Computer Engineering

Study Computer Engineering Course in Malaysia - Fees, Admission, Career, and Universities

A computer engineering course in Malaysia combines principles of computer science, electronics, hardware design, and software development to prepare students to build and maintain modern computing systems. Students who earn a bachelor’s in computer engineering, for example, learn to design, develop, test, and troubleshoot from microprocessors and integrated circuits to computer networks and embedded systems. 
A computer engineering course also teaches hardware architecture, programming, digital systems, and system integration skills. Students considering a computer engineering course in Malaysia have many options, as computer engineering is offered at both the undergraduate and postgraduate levels, and Malaysia has an increasingly diverse higher education system. Graduates can become computer hardware engineers, embedded systems engineers, network engineers, and software developers, or, if interested in advancing research, a PhD computer engineering is also an option.

What is Computer Engineering Course in Malaysia all about?

Computer engineering course in Malaysia is a multidisciplinary field that combines elements of both electrical engineering and computer science. It focuses on the design, development, and integration of computer systems and networks, as well as the hardware and software components that make up these systems. Here are some key aspects of computer engineering:

• Hardware Design: Computer engineers are involved in designing and building the physical components of computers and digital systems. This includes microprocessors, memory devices, circuit boards, and other hardware components.

• Software Development: Computer engineers also work on software development, including programming, software design, and system software development. They create the software that runs on computer systems, from operating systems to application software.

• Embedded Systems: Many computer engineers work on embedded systems, which are specialized computer systems integrated into other devices, such as automotive control systems, medical devices, and smart appliances.

• Networking: Computer engineers design and maintain computer networks, including local area networks (LANs) and wide area networks (WANs). They work on protocols, routers, switches, and other network infrastructure.

• Cybersecurity: As digital threats and cyberattacks become more sophisticated, computer engineers play a crucial role in designing and implementing security measures to protect computer systems and networks.

• Digital Signal Processing (DSP): DSP is an important area within computer engineering that focuses on processing and analyzing digital signals, such as audio, video, and sensor data.

• Robotics: Computer engineers are involved in the development of robots and robotic systems, including hardware design, control algorithms, and sensory systems.

• Computer Architecture: This field deals with the design of computer systems, including the organization and structure of processors, memory hierarchy, and system performance optimization.

• Computer Vision and Image Processing: Computer engineers work on technologies related to image and video processing, which have applications in fields like healthcare, entertainment, and security.

• Artificial Intelligence and Machine Learning: Computer engineers are increasingly involved in the development of AI and machine learning systems, which require both hardware acceleration and software development skills.

• Cloud Computing: Computer engineers work on designing, building, and managing cloud-based infrastructure and services that enable businesses and individuals to access computing resources over the internet.

• IoT (Internet of Things): IoT involves connecting everyday objects to the internet, and computer engineers work on the hardware and software required to make these connections and process the data generated by IoT devices.

Computer engineering course in Malaysia is a dynamic field that evolves rapidly with advances in technology. Professionals in this field often need a strong foundation in mathematics, physics, and computer science, as well as the ability to adapt to new technologies and solve complex problems. They play a critical role in shaping the digital world we live in today.

Duration of  Computer Engineering Degree in Malaysia

A computer engineering course in Malaysia typically takes 3 to 4 years to complete at the bachelor's level, depending on the university, programme structure, and degree requirements. A four-year programme is common for traditional engineering degrees, while some related computing programmes may have shorter durations.

• Bachelor’s Degree: 3–4 years, depending on the programme and university.
• Diploma in Computer Engineering: Approximately 2.5–3 years, depending on the institution.
• Master’s Degree: Typically 1–2 years of postgraduate study.

Important Notes

• Professional Recognition: If you plan to register as a Professional Engineer (PE) under the Board of Engineers Malaysia, a 4-year full-time engineering degree is generally recommended or required.
• Industrial Training: Most 4-year programs include a mandatory 8-week to 1-semester industrial internship during your third or final year.

Entry Requirements for a Computer Engineering Course in Malaysia

To enrol in a computer engineering course in Malaysia, applicants generally need a strong science background, with specific passes in Mathematics and Physics or Chemistry through a recognised pre-university, foundation, or equivalent qualification. Entry requirements vary by university and programme.

General Academic Entry Requirements by Qualification

• STPM: Minimum of 2 Principal Passes (Grade C), typically including Mathematics and a Science subject, such as Physics.
• A-Levels: At least 2 to 3 passes in Mathematics and a Science subject, such as Physics or Chemistry.
• UEC (Unified Examination Certificate): Minimum of 5 Grade B passes, including Mathematics and Science subjects.
• Foundation / Matriculation: Completion of a relevant science or engineering foundation programme recognised by the Malaysian government, with a minimum CGPA of 2.00 to 3.00, depending on the university.
• Diploma / Advanced Diploma: Completion of an accredited Diploma in Engineering or Engineering Technology with a minimum CGPA of 2.00 to 2.50, or an equivalent DKM/DLKM/DVM qualification.
• SPM / O-Level Requirements: Generally, credits in Mathematics and Additional Mathematics, along with Physics or Chemistry.

English Language Requirements for International Students

International students applying for a bachelor's in computer engineering in Malaysia must also meet the university's English language proficiency requirements.

• IELTS: Minimum band score of 5.0 to 5.5.
• TOEFL: Equivalent score requirements as specified by the institution.
• MUET: Required by public universities in Malaysia, typically at Band 2 to Band 4, depending on the institution.

Important Additional Requirements

• Health and Physical Requirements: Some programmes may specify health or physical requirements related to laboratory work and experimental safety. Check the individual university's admission criteria for applicable conditions.
• Accreditation: Before enrolling, verify whether the programme is accredited by the Engineering Accreditation Council (EAC) and recognised by the Board of Engineers Malaysia (BEM) if you intend to pursue professional engineering registration as an Ir. in the future.

How much does it cost to study Computer Engineering Course in Malaysia

Here are the estimated tuition fees for studying Computer Engineering Course in Malaysia:

Studying in public universities is often much cheaper than in private universities in Malaysia. Be sure to check out local public universities too!

Career Prospects After Completing a Computer Engineering Course in Malaysia

Completing a computer engineering course in Malaysia opens up career opportunities across hardware, software, semiconductors, cybersecurity, and emerging technologies. Malaysia's growing digital and semiconductor industries offer graduates opportunities to work with multinational corporations, technology companies, financial institutions, and engineering firms.

Top Career Opportunities

• Software and Systems Engineer: Design and develop application software, embedded systems, firmware, and operating systems.
• Hardware and Semiconductor Engineer: Work on chip design, hardware architecture, testing, and development with companies such as Intel and AMD in Malaysia's technology hubs.
• IoT and Embedded Systems Engineer: Develop smart devices, automation systems, and connected hardware products.
• Cybersecurity and Network Engineer: Secure enterprise networks, configure firewalls, and help organisations mitigate digital threats.
• Data Analyst and Machine Learning Engineer: Build data pipelines, develop AI models, and create analytics solutions using Python and cloud technologies.

Salary Expectations in Malaysia

Salary levels vary depending on experience, technical specialisation, employer, and location. The following figures provide indicative monthly salary ranges.

These figures are indicative estimates, not guaranteed salaries. Actual earnings depend on the role, qualifications, and industry.

Top Employers and Industries

Graduates pursuing computer engineering in Malaysia can explore opportunities across several sectors:

• Multinational Corporations (MNCs): Intel, AMD, Motorola Solutions Malaysia, and Lenovo.
• Banking and Fintech: Financial institutions requiring expertise in IT infrastructure, network engineering, and cybersecurity.
• Semiconductor and Electronics: Companies involved in chip design, testing, manufacturing, and hardware development.
• Software and Technology: Businesses developing embedded software, cloud solutions, IoT products, and AI-powered applications.

Universities in Malaysia that offer Computer Engineering Programs

Several universities offer computer engineering course in Malaysia and related engineering programmes, including Universiti Malaya (UM), Asia Pacific University (APU), Monash University Malaysia, Taylor’s University, UCSI University, and Tunku Abdul Rahman University of Management and Technology (TAR UMT). Programme options range from dedicated Computer Engineering degrees to Electrical Engineering, Electrical and Computer Systems Engineering, Computer Science, and Software Engineering. 

Most engineering degrees take around 4 years to complete, while some computing programmes can be completed in 3 years. Students should compare the QS World University Rankings 2027, programme curriculum, tuition fees, admission requirements, and professional accreditation before choosing a university.

1. University Malaya

Universiti Malaya (Kuala Lumpur), often regarded as Malaysia's oldest and most esteemed private university, has earned a distinguished reputation for its commitment to producing well-rounded and highly competitive graduates.

UM provides an extensive array of programs catering to both undergraduate and postgraduate students across over 12 faculties, in addition to four academies and centers. Moreover, UM boasts a comprehensive and holistic student support system designed to equip students with essential skills and valuable exposure to enhance their educational journey.

2. Tunku Abdul Rahman University College

Tunku Abdul Rahman University College (TAR UC) : With a rich history spanning over fifty years since its inception as TAR College in 1969, Tunku Abdul Rahman University College (TAR UC) has consistently delivered top-tier teaching and learning experiences. Its distinguished faculty, combined with meticulously crafted programs, ensures that students receive a high-quality education that prepares them effectively for their future endeavors. It's noteworthy that TAR UC offers a cost-effective alternative for studying in Malaysia, with tuition fees that are relatively more affordable compared to other private universities in the country.

3. Asia Pacific University of Technology and Innovation (APU)

The Asia Pacific University of Technology and Innovation, located in Kuala Lumpur, Malaysia, is a distinguished campus university renowned for its dedication to empowering students to cultivate lifelong career prospects. As a leading technology-focused institution, its primary goal is to equip students with the skills and knowledge necessary for long-lasting success in their chosen fields.

4. Taylor’s University

Taylor’s University, a prominent educational institution in Malaysia, provides a diverse range of academic programs across various fields of study. These encompass areas such as Accounting, Finance, Arts, Computer Science, Business, Hospitality and Tourism, and many more. With a rich history spanning several decades in the education sector, Taylor’s University has established itself as a reputable institution.

One of its notable strengths lies in its extensive global network, comprising over 3,000 career partners. This network facilitates valuable opportunities for students, and a significant testament to this is the fact that 3,000 of Taylor's students engage in internships with esteemed employers each year, enhancing their real-world experience and employability.

5. UCSI University

UCSI University in Kuala Lumpur stands as one of the foremost higher education institutions in Malaysia, and its commitment to academic excellence is evident in its international ranking. In the QS World University Ranking for 2022, UCSI University is ranked at an impressive 347.

6. Monash University Malaysia

Monash University Malaysia offers students a unique opportunity to attain a prestigious Australian degree through its branch campus located in Sunway City, Malaysia. This international campus provides a high-quality education that is on par with Monash University's standards in Australia.

Monash University is ranked in the top 60 universities in the world according to the QS World University Rankings 2022 and is also number 57 on the Times Higher Education list of the World University Rankings 2022.

Application Process for a Computer Engineering Course in Malaysia

Applying for a computer engineering course in Malaysia involves meeting the university’s academic and English language requirements, preparing the necessary documents, submitting an application, and completing enrolment formalities. International students must also complete the student visa process through their university and Education Malaysia Global Services (EMGS).

1. Check the Entry Requirements

Before applying, ensure you meet the academic requirements for your chosen programme.

• Diploma Level: SPM or equivalent, generally with at least 3 credits, including Mathematics and a science, technical, or vocational subject, plus a pass in English.
• Bachelor’s Degree (Honours): A recognised STPM, A-Levels, UEC, Foundation, Matriculation, or Diploma qualification. Mathematics and Physics or Chemistry may be required, depending on the programme.
• English Language Proficiency: International students may need an IELTS score of 5.0–6.0 or an equivalent TOEFL score, depending on the university.

2. Choose a University and Programme

Research universities offering a bachelor's in computer engineering, such as Asia Pacific University of Technology and Innovation (APU), and compare tuition fees, course duration, admission requirements, and programme content. If you intend to pursue professional engineering registration, verify the programme's accreditation with the Engineering Accreditation Council (EAC) and recognition by the Board of Engineers Malaysia (BEM).

3. Prepare the Required Documents

Gather the following documents before submitting your application:

• Academic transcripts and certificates, such as SPM, STPM, A-Levels, UEC, or equivalent qualifications.
• A copy of your passport for international applicants or MyKad for Malaysian applicants.
• IELTS or TOEFL results, if required.
• Recent passport-sized photographs with a white background.
• Any additional documents requested by the university.

4. Submit Your Application

Complete the online application through your chosen university’s official website or apply through an authorised educational representative. Submit the required documents and pay any applicable application or registration fees.

5. Receive Your Offer Letter

After reviewing your application, the university may issue an offer letter if you meet its admission requirements. Review the offer carefully, confirm your acceptance, and follow the institution’s instructions for payment and registration.

6. Complete Student Visa Processing

International students generally need a Student Pass to study in Malaysia. After you accept the offer, your university will guide you through the relevant application process with Education Malaysia Global Services (EMGS). Follow the instructions for approval, travel arrangements, medical screening, and Student Pass endorsement, as applicable.

7. Complete Enrolment and Attend Orientation

Once your admission and visa arrangements are in place, complete the university’s registration formalities, pay the required tuition fees, submit any outstanding documents, and attend the orientation programme before classes begin.

Tip: Application deadlines, entry requirements, fees, and visa procedures vary by institution and intake. Check the official university website and relevant EMGS guidance before applying.

Before You Apply for a Computer Engineering Course in Malaysia

Before submitting your application for a computer engineering course in Malaysia, make sure you have reviewed the following key factors:

Make Your Next Step

Compare universities, tuition fees, entry requirements, programme duration, and specialization options to shortlist the best computer engineering course in Malaysia for your academic background and career goals. Visit official university websites or consult authorized education advisors to verify the latest course structures, accreditation details, admission criteria, and intake deadlines before submitting your application.

Frequently Asked Questions

1. Is computer engineering course in Malaysia more focused on hardware or software?
Computer engineering combines both hardware and software, including computer architecture, digital circuits, programming, embedded systems, and operating systems. The balance depends on the university's curriculum and the specialisation you choose.
2. What practical projects do computer engineering students work on?
Students may work on microcontroller programming, circuit design, robotics, embedded systems, computer networks, and IoT prototypes. These projects help develop problem-solving, testing, and system design skills.
3. Can I specialise in artificial intelligence or robotics after studying computer engineering course in Malaysia?
Yes. Computer engineering provides a foundation for specialisations such as AI hardware, robotics, computer vision, autonomous systems, and intelligent embedded devices. Available electives and research opportunities vary by university.
4. Can I work overseas after completing a computer engineering degree in Malaysia?
Yes. Graduates may apply for international opportunities in software development, semiconductor engineering, embedded systems, and network engineering. Employment eligibility depends on the destination country's work visa rules, employer requirements, and recognition of your qualification.
5. Is a PhD in computer engineering worth pursuing after a bachelor's degree?
A PhD may be valuable if you want to pursue advanced research, university teaching, or specialised roles in areas such as processor architecture, robotics, AI hardware, and next-generation computing systems. If your goal is to enter the industry quickly, gaining professional experience or completing a relevant master's degree may be more suitable.