The Complete Guide To Study Engineering in Malaysia

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Program Introduction

An engineer is a specialist responsible for the invention, design, and maintenance of a wide range of machines, structures, and data systems. Engineering is the art of using scientific and mathematical concepts to create valuable products. Understanding the breadth of engineering may assist you in determining whether or not engineering is a suitable match for your interests and abilities. 

In this article, we’ll talk about the education pathway to becoming a qualified engineer, the top universities in Malaysia for engineering, including their requirements, fee structures and course durations, and what kinds of jobs you can get if you study this field.

 

Chemical Engineering

Chemical engineers develop the equipment and procedures required to manufacture marketable products from raw materials effectively, and they operate in many different sectors throughout the globe.

Chemical engineers handle issues involving the production or use of chemicals and the consequences of those processes by combining their knowledge of chemistry, physics, mathematics, and mechanical and electrical engineering. In another way, they apply lab procedures to the factory floor to maximise efficiency and minimise costs. For large-scale chemical manufacture, in addition to developing equipment and procedures for manufacturing, chemical engineers also plan and evaluate manufacturing techniques, analyse practices used to handle waste products, and oversee production. The profession’s primary concerns include the influence of industrial processes on the environment and worker and customer safety.

 

Civil Engineering

It is one of the oldest area of the engineering profession, civil engineers work on public and private sector infrastructure and environmental projects. They are responsible for everything from planning and design to supervision, construction, and upkeep.

All kinds of structures and systems in the world’s infrastructure are built and maintained by civil engineering specialists. Civil engineers must consider construction costs, project completion time, government restrictions, and possible environmental risks, such as earthquakes and hurricanes, while establishing and revising infrastructure plans and projects. Civil engineering plays a crucial role in educating local, state, and federal governments about infrastructure needs and solutions with its long history. In addition, they make a concerted effort to inform the general people.

 

Electrical & Electronic Engineering

Electronic engineers, in general, are concerned with the electronic circuits that are at the core of computer science. In contrast, electrical engineers are involved with the large-scale transmission of electrical currents as a power source.

Electrical engineering may be the job for you if you want to be on the leading edge of new technological progress. An electrical engineer is engaged in designing and constructing a motor for the latest electric automobile, a navigation system used in GPS devices, or a wind turbine power system for efficient energy production.

Though the terms electrical engineering and electronics engineering are often used interchangeably, the two fields have significantly different emphases:

  • An electrical engineer is in charge of planning, developing, testing, and managing the manufacture of electrical equipment and systems ranging from transportation to lighting and wiring systems to power generation and transmission.
  • Electronics engineers’ main work areas are communications, signal processing, and other electronics systems.

 

Mechanical Engineering

Mechanical engineering is a broad discipline that requires developing and constructing anything from tiny individual components and devices (such as microscale sensors and inkjet printer nozzles) to massive systems (e.g. spacecraft and machine tools).

Mechanical engineering is a vast field that encompasses designing and manufacturing mechanical devices ranging from simple hand tools to large equipment. Mechanical engineers operate in various sectors, but they all have in common a concentration on mechanics of motion, whether its fluid dynamics in a hydroelectric power system, energy transfer and conversion, or the moving elements of complicated automated industrial equipment. Mechanical engineers often focus on drafting and design engineering, such as product, equipment, or system design. They also work on R&D, production, and testing in the lab or on the job.

 

Industrial Engineering

Industrial Engineering is a versatile engineering discipline that assists businesses in saving money and increasing efficiency. It is a multidisciplinary field concerned with manufacturing, designing, improving, and installing integrated systems of people, materials, information, equipment, and energy.

While most engineering areas focus on particular products, systems, or processes, industrial engineering is concerned with people management, company organisation, and optimising technology to boost productivity in various working situations. Today, companies must compete in an increasingly global market. Industrial engineers assist them by improving productivity and quality, whether the result is a streamlined operating room in a health care setting, an optimised manufacturing production schedule, or a long-term detailed financial plan.

Industrial engineers may be asked to undertake a variety of duties to eliminate waste of time, energy, and money in the workplace:

  • Employ mathematical models or computer simulations to find the optimal design for information, manufacturing, and distribution systems.
  • Strategy planning, financial analysis, compensation administration, and job assessment programmes on a management level.
  • Human factors and ergonomics to improve employee interactions with their physical and technology office environments.

 

Mechatronics Engineering 

Mechatronics Engineering is a multidisciplinary field combining several engineering types—electrical, computer, and mechanical—and refers to the skill sets needed in the contemporary, advanced automated manufacturing industry. 

Mechatronics specialists create simpler, smarter systems at the intersection of mechanics, electronics, and computing. Mechatronics is an essential foundation for the expected growth in automation and manufacturing. Mechatronics is an industry buzzword synonymous with robotics and electromechanical engineering. Robotics, control systems, and electromechanical systems fall under mechatronics.

A background in mechatronics engineering renders a strong set of skills and understanding that will enable students to learn the underlying principles of mechanical, electrical, software, instrumentation, and controls engineering and gain hands-on experience in the lab.

Students are trained to work in any mechanical and instrumentation discipline, whether they decide to work in industry or pursue a graduate research degree

Why Study in Malaysia

Prospective students studying engineering in Malaysia should be aware of what it takes to become a professional engineer and the associated process. In order to become a professional engineer in Malaysia, a student must complete an authorised engineering degree recognised by the Malaysian Board of Engineers (BEM). The Washington Accord recognises the Board of Engineers Malaysia (BEM) since Malaysia is a signatory, enabling graduates to work in any country that has signed the accords.

There is a difference between BEM (Board of Engineers, Malaysia) and IEM. Engineering graduates must register themselves with both a government agency known as BEM and a professional organisation known as IEM.

Board of Engineering (BEM), Malaysia

Under the Engineers Registration Act 1967, the Board of Engineers Malaysia (BEM) registers graduates and professional engineers (Revised 2002). The Board of Engineers Malaysia (BEM) is Malaysia’s sole body certifying Professional Engineers. The Malaysian government established this regulating organisation for engineering activities in 1967 under the Registration of Engineers Act to administer and enforce the Engineering Act and its provisions protecting the public interest.

Only Graduate Engineers and Professional Engineers registered with the Malaysian Board of Engineers (BEM) are permitted to practise engineering in Malaysia. All engineers must register with BEM within six months after beginning practice. A professional engineer (Ir or PEng) is licensed to practise engineering in Malaysia after satisfying all of the licensing criteria (e.g., passing the PI Examination).

Institution of Engineers, Malaysia (IEM)

IEM is a professional and educational association for engineers in Malaysia. Since its inception in 1959, the organisation has been a member of the Council of the Commonwealth Engineers. In Malaysia, the Institution serves as a certifying organisation for practising engineers.

Corporate members may apply for registration as Professional Engineers with the Board of Engineers, Malaysia (which is a registration authority), which would allow them to establish a firm. The Council of the Institution sets the qualifications required for admission to the Institution.

Because it covers all engineering specialities, the Institution has a comprehensive picture of the industry. It is one of the few professional engineering organisations around the globe.

Washington Accord

The Washington Accord is a multinational agreement signed in 1989. It recognises the substantial equivalency of engineering degree programmes accredited by the responsible bodies in signatory countries. Malaysia is a Washington Accord signatory; therefore, Malaysia’s degrees that have been accredited by Engineering Accreditation Council (EAC) will be accepted by other Washington Accord signatories.

Members of The Washington Accord are Hong Kong, South Africa, Japan, Singapore, the USA, Canada, New Zealand, Australia, the UK, Ireland, Taipei, Korea, Malaysia and Turkey.

Engineering degrees from Malaysian universities are recognised worldwide. Several reasons have helped broaden the recognition of Malaysian engineering degrees worldwide. These include world-class engineering schools, international standard course curriculum, and strong collaborations between top universities for engineering in Malaysia and prestigious global universities.

Some of the prestigious organizations that recognize Engineering degrees from Malaysia include the following:

  • Washington Accords Institutions Globally
  • Board of Engineers
  • Ministry of Education, Malaysia

After completing their Engineering degree in Malaysia, students can easily transition to other countries and further their careers globally. Accreditation from the Washington Accords enables degrees from Malaysian institutions to be accepted worldwide.

Over the last decade, Malaysia has emerged as a preferred destination for engineering education as it offers many benefits for aspiring doctors. Some of the top benefits of studying Engineering in Malaysia are as follows:

Affordable Course Fee

The fee required to complete the Engineering course from Malaysia is comparatively less than that required in many other countries, such as the USA, the UK, Australia, and Canada, to name just a few. With engineering education expenses shooting up worldwide, Malaysia comes across as a reliable option to receive a high-quality education at an affordable cost.

Globally Accepted Engineering Degree

The engineering degrees from Malaysian universities enjoy global recognition. This allows students to pursue the program in Malaysia and then move anywhere in the world. A number of students continue to their master’s and specialisation in Malaysia or transfer to other countries to pursue other pathways.

International Education Standard

The standard of engineering education in Malaysia meets international standards. This ensures exceptional education for students who enrol in this course. The course curriculum is rigorously developed, keeping in line with international benchmarks to ensure students are learning the latest developments in the field of engineering. 

Excellent Campus Facilities and Infrastructure

Malaysia offers excellent campus facilities, modern infrastructure, and innovative teaching aids for engineering. The schools in Malaysia offer a great learning atmosphere. A number of leading engineering universities have developed in-house labs and testing facilities dedicated to helping students learn with hands-on experience, operate with state-of-the-art machinery and stay up-to-date with the latest innovations in engineering and technology.

Practice-Oriented Engineering Training

Students undergo practice-oriented engineering training in Malaysia. This enables them to put their academic knowledge into practice and understand the concepts better.

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Program Duration

The duration to study engineering in Malaysia is four years for the bachelor’s program. English is the medium of instruction followed in engineering schools across all major international private universities. The first year will have a number of common subjects between different engineering specialisations. As students progress to year two and three, their modules and subjects will become more specialised as per their field of choice. Students are sometimes allowed to switch from one engineering specialisation to another, but it will require approval from the University faculty and the relevant authorities in Malaysia.

Students who want to opt for program transfers to another University will usually need to prepare the transfer paperwork and start processing from their second year onwards to ensure all the paperwork and approvals are in place so the program transfer can be done.

Here is the program pathway students will go through, from secondary school to the PhD.

Engineering Pathway

Entry Requirements

The engineering admission requirements for international students may vary to a certain degree from one university to another in Malaysia. However, the basic general requirements are the same for most universities. Students can join a foundation program after completing their secondary schooling or O levels or equivalent qualifications. After completing the foundation in an engineering program, they will be able to continue to the bachelor’s degree as per their choice. The second option will be for students to complete their higher secondary school or A levels or equivalent and then, upon meeting the minimum entry requirements, will be able to join the bachelor’s degree in engineering directly into year one. Do note that if the minimum entry requirement is not met for direct entry into a bachelor’s degree programme, the faculty may provide a pathway through the foundation or even a diploma program. If you are unsure about the entry requirements, you are advised to contact the admissions advisor to get further details and clarifications before proceeding.

English Language

International students will also need to provide proof of English language proficiency with IELTS or TOEFL exams. Students who have studied the British or American curriculum are exempted from the English proficiency requirements since the medium of instruction for that curriculum is in English by default. Students who have studied other curriculum where the medium of instruction is also English will usually need to provide a letter from the school stating that the instruction language for their schooling has been English. With that letter, IELTS will not be required anymore.

The table below summarises the eligibility for international students to study Engineering in Malaysia.

QualificationRequired Results
A - Level2 Passes (Grade A-E) in A-Level including Mathematics and Physics (or Chemistry)
UEC5 Grade B’s in UEC, including Mathematics and Physics (or Chemistry)
FoundationFoundation
CBSE 50% in Mathematics and Physics, Chemistry

Fees & Costs

Students sometimes only look at the tuition fee during the comparison. However, depending on how forthright and clearly the fee guidelines from the university are, the extra fees can be a hefty amount that could be a surprise. So students are advised to correctly add all the fees and then decide which university fits their budget requirements to study Engineering in Malaysia. 

Various factors will contribute to the overall cost structure, such as:

  • Tuition fees
  • Accommodation fees
  • Admission fee
  • Registration and Visa fees and
  • Other one-time fees.

These fees vary from university to university and can depend on varying factors. The quality, infrastructure, facilities and teacher-to-student ratio will also determine how much a university charges.

You must find the right balance between quality and cost to get the best education possible. The average cost to study engineering in Malaysia is currently between RM30,000 to RM50,000 per year, depending on the University.

For reference, that’s around USD $7,500 to $12,000 per year for a 4-year engineering degree program at the current exchange rate.

Accommodation

Accommodation cost is going to be another recurring fee for international students. Generally students have two options, students can either stay at the on campus accommodation provided by the university or they could stay at private accommodation. Depending on which university and which area you choose, the prices will differ accordingly.

Generally on campus accommodations at major universities start around US$150 per month and can go up to $400 per month. The pricing for on campus accommodation is determined by the size of the room, whether a student will be sharing the room or will be staying alone, or if the student is taking a master room which generally comes with an attached bathroom or decides to stay at a sharing room with shared bathroom.

Some universities also offer cooking facilities on campus accommodation, which are shared facilities which will also be factored into the accommodation costs. Utility costs are generally an add-on fee.

While choosing the university, you can check with your admissions advisor on the options available for accommodation and how much will they cost so that you have an idea of how much of an monthly budget you will require as a student.

Career Prospects

Engineering graduates are in high demand in a wide range of disciplines, ranging from industry to academia, and they are educated in a number of soft skills and hard skills that make them highly competitive, such as the following:

Analytical & Critical Thinking 

Being able to analyse critically is crucial. Even though a design may seem flawless, it is still important to search for any defects that may affect the product’s operation. It may seem small, but it can save a lot of money and time for businesses and maybe even lives.   To maintain developing your designs, you should identify and fix any flaws in other people’s designs and your own.

Effective Communication, Team-work & Leadership

Effective communication skills are essential if you’re an engineer since you’ll be working in a team, and you’ll need to convey your thoughts and ideas in a way that encourages others to follow your lead. This is crucial while attempting to convince others to follow your design in the case of a collective effort. The ability to explain your thoughts is also vital because sketching an idea in your brain is more complex than creating a picture of something you’re looking at, so the best approach to practice is to imagine an item in your head and draw as you see it.

Learning & Development 

The world is changing at an alarming pace, and it’s impossible to predict if what we learn now will be adequate in the far future. That’s why you need to maintain learning outside of your engineering education so that you may build any skills that may be useful in the future. Whether the subject is related to science or not, broadening your knowledge scope can only boost your current position in the workforce.

Maths & Programming 

Math is the most often utilised topic in all of the engineering programs. Therefore, if more time is spent in mathematics, it will naturally help other modules finish maths worksheets first and attempt to employ new approaches gained in different modules to simplify answering a question. In addition to that, programming is a valuable talent to acquire. It will become more critical in engineering positions in the future, making it a wise investment of time and money to get some training in it now.

Admission Procedure

Researching, applying and managing overseas admissions is a tedious, time-consuming and often confusing process. Incorrect application submissions can lead to lengthy processing, delayed approvals or even rejections. You can visit education, exhibitions and fairs to collect information. However, that is not enough. You will only be able to collect cursory information, and admission processing will usually take longer. During that time, you will need consistent and dedicated support to ensure your application is in the right experienced hands.

This is where we help.

Edmates helps international students from around the world with complete admissions procedures. Our integrated one-stop centre helps international students with everything. We help you find future-driven programs that match your abilities and interests in leading universities. We handle the entire process right from the beginning until you have joined the university. Our international support system will manage everything for you, absolutely free.

Each student is assigned a dedicated admission advisor who will guide the student throughout the admissions process. The advisor will also be the liaison with the university admissions department to ensure clear communications and faster processing.

You can speak with your assigned advisor anytime by booking a free call online through the website. You will also receive regular updates regarding your application via emails, SMS and WhatsApp.

To learn about each step of the admission process, you can read our complete guide so that you can start applying for your higher education the right way.

Frequent Questions

It takes 4 years to complete a engineering degree program in Malaysia.

Malaysia is among the most peaceful and safest nations in the world. The country ranks among the top 20 nations in the world in terms of safety. 

The possibility of getting an education loan for pursuing Engineering in Malaysia will depend on the loan regulations in the student’s home country and the bank from which the loan is availed.

International students do not need to sit for any entrance test to study Engineering in Malaysia

Yes, some Universities offer the facility of transferring to other global universities.

Universities in Malaysia offer well-equipped hostel accommodations for students. The hostels have modern infrastructure and ensure a good atmosphere for studying.

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