Nuclear Engineering

Undergraduate in Nuclear Engineering in Malaysia

An Undergraduate Nuclear Engineering degree in Malaysia is a specialised engineering programme that focuses on nuclear science, radiation applications, reactor systems, nuclear safety, and advanced energy technologies. Although Malaysia does not currently operate commercial nuclear power plants, nuclear engineering plays a vital role in industries such as medical diagnostics, radiotherapy, non-destructive testing (NDT), industrial imaging, food irradiation, environmental monitoring, oil & gas inspection, and scientific research.
The programme equips students with a strong foundation in radiation physics, thermodynamics, reactor design, radiation protection, instrumentation, nuclear chemistry, material science, and energy systems. Students learn how nuclear technology is used safely and effectively across multiple industries, making this degree suitable for those who enjoy physics, engineering, and high-precision technical work.

Why Should I Take This Programme?

This undergraduate programme is ideal for students interested in energy technology, scientific innovation, radiation applications, and technical engineering environments. Nuclear engineering graduates possess rare and highly specialised skills, giving them a strong advantage in Malaysia’s industrial, medical, and research sectors.
Nuclear engineering covers far more than nuclear power—it includes applications in medicine, petrochemical testing, industrial safety, environmental science, material inspection, and energy research. With increasing demand for radiation safety professionals, NDT operators, reactor researchers, and nuclear instrumentation specialists, graduates have stable career prospects and opportunities to work in high-technology fields.
Students who enjoy physics, mathematics, machinery, and safety-critical engineering will find this degree both challenging and rewarding.

What Will I Learn?

The undergraduate curriculum provides deep theoretical understanding and practical exposure. Typical modules include:

• Fundamentals of Nuclear Science
• Radiation Physics & Radiological Protection
• Engineering Mathematics
• Thermodynamics & Heat Transfer
• Nuclear Reactor Theory & Design
• Nuclear Materials & Waste Management
• Radiation Detection & Measurement
• Nuclear Instrumentation & Control Systems
• Fluid Mechanics & Mechanical Systems
• Non-Destructive Testing (NDT) Applications
• Nuclear Safety, Regulation & Compliance
• Environmental Radiation Monitoring
• Computational Modelling & Simulation
• Final Year Project
• Industrial Training / Internship

Students also gain experience using radiation detectors, dosimeters, shielding equipment, and simulation software related to nuclear and energy engineering.

What Should I Expect?

Students can expect an analytical, science-driven learning environment with a balance of theory, laboratory work, and industry-based training. Nuclear engineering requires precision and strict adherence to safety standards, so students learn to follow proper protocols while working with radiation-related equipment.

The programme includes practical sessions in nuclear labs or radiation facilities, simulation exercises for reactor modelling, and training in NDT laboratories for industrial inspection techniques.

Internships allow students to experience real-world environments such as medical centres, NDT companies, oil & gas inspection units, research labs, and environmental monitoring agencies.

Expect a combination of physics, engineering, and hands-on technology training throughout the degree.

Duration of Undergraduate in Nuclear Engineering in Malaysia

An undergraduate nuclear engineering degree in Malaysia typically takes:

4 years (full-time)

including coursework, lab sessions, research projects, and industrial internship.

Entry Requirements of Undergraduate in Nuclear Engineering in Malaysia

Common entry requirements include:

• STPM / A-Level: Pass with Physics and Mathematics
• UEC: Minimum 5 credits including Physics and Mathematics
• Foundation in Science / Engineering: Minimum CGPA 2.00
• Diploma in Engineering: Minimum CGPA 2.00–2.50
• English requirement: IELTS 5.0–6.0 or equivalent (for international students)

A strong background in mathematics and physics is essential for success.

Tuition Fee of Undergraduate in Nuclear Engineering in Malaysia

Tuition fees for undergraduate nuclear engineering programmes vary by institution:

Public Universities:

RM 20,000 – 35,000 for the full degree

Private Institutions / Engineering Schools:

RM 45,000 – 90,000 depending on facilities and laboratory access

Some universities include additional lab fees due to specialised equipment usage.

Top Universities for Undergraduate in Nuclear Engineering in Malaysia

• Universiti Teknologi Malaysia (UTM) – leading nuclear engineering programme
• Universiti Kebangsaan Malaysia (UKM) – nuclear science & radiological studies
• Universiti Tenaga Nasional (UNITEN) – energy & nuclear-related engineering
• Universiti Putra Malaysia (UPM) – science & nuclear-related research
• Malaysian Nuclear Agency (Nuklear Malaysia) – training & certification support

These universities often collaborate with international nuclear research bodies and industry partners.

Career Opportunities of Undergraduate in Nuclear Engineering in Malaysia

Graduates can pursue careers across nuclear-related and radiation-dependent industries such as:

• Nuclear Engineer
• Radiation Protection Officer (with certification)
• Nuclear Safety Analyst
• NDT (Non-Destructive Testing) Engineer
• Radiological Engineer
• Reactor Research Assistant
• Industrial Radiographer
• Environmental Radiation Monitoring Specialist
• Medical Physics Assistant
• Nuclear Instrumentation Engineer

Malaysia Nuclear Engineering Salary in Malaysia:

• Fresh Graduates: RM 3,000 – 4,500
• Experienced Radiation/NDT Engineers: RM 5,000 – 8,000
• Senior Nuclear Safety & Research Roles: RM 8,000 – 12,000+

Specialised radiation and NDT roles often offer faster salary progression compared to general engineering fields.