that deals with the application of physical science (e.g., chemistry and physics), and life sciences (e.g., biology, microbiology and biochemistry) with mathematics and economics, to the process of converting raw materials or chemicals into more useful or valuable forms. Chemical engineers ensure the processes are operated safely, sustainably and economically when converting raw materials or chemicals into more useful or valuable forms.
Civil Engineering… is a professional engineering discipline that deals with the design, construction,
“EdusSpiral counseled me through Facebook providing valuable information and advise. My application to Curtin University Sarawak went smoothly.” Kai Chun, Chemical Engineering at Curtin Sarawak
and maintenance of the physical and naturally built environment, including works like bridges, roads, canals, dams and buildings. It is traditionally broken into several sub-disciplines including environmental engineering, geotechnical engineering, structural engineering, transportation engineering, municipal or urban engineering, water resources engineering, materials engineering, coastal engineering, surveying, and construction engineering. Civil engineering takes place on all levels: in the public sector and in the private sector from individual homeowners through to international companies.
Electrical Engineering… is a field of engineering that generally deals with the study and application of electricity, electronics and electromagnetism. It now covers a range of subtopics including power, electronics, control systems, signal processing and telecommunications. Usually electrical engineering is considered to deal with the problems associated with large-scale electrical systems such as power transmission and motor control, whereas electronic engineering deals with the study of small-scale electronic systems including computers and integrated circuits
Mechanical Engineering… is a discipline of engineering that applies the principles of physics and
“I am from Tawau, Sabah, therefore am not familiar with the universities in Peninsula Malaysia. I found EduSpiral’s blog and then I emailed him. I was surprised that my email was answered. EduSpiral helped guide me to choose the right course and the university. From the application to the university and booking of my accommodation I was assisted by EduSpiral.” Jason Yee, Chemical Engineering, UCSI University
materials science for analysis, design, manufacturing, and maintenance of mechanical systems. It is the branch of engineering that involves the production and usage of heat and mechanical power for the design, production, and operation of machines and tools. It is one of the oldest and broadest engineering disciplines.
The mechanical engineering field requires understanding of core concepts including mechanics, kinematics, thermodynamics, materials science, and structural analysis. Mechanical engineers use these core principles along with tools like computer-aided engineering and product lifecycle management to design and analyze manufacturing plants, industrial equipment and machinery, heating and cooling systems, motorized vehicles, aircraft, watercraft, robotics, medical devices and more.
Computer Engineering… deals with the design of computers and computer systems. This may involve the design of new hardware, the design of PDAs, USBs or the use of computers to control an industrial plant. Computer engineers may also work on a system’s software. However, the design of complex software systems is often the domain of software engineering, which is usually considered a separate discipline. Desktop computers represent a tiny fraction of the devices a computer engineer might work on, as computer-like architectures are now found in a range of devices including video game consoles and DVD players.
Mechatronics Engineering… is an engineering discipline which deals with the convergence of electrical and mechanical systems. Such combined systems are known as electromechanical systems and have widespread adoption. Examples include automated manufacturing systems, heating, ventilation and air-conditioning systems and various subsystems of aircraft and automobiles.
Which is the best engineering degree to study in Malaysia?
There are lots of great engineering courses to choose from, so we have picked some of the best degrees at different levels of cost, reputation and location for you to browse through. Let EduSpiral help you choose an engineering university or school that is right for you.
Choose somewhere that specialises in the area you are most interested in, such as civil engineering, chemical engineering, electrical engineering or mechanical engineering.
What qualifications/skills are needed to study engineering in Malaysia?
I went for the EduSpiral Education Fair and gained a lot of information. After the fair, EduSpiral even arranged to take me around for a campus tour, assisted me with application and accommodation as well. Nixonn Cheong, Engineering at UCSI University
On a personal level, you will need to be confident, motivated and flexible.
In order to study engineering in Malaysia, you’ll obviously need a strong interest in problem solving, and maths and science, just as we discussed before, but you’ll also need a strong command of the English language. You’ll be spending a lot of time in the laboratory and you’ll be using your computer and maths skills a lot, in theory and practical work. There will be a lot of problem solving, and applying this to case studies, as well as work experience and theory essays.
As a general rule you’ll need to be good in maths, physics, chemistry and biology, and if you’re heading into a more specific area you’ll need to check out the specialist subjects for that, as they vary hugely. This is why it’s very important to decide on your subject quite soon, as you may need a different A level requirement, however as a general rule, maths and sciences are your basic needs.
You can contact EduSpiral Consultant Services to get a clearer idea on your specific requirements with regards to this, and ask about language support whilst you’re on campus.
What will a degree in Engineering cost at a top private university in Malaysia?
After starting class at college, I was still confused if the course suited me. I took a bus from Seremban to meet up with EduSpiral for counseling. I have a clearer picture of what to do now. Kuang Joe, Diploma in Mechanical Engineering at HELP College of Arts & Technology
Obviously the course you choose and the university will all make a difference to how much the degree will cost in terms of tuition fees, and you should talk to your parents about how much they have set aside for your studies, as this will go a long way into funding your engineering study adventure.
As a general rule, and again, this depends on a lot of factors, you can expect a cost of around RM80,000 to RM180,000 total for the tuition fees for 4 years. You should be able to get help and advice on living arrangements from EduSpiral and the cost of living very much depends on which city you choose to study in. Most private universities in Malaysia will have on-campus accommodation and off-campus accommodation. It’s simply a case of looking into your options and your preferences.
As you can see, choosing engineering as your career means a lot of decisions to make, not only regarding the road you see your future career going down, in terms of the type of engineering you want to specialise in, but also the general things about studying abroad, such as the single most important one – which university?!
Shortage of Qualified Engineers in Malaysia
Choosing the course & university can change your life forever, so make this decision wisely. Pic – students on tour of UCSI University’s Engineering & Architecture campus
There is a shortage of qualified engineers in Malaysia suitable for the crucial role of overseeing construction projects and infrastructure development works, according to the Institution of Engineers Malaysia (IEM).
IEM president Datuk Lim Chow Hock told StarBiz that there were only about 150,000 experienced engineers in Malaysia.
“We are still short of 50,000 to meet the requirement in the construction and infrastructure sectors. The experienced engineers are needed in the consultation and management departments,” he said. Lim added that the demand for consultation and management engineers for government construction and infrastructure projects would mitigate the impact of the slowdown taking place in the construction industry.
“About 70% of our members are engineers in the development and construction sectors. “They can easily be reabsorbed to play consultation and management roles for government projects,” he said.
Lim added that about 30% of the members were involved in the electrical, electronic, and mechanical engineering industries. The IEM currently has about 43,000 members.
On the quality of the local engineering graduates, Lim said that there was concern on quality because a study done three years ago by IEM revealed that the local engineering graduates lacked certain fundamental understanding of engineering principles. “This is affecting their ability to execute their duties effectively.
This was the feedback from 11/11/2015 Malaysia short of 50,000 experienced engineers Business News | The Star Online
Job Prospects for Engineers in Malaysia
After chatting with EduSpiral on Facebook, I got a clearer picture of which university to choose that would best fit me. Zhi Sheng, Heriot-Watt University Malaysia
In the Third Outline Perspective Plan and the Eighth Malaysia plan, it is estimated that there will be a high demand for engineers where there are estimated 230,000 engineers and technicians for the year 2000 and the projected figure for 2010 is 470,000. (Source OPP3/8MP/EPU). Engineering is a respected profession that pays well. On average, people who graduate with a degree in engineering earn higher salaries than those with other bachelor’s degrees. Studies indicate that there will be a shortage of engineers well into the 21st century.
Furthermore, choose top private universities in Malaysia where the engineering degrees are accredited by MQA and the Board of Engineers Malaysia (BEM). Currently, according to BEM there are 11010 Professional Engineers and 81771 Graduate Engineers in Malaysia. Malaysia needs around 275,000 and 300,000 engineers in 5 and 10 years respectively.
In a 2006 Report by the Malaysian Ministry of Higher Education, Mechanical engineering is viewed as the field of engineering most highly demanded in the future with a projected increase of 24% from 5 to 10 years (from an estimated number of engineers of 58000 to 72000).
“This is based on the type of projects MIDA has approved for investments coming in,” he said.
Accredited Professional Engineers in Malaysia can work globally because of the Washington Accord
In 2007, Malaysia became a member of The Washington Accord, which recognises experienced professional engineers
After explaining in detail, EduSpiral took me & my parents to tour the campus & helped with the scholarship application. Darren Fong, Engineering at Asia Pacific University
represented by responsible bodies. The Washington Accord is a small group of signatories that have agreed to mutually recognise accredited engineering programmes.
Members of The Washington Accord are Hong Kong, South Africa, Japan, Singapore, USA, Canada, New Zealand, Australia, UK, Ireland, Taipei, Korea, Malaysia and Turkey.
The Board of Engineers Malaysia (BEM), The Institution of Engineers Malaysia (IEM) and Association of Consulting Engineers Malaysia (ACEM) develop and use the EMF Register as a secure benchmark that allows a professional engineer to be recognised or exempted from licensing or registration in other countries (other than that in which they first gained recognition).
Eligibility for admission to EMF International Register of Professional Engineers Register is limited only to engineers who have completed an accredited or recognised engineering programme, registered with the Board of Engineers Malaysia (BEM) and is a corporate member of the IEM who is capable of independent practice.
To qualify for admission to EMF International Register of Professional Engineers Register, a candidate must be:
A Professional Engineer registered with the Board of Engineers Malaysia (BEM) and/or a Corporate Member with the Institution of Engineers Malaysia;
Seven years experience after graduation in a recognised engineering discipline;
Two years experience in responsible charge of significant work (may be obtained within the seven years experience)
Maintained their continuing professional development at a satisfactory level.
Engineering Jobs in Demand in Malaysia Developed by the National Key Economic Activities (NKEAs)
The NEAC will work with PEMANDU to develop the National Key Economic Activities (NKEAs) in the following areas:
The Petroleum Engineering degree course at Curtin Sarawak is highly recommended for those seeking lucrative careers in the Oil & gas industry
Electrical and Electronic, where manufacturing, research and development as well as design for Malaysian companies driving innovation will be focused upon.
Oil and gas sector led by a well developed pool of local talent and companies that are able to compete globally.
Green industries and services. Expertise in complex manufacturing and those in the solar and alternative energy sectors will be much sought after alongside those involved in the commercialisation of natural bio-diversity into high value products.
In a report conducted by IPSOS Business Consulting in 2012 on the E&E Sector Study on the Supply-Demand of Talent in Malaysia, it is found that there is a shortage of Electrical & Electronic Engineers in Malaysia.
The E&E sector is an important contributor to Malaysia’s economy as it is one of the 12 National Key Economic Areas (NKEA) in the country’s Economic Transformation Programme (ETP). There are 1,900 active E&E companies which provide employment to over 350,000 people.
The opportunity to obtain a world class top ranked UK degree in Malaysia at Heriot-Watt University Malaysia
The report found that Fresh Graduates or Entry-level Talent Not Industry-Ready (lacks required skill-sets) therefore choosing a university that can provide the necessary industry relevant teaching and training is imperative.
Telecommunication is the means of communicating through the transmission of signals. In today’s world, it is all around us – from 4G connectivity to streaming videos to mobile downloads, and so on.
The IPSOS report identified eight key talent shortage areas in the E&E field and one of the areas in demand for Telecommunications Engineers. They are responsible for the analysis, design, implementation, optimization and enhancement of wireless telecommunications products and networks.
Top Oil & Gas jobs in demand in Malaysia according to Hays Quarterly Hotspots
talent exists in these areas and as such competition is fierce. Strong local candidates with eight or more years of experience are very much in demand.
Lead Process Engineers, Engineering Managers, Lead Mechanical Engineers, Control & Instrumentation Engineers and Project Managers – Employers have won projects and now need to hire these professionals. In most demand are candidates with offshore projects experience or FPSO projects experience. Employers also expect that such talent will have experience working in a multicultural team.
Trends
Operating companies are going through the planning process for 2014. The expectation is that a number of junior level positions will be created in the large established operators that are looking to build a good pipeline of home-grown local talent. These jobs will typically range from fresh graduate positions to roles suitable for candidates with three to four years of experience.
The policy of Malaysianisation will continue this year. Yet a skill shortage exists across the board, particularly for more experienced candidates with eight or more years of experience. Candidates with niche experience also continue to be in demand.
Engineering Jobs in Demand in Malaysia according to Institute of Labour Market Information & Analysis
Curtin University Sarawak is Curtin University’s largest branch campus with 300-acre campus next to a lake
EPCM contractors, specialist contractors and subsea EPCM contractors have prepared their hiring plans for 2014. Mid-level and senior candidates will be in demand from March onwards.
Again, local talent is preferred for short-term immediate contract positions.
The Institute for Labour Market Information and Analysis (ILMIA), a division of the Ministry of Human Resources was set up in May 2012.
As Malaysia’s leading labour information centre, it provides the analysis of labour market trends and emerging human capital issues for enabling human capital planning and labour policies formulation
Engineering is one of the Top Paid Salaries in Malaysia (per month basis) as listed by Kelly Services Malaysia
According to the Kelly Services 2014/2015 Malaysia Salary Guide , “the skilled talent pool in Malaysia is at 27 percent – far off from the estimated requirement of 45 percent to meet the national agenda of a high income nation by 2020.”
The Malaysia Salary Guide also lists down a whole number of jobs with an indication of what the average salary range should be, according to placements made by Kelly Services Malaysia.
Another high-paying industry is engineering, with engineering managers of 8-12 years of experience earning a minimum of RM13,000 and a maximum of RM22,000. Utilities managers, another high-paying position can earn a minimum of RM16,000 and a maximum of RM21,000.
Top Ten highest paying jobs in Malaysia according to Jobstreet
According to Jobstreet, a petroleum engineer earns between RM 37,094 – RM 365,156 a year.
In positioning Malaysia as the leading oil and gas (O&G) hub in the Asia-Pacific region by 2017, Malaysia Petroleum Resources Corp (MPRC) was formed to promote, catalyse and transform the sector.
Notable projects in the O&G (oil and gas) sector include the RM60bil Refinery and Petrochemical Integrated Development project in Pengerang, Johor, and the RM3.8bil Sabah Oil and Gas Terminal in Kimanis.
Top Ten highest paying jobs in Malaysia at Manager Level according to Jobstreet
Doctors, engineers and managers in the aviation specializations draw the highest pay with doctors earning the highest, with an average salary of RM9,500 per month.
Top Ten highest paying jobs in Malaysia at Senior Manager Level according to Jobstreet
The Average Salary Of SENIOR MANAGERS Is RM12,800 Across All Industries. It takes years of experience and expertise before one becomes a senior manager, but all that hard work pays off.
Overall, senior managers in specializations such as IT– Hardware, Quality Control/Assurance and Geophysics are the top highest paying job in this position.
What type of students should study engineering in Malaysia?
Students with strong credits in Physics, Maths and Chemistry for Chemical or Petroleum Engineering or Physics & Maths for other engineering courses can consider an exciting and highly paid career in engineering. You are a person who is organised, like to work with your hands and mind, creative, and focused, then engineering is something to consider.
Arts stream students with 3 credits including Modern Maths and General Science can join the Diploma in Mechanical or Electronic Engineering at some universities.
Where to Study Engineering in Malaysia?
Curtin University Sarawak is ranked Tier 5 or Excellent in the SETARA 2013 by MQA
In addition, the number of years where the course has been offered at the university is an evidence of its experience. Lecturers must have the necessary qualifications with at least a Masters degree and teaching experience.
Our staff at EduSpiral Consultant Services have worked in the private education industry for many years therefore are able to advise you on which university would be the best that fits your budget, personality and SPM/STPM/UEC/A-Level results.
Having counseled thousands of students, we understand where you come from in order to show you where to go.
Excellent Private Universities & Colleges in Malaysia for Mechanical Engineering and Mechatronic Engineering Degree & Diploma Courses
I loved motorsports and EduSpiral gave me great advise to help guide me to achieve my dream. Justin Moo, Mechanical Engineering graduate from Taylor’s University
Best university for the Diploma in Mechanical Engineering is MAHSA University
Top Notch Private Universities & Colleges in Malaysia to Study Applied Geology, Chemical Engineering & Petroleum Engineering Degree Courses
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Award-Winning Private Universities & Colleges in Malaysia for Electrical & Electronic Engineering and Telecommunication Engineering Degree Courses
My friend introduced me to EduSpiral. He gave me all the information on WhatsApp & helped me to apply. Chong Keat, Electrical & Electronic Engineering at Heriot-Watt University Malaysia
Top Rated Private Universities & Colleges in Malaysia to Study Engineering Diploma & Foundation Courses
I went for the EduSpiral Education Fair and gained a lot of information. After the fair, EduSpiral even arranged to take me around for a campus tour, assisted me with application and accommodation as well. Nixonn Cheong, Engineering at UCSI University
My friend introduced me to EduSpiral. He gave me all the information on WhatsApp & helped me to apply. Chong Keat, Electrical & Electronic Engineering at Heriot-Watt University Malaysia
range of choices for students to choose from. These colleges and universities offer value for money in the quality of education and excellent facilities that you get.
These universities and colleges are chosen by EduSpiral because they represent the best in their fields in Malaysia and affordable. EduSpiral provides in-depth information and counseling on their courses so that students are able to make the right choice.
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Electrical & Electronic Engineering covers research, design, development, manufacturing and management of complex systems for many different uses.
The computer, tablet or smartphone you purchased recently is a creation of Electrical Engineering design. Furthermore, robots are comprised of sensors, actuators, microprocessors and sophisticated feedback control systems, all designed by Electrical Engineers. Wireless communication and the Internet are just a few areas electrical engineering has helped flourish, by developing better phones, more powerful computers, and high-speed modems. As we enter the 21st century, the technology that surrounds us will continue to expand and electrical engineers are leading the way.
Imagine the infrastructure that allows you to call anywhere in the world on your mobile phone. Think about the electricity wires that connect your house to the power grid and think about the small electronic devices that you are probably carrying in your pocket or bag. Those who study Electrical & Electronic Engineering will never be out of a job.
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Please fill up the form for more information. If you do not give your mobile number or full name as in IC, your query will not be answered. Please make sure you give a correct email address and check your email including the SPAM or JUNK email folder within 48 hours as we will email you the information.
Study Electrical & Electronic Engineering in Malaysia
I wasn’t sure which university to study at and found EduSpiral online. He provided good advise & helped me with my application. I love my university life now. Hanson, Foundation in Science (Engineering) at UCSI University
Electrical & Electronic Engineering is a broad and creative profession concerned with the design, development, planning and management of systems and devices which underpin modern economics and contribute to the quality of life.
Electronics engineering deals with devices and systems that use small amounts of electrical energy to analyse, transmit and store information. Transmission of these electronic signals forms the basis of communications and the information technology industry, and includes the field of microelectronics and the use of silicon chip technology.
Electrical engineering is concerned with the basic forms of energy that run our world. Whether it’s gas, hydro, turbine, fuel cell, solar, geothermal, or wind energy, electrical engineers deal with distributing these energies from their sources to our homes, factories, offices, hospitals, and schools.
An electrical & electronic engineer in Malaysia may be responsible for the research, design, development, manufacturing and management of complex hardware and software systems and reliable, cost effective devices, many involving the use of new information and computer intensive technologies.
My friend introduced me to EduSpiral. He gave me all the information on Facebook & then met us at the Education Fair to guide us on how to choose the right university Lyngkaran, Engineering at Taylor’s University
These include:
Computer systems, data and telecommunication networks including the Internet
Mobile telecommunications and wireless networks
Optical and microwave communications
Integrated electronic systems
Advanced robotics and intelligent machines
Video and image processing systems
Quantum devices and quantum computing
Generation and transmission of electrical power
Renewable energy systems and solar energy conversion
Biomedical instruments and applications, such as medical imaging scanners, the cochlear implant (bionic ear), pacemakers and hearing aids
Career Opportunities for Malaysian Electrical & Electronic Engineering Graduates
My friend introduced me to EduSpiral. He gave me all the information on WhatsApp & helped me to apply. Chong Keat, Electrical & Electronic Engineering at Heriot-Watt University Malaysia
Electrical & Electronic engineers work in the research, design, development, manufacturing and management of complex hardware and software systems and devices ranging from computer and power networks to advanced robotics and biomedical equipment. Electrical & Electronic Engineering includes electronics, electricity and control and signal processing. It’s an incredibly varied engineering discipline that gives its graduates a wide range of job opportunities.
Electrical & Electronic engineers may choose to work with a telecommunications or electricity company, with large industrial groups in fields ranging from steel making to mobile phone manufacturing or with specialist firms making hi-tech biomedical or internet products.
Electrical & Electronic Engineer in Malaysia can find work in Multi-National Companies, SMEs or top local
My mom contacted EduSpiral to ask his advise with regard to my results & where to study. He met us at the university to guide us and even obtained a partial scholarship for me. Ignatius, Mechatronic Engineering at Asia Pacific University
companies like Kimberley Clark, Western Digital, Intel, IBM, OSRAM Opto Semiconductors, Agilent Technologies, Nokia, Nortel, Ericsson, Bosch, ON Semiconductor (SCG Industries (M) Sdn Bhd), WCM Power Sdn Bhd, Penang Seagate Industries, Agilent Technologies Microwave Products (Malaysia) Sdn Bhd, Infineon Technologies, ENTHU TECHNOLOGY SDN BHD, OAG Group of Companies, Abtus Singapore Pte Ltd, Jabil Circuit Sdn Bhd, Sinclair Knight Merz Sdn Bhd, IBIDEN Electronics Malaysia Sdn Bhd, Carsem (M) Sdn. Bhd. (S-Site), , T.A. Furniture Industries Sdn Bhd, Singapore Epson Industrial Pte Ltd., Palm-Oleo (Klang) Sdn. Bhd., Emerson Process Management Asia Pacific Pte Ltd (Singapore), Mediatek Singapore Pte Ltd, Inari Technology Sdn Bhd (A Member of Inari Berhad Group), GLOBALFOUNDRIES Singapore, Cycle & Carriage Industries Pte Ltd (Singapore), Perodua Manufacturing Sdn Bhd, T & T Inspection and Engineering Sdn Bhd, Top Glove Corporation Berhad, ASTRO ALL ASIA NETWORK PLC, API Solutions Sdn Bhd, ESCATEC Electronics Sdn Bhd, Toshiba Transmission & Distribution Systems Asia Sdn Bhd, Samtec Asia Pacific (M) Sdn
I was confused about what to study & didn’t want to do what my dad was working as because he was so busy. My mum asked EduSpiral to advise me. He showed my that I am different from my dad & helped me to make the right choice. Chong Han, Foundation in Engineering at Taylor’s University
Bhd., Fairchild Semiconductor (Malaysia) Sdn Bhd, O.Y.L. Manufacturing Company Sdn Bhd, Siemens Malaysia Sdn Bhd, Mitsubishi Electric Asia Pte Ltd (Singapore), Acson Malaysia Sales & Service Sdn Bhd, Sonoco Products (Malaysia) Sdn Bhd and more.
You can work as Product Engineer, Project Engineer, Production Engineer, Design Verification Engineer, Research & Technology Engineer, Transmission Engineer, Global Material Composition Reporting Engineer, Substation Secondary Design, Control Engineer, MES Engineer, Staff Engineer (Standard Cell Design), CAD Drafter / Design Engineer (Generator Set), ASIC Verification Engineers, Pal Engineering & Services Sdn Bhd., IPQA Engineer and more.
As you can see, the list of Electrical & Electronic Engineering companies that graduates can find work in, in Malaysia is quite extensive. The list is not exhaustive and is meant to show you evidence that there is job demand for Electrical & Electronic Engineering graduates who are qualified, well trained and possess the necessary soft skills such as leadership, innovation, communication, initiative and able to communicate well in English.
Who should Study Electrical & Electronic Engineering?
I was not happy at my former university and found EduSpiral online. He gave me good advise and even met up with me at KDU to tour the college. Ong Richard, Diploma in Electrical & Electronic Engineering at KDU University College Penang
Electrical & Electronic Engineering is widely regarded as one the most challenging disciplines to study in Malaysia This is because it addresses problems, physical phenomena and techniques that lie beyond the everyday experience of most people. However, these are the features that have given rise to a large part of the technology that we now take for granted and that will continue to do so into the future.
Electrical Engineering is the domain of:
micro-electonics
wireless
wired and optical communications
generation, transmission, conversion and conservation of electric power
micro-electromechanical systems
sensors
transducers
embedded devices and much more.
Electrical & Electronic Engineering is also the study of signals, including multimedia signals, and the central discipline that deals with the robust control of systems, from micro machines to a large industrial plant and beyond.
If you are not one to shy away from a challenge, if you believe you can grasp mathematical concepts, and
I was not sure if I could handle engineering but after listening to EduSpiral, I was able to make the right decision. Jun Chung, Diploma in Electrical & Electronic Engineering at Asia Pacific University
especially if you want to design products and solutions that can impact a very large number of people, you should be interested in Electrical & Electronic Engineering.
It is worth noting that Computer Science is closely related to Electrical Engineering; in fact, Computer Science grew out of Electrical Engineering and the two disciplines are often found within a single School in many Engineering Faculties around the world. If you are interested in computing and have a talent for programming, you may also find that a degree in Electrical Engineering or a double degree is the right choice for you.
The Electrical & Electronic Engineering degree unlocks your potential and provides you with endless opportunities. There is no limit where you could apply your skills. It teaches you excellent problem solving skills and logical thinking.
Education Pathway to Become at Top Electrical & Electronic Engineer in Malaysia
After explaining in detail, EduSpiral took me & my parents to tour the campus & helped with the scholarship application. Darren Fong, Engineering at Asia Pacific University
Study at the Best Private Universities in Malaysia for Electrical & Electronic Engineering that’s Accredited by the Board of Engineers Malaysia
Top students from all over Malaysia study at Heriot-Watt University Malaysia
Electrical & Electronic engineering is a very important part of our everyday life. The study of Electrical & Electronic Engineering can involve large amounts of power such as power and control engineering, large devices like power stations and electric vehicles or small amounts of power like computers, communications and information engineering and small devices including MP3 players, iPads and cell phones.
Asia Pacific University (APU) is ranked Tier 5 or “Excellent” in the SETARA 2013 rating by MQA. APU is now operating at its new iconic campus at Technology Park Malaysia, Kuala Lumpur.
Increase in Job Demand in Malaysia For Electrical & Electronics Engineers
EduSpiral took us on a campus tour & gave in-depth information to help me decide. Eugene Ong, Electrical & Electronic Engineering at UCSI University
The NKEA Communications Content & Infrastructure (CCI) The CCI sector spans a wide ecosystem, from content generation to networks, services and devices. In order to achieve a high-income economy, the continued development of the communications content and infrastructure sector is therefore fundamental.
It would be critical to ensure smart deployment of next generation infrastructure throughout the country and capitalize on opportunity to develop Telecommunications as an enabler to other sectors. Capital expenditure is estimated to amount to RM 51.5 billion over the 10 year period.
In a report conducted by IPSOS Business Consulting in 2012 on the E&E Sector Study on the Supply-Demand of Talent in Malaysia, it is found that there is a shortage of Electrical & Electronic Engineers in Malaysia.
The E&E sector is an important contributor to Malaysia’s economy as it is one of the 12 National Key Economic Areas (NKEA) in the country’s Economic Transformation Programme (ETP). There are 1,900 active E&E companies which provide employment to over 350,000 people.
I went for the EduSpiral Education Fair and gained a lot of information. After the fair, EduSpiral even arranged to take me around for a campus tour, assisted me with application and accommodation as well. Nixonn Cheong, Engineering at UCSI University
In line with ETP projections, Malaysia’s E&E sector growth is expected to be robust in the coming years. This growth will require a steady supply of skilled talent, both in numbers and in the appropriate skills-sets, to meet the present and future needs of the sector This gap is due to several factors that includes competition from other sectors and economies for the same talent pool, as well as the un-employability of graduates that reduces the pool of addressable talent
The sector also faces a situation of skills gaps, where adequately trained and skilled talent, both at entry and experienced levels are lacking. These are mainly in the areas of R&D and to some extent Engineering Support.
The report found that Fresh Graduates or Entry-level Talent Not Industry-Ready (lacks required skill-sets) therefore it is important for students to choose a university that is able to provide the necessary training and possess the experience to teach.
University’s curriculum do not meet specific industry needs
Graduates lack relevant industry exposure
Graduates do not have the required soft skills demanded by the industry
Curriculum / students do not fully embrace the importance of soft skills.
It is also reported in the Star newspaper that Communication Skills is the no. 1 soft skill employers look for and that graduates with good command of the English language obtain a 25% higher salary and increased opportunities for promotion.
The IPSOS report identified eight key talent shortage areas in the E&E field and the areas in demand for E&E fresh graduates are found in 5 areas which are:
IC Design Engineers
Embedded System / Firmware Engineer
Software Engineer
Radio Frequency (RF) Engineers
Product Design R&D Engineers
EduSpiral Consultant Services- Your Personal Online Education Advisor
Established since 2009, EduSpiral ConsultantServices helps provide information and counselling on courses and universities in Malaysia.
Being from Pangkor made it difficult to find information on the universities to transfer after my Diploma. EduSpiral gave a lot of information & advise that helped me to choose the right university. They even picked me up from the bus station to drop me at the hostel. Jayden Cheah, Mechatronics Engineering at UCSI University
These universities and colleges are chosen by EduSpiral because they represent the best in their fields in Malaysia and affordable. EduSpiral provides in-depth information and counseling on their courses so that students are able to make the right choice.
Please fill up the form for more information. If you do not give your mobile number or full name as in IC, your query will not be answered. Please make sure you give a correct email address and check your email including the SPAM or JUNK email folder within 48 hours as we will email you the information.
Top quality engineers are in demand in Malaysia and around the world.Engineering is one of the highest paid careers of the modern world. In addition, Engineering is a career that can take you around the world, working on many different projects as well as being a very well paid job to get into, with different branches of speciality, according to your areas of interest. Qualified and experienced engineering graduates who can communicate well in English are able to migrate overseas to countries like Australia, UK, USA, Europe and more. Mechanical Engineering is one of the oldest and broadest engineering disciplines. It is a career that is high in demand in Malaysia with excellent job prospects.
Mechanical Engineeringis a discipline of engineering that applies the principles of physics and materials science for analysis, design, manufacturing, and maintenance of mechanical systems. It is the branch of engineering that involves the production and usage of heat and mechanical power for the design, production, and operation of machines and tools.
The mechanical engineering field requires understanding of core concepts including mechanics, kinematics, thermodynamics, materials science, and structural analysis. Mechanical engineers use these core principles along with tools like computer-aided engineering and product lifecycle management to design and analyze manufacturing plants, industrial equipment and machinery, heating and cooling systems, motorized vehicles, aircraft, watercraft, robotics, medical devices and more.
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Please fill up the form for more information. If you do not give your mobile number or full name as in IC, your query will not be answered. Please make sure you give a correct email address and check your email including the SPAM or JUNK email folder within 48 hours as we will email you the information.
Education Pathway to Becoming at Top Mechanical Engineer in Malaysia
I loved motorsports and EduSpiral gave me great advise to help guide me to achieve my dream. Justin Moo, Mechanical Engineering graduate from Taylor’s University
EduSpiral took these students separately to tour the campus and provided course counseling to help them make the right choice. Kian Yong (Mechanical Engineering), Yammie (Business), & Kenneth Pang (Architecture) at UCSI University’s Orientation
The Board of Engineers Malaysia (BEM) registers graduates and professional engineers under the Registration of Engineers Act 1967 (Revised 2002). The requirement for registration as a graduate engineer is a degree in engineering recognised by the Board.
A professional engineer (Ir or PEng) is a person who is licensed to practice to practice engineering in Malaysia after meeting all requirements of
the (e.g. pass PI Examination). Only an Ir/P.Eng. can sign and seal engineering documents that are engineering documents that are submitted to a public authority or for public and private clients.
Mechanical Engineering is a Top Job in Demand in Malaysia
EduSpiral talked to my mother and took us to meet up with the Head Lecturer to explain the course in detail to us. After the campus tour, we decided to join the college. Chang Jing, Diploma in Mechanical Engineering
30% of the CEOs in Malaysia’s 50 largest companies posses a basic engineering degree. Engineers and technical minded individuals tend to have a certain advantage because they are very structured and solutions-based.
Malaysia needs at least 200,000 engineers by 2020 in order to attain the status of a developed nation. Currently, there are 70,000 registered professional engineers in Malaysia with the Institute of Engineers Malaysia (IEM). In line with the government’s Economic Transformation Plan (ETP), DreamEdge Sdn Bhd (DESB) hopes to help Malaysia become a global engineering hub by 2015.
Germany, Japan and other countries in Europe also required engineering services from Malaysia as the cost was low and good quality. According to DESB, Malaysia has been producing mechanical engineers employed in factories which should be taken over by graduates in the field of manufacturing engineering.
To ensure the development of the engineering industry, the company is working closely with the Northern Corridor Implementation Authority (NCIA), the Ministry of International Trade and Industry, the Malaysia External Trade Development Corporation (Matrade), the Malaysian Investment Development Authority (MIDA) as well as the Performance Management and Delivery Unit (PEMANDU).
What is Mechanical Engineering?
After starting class at college, I was still confused if the course suited me. I took a bus from Seremban to meet up with EduSpiral for counseling. I have a clearer picture of what to do now. Kuang Joe, Diploma in Mechanical Engineering
Mechanical engineering is an extremely diverse field covering the design, development, construction, operation and maintenance of all types of motor vehicles, aircraft and ships as well as propulsion and power plants and mechanical and robotic components used in many industries. Mechanical Engineering is one of the most popular engineering fields, also overlapping with other areas, such as Aerospace, Manufacturing and Electrical Engineering among others.
Mechanical Engineers design, build, test and maintain all manner of machines in all manner of places. It’s probably the most diverse and most flexible of all engineering disciplines, covering virtually all areas of development and production like analysis, design, development, manufacturing, operation and maintenance.
Mechanical Engineering is all about turning energy into power and motion through the design of clever mechanical systems. Because it’s such a broad field, you could expect to find Mechanical Engineers almost anywhere that uses machinery. Mechanical Engineering very specifically uses mechanical power to operate machines and tools. Mechanical Engineers then use these machines and tools to develop things – anything really, from water bottles to cars to computers.
After explaining in detail, EduSpiral took me & my parents to tour the campus & helped with the scholarship application. Darren Fong, Engineering at Asia Pacific University
Apply all this to developing motor vehicles, building aircraft and ships, designing methods of propulsion and power plants or applying the mechanical and robotic components used in industries everywhere. And there you have career options in Malaysia and globally that stretch as far as you can imagine.
Mechanical Engineering continues to evolve as technology improves and things become smaller – the optimisation, design and construction of machines to make things never stops. Mechanical Engineers research, design, build, test, maintain and improve all manner of things, from power plants, renewable energy systems and electrical generators, to robots computer systems and aircraft engines and cars. If it is a machine, it was an engineer that made it.
In recent times, Mechanical Engineers have had to adapt to the changing needs of the technology era. Now
Mechanical Engineering lab at Heriot-Watt University Malaysia
they design bionic limbs and prosthetic joints, develop high performance composite materials, work on more flexible manufacturing processes and much more. As technology demands it, a Mechanical Engineer responds accordingly with an ingenious invention or more efficient process.
Any Mechanical Engineer you meet will be a master of energy, motion, forces, solids, liquids and gases. Depending on your area of interest, you can apply these skills to any number of sub-disciplines of Mechanical Engineering.
Mechanical Engineers work in more fields than you can imagine. If it’s a machine, you can be sure that a mechanical engineer has had something to do with designing it, constructing a prototype, testing it, perfecting it and rolling it out on the production line. Some mechanical engineers may even be involved in marketing or selling it! How about power generation, or noise and vibration, flow analysis and measurement, land transport vehicles, computational engineering, design & simulation or even composite structures.
Careers for Malaysian Mechanical Engineering Graduates
I was confused about what to study & didn’t want to do what my dad was working as because he was so busy. My mum asked EduSpiral to advise me. He showed my that I am different from my dad & helped me to make the right choice. Chong Han, Foundation in Engineering at Taylor’s University
Mechanical Engineering graduates from top universities in Malaysia could work in various industries such as the automotive industry (design and production), aerospace and transport industries, power generation sector, building services, refineries, insurance industries, acoustics consultancies, transport or structural design of cranes, railway systems design, consumer goods design and production and management consultancies.
Here’s a list of some of the industries a mechanical engineer might work in and the things they might be required to do:
Design vehicles, ranging from space craft to high performance racing cars
Analyse the acoustics data for planning a building
Design a ventilation and air conditioning system for a large building
Design the air filtration unit for a train
Design a suitable power system
Design and develop next generation machines for aiding the disabled
Develop new concepts for underground mining machinery and transport
Use fluid structure interaction models to design rotating blades using advanced materials
Design and manufacture industrial robots for a range of applications
Study Mechanical Engineering that’s Accredited by the Board of Engineers Malaysia (BEM) at the Best Private Universities in Malaysia
I wasn’t sure which university to study at and found EduSpiral online. He provided good advise & helped me with my application. I love my university life now. Hanson, Foundation in Science (Engineering) at UCSI University
One of the advantages of selecting mechanical engineering as your specialty is that it is a fairly general and all-purpose engineering degree. That means you will be able to gain employment at many different companies across all continents.
There is a high demand for qualified engineers in Malaysia therefore jobs are easy to come by and salaries are high. Top Private universities in Malaysia offer an affordable option for students who cannot get into public universities or go overseas to study.
The quality of the programmes of some universities are of high standards and accredited by the Board of Engineers Malaysia (BEM) which provides recognition for graduates who want to work overseas.
Traits that make a good mechanical engineer If you are an innovator and you enjoy solving complex problems, then you will make a good mechanical engineer. A mechanical engineer needs to be good at applying mathematics and scientific principles to turn ideas into reality. Teamwork and leadership is also needed because mechanical engineers usually work in teams.
My friend introduced me to EduSpiral. He gave me all the information on Facebook & then met us at the Education Fair to guide us on how to choose the right university Lyngkaran, Engineering at Taylor’s University
After the 1-year Foundation programme, students can then continue on to Year 1 of the Mechanical Engineering degree programme. Mechanical Engineering degree programmes in Malaysia are 4 years in duration.
Guide in Choosing the Best Engineering Course at Top Private Universities in Malaysia
EduSpiral took us to visit APU and UCSI so that we can see the campus facilities and make a better decision about our future. Kian Yong (Mechanical Engineering) at UCSI University and Hong Ann (Software Engineering) at Asia Pacific University
In addition, soft skills such as an English speaking environment, leadership skills, communication skills and internship programs will help the graduate stand out and be very successful. Research has shown that graduates with a good command of English has a 25% higher salary than those who don’t.
I met EduSpiral at the Education Fair and he helped me to filter all the information from the universities and choose the best university that fit me.” Vincent Hoy, Mechatronic Engineering Scholarship student at Asia Pacific University
Engineers use computer technology and mathematical models to work out the solution to structural, or mechanical problems. In an engineering degree course in Malaysia, students will spend time in the laboratory or use computers to understand how to solve problems. You will also have the opportunity to apply your theory to real-life projects through case-studies and internships.
Engineering degrees are extremely varied and can focus on particular parts of the engineering industry or just a general overview of the technical processes. Whichever degree you choose to study, you will graduate with a host of transferable skills that will enable you to work in a variety of industries.
Engineering students will gain skills such as project management, analysis and your practical experience
EduSpiral picked us up to tour the university & helped guide me to choose the right university after my A-Levels. Yao Seng, Civil Engineering, UCSI University
act as great foundations for careers in other industries. It isn’t uncommon to find top quality engineers in banking, politics and financial sectors. Many graduates do not work in the field that they graduate in. This is normal.
Before starting your career in engineering it is important to know which engineering field you would like to specialise in because of the variety of sectors within the engineering industry. If you are certain of what type of engineer you wish to become, you should study a degree which focuses specifically on that field of study.
If you are not sure, that is still alright as students after SPM or O-Levels can take the Foundation course at a reputable private university for one year. During that one year, you should talk to the seniors and lecturers to figure out which engineering field best fits you.
To enter into the Foundation in Engineering or Foundation in Science, students after SPM or O-Levels will need at least 5 credits including Maths and Physics (Chemistry for Chemical Engineering) and pass in BM and Sejarah. With 3 credits in SPM including Maths and a Science subject, students can join the Diploma in Engineering course before entering into Year 2 of the Degree course.
There are a wide variety of specialisations, and the more popular engineering fields in Malaysia are listed below for you to browse through.
Which Engineering field is the best for me to study in Malaysia?
EduSpiral took us on a campus tour & gave in-depth information to help me decide. Eugene Ong, Electrical & Electronic Engineering at UCSI University
Students should choose your engineering field by passion. Ask yourself, “What gets me excited? Projections may show a future demand in certain engineering fields, but do you want to work very hard for the next four years in order to get a job in an area you don’t really like?
Choosing to study in an engineering field that you have passion in, will make you more likely to succeed as you would be willing to put in the hard work needed to be an expert in your field.
Don’t worry I know it is very difficult for you to give the answer so I am here to help you to know your interest in a particular engineering field of study. It’s very simple just give the answer of some question and then decide yourself that which branch do you like most or which branch suited to you according to your interest. We will discuss so that you can choose the best engineering field to study according to your interest.
EduSpiral Consultant Services- Your Personal Online Education Advisor
Established since 2009, EduSpiral ConsultantServices helps provide information and counselling on courses and universities in Malaysia.
I went for the EduSpiral Education Fair and gained a lot of information. After the fair, EduSpiral even arranged to take me around for a campus tour, assisted me with application and accommodation as well. Nixonn Cheong, Engineering at UCSI University
These universities and colleges are chosen by EduSpiral because they represent the best in their fields in Malaysia and affordable. EduSpiral provides in-depth information and counseling on their courses so that students are able to make the right choice.
Please fill up the form for more information. If you do not give your mobile number or full name as in IC, your query will not be answered. Please make sure you give a correct email address and check your email including the SPAM or JUNK email folder within 48 hours as we will email you the information.
Top Private Universities & Colleges in Malaysia 