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Details Information
Level Undergraduate
Faculty Faculty of Science, Management & Computing
Duration 3 years 4 months
Intakes May & September
Accreditation (EAC/BEM, MQA ref) MQA
Tuition (Total, Malaysian) RM82,530 (listed as Applied Physics on the fees page)

Who is this programme for?

This programme is for students who want to turn physics into real-world solutions—preparing for careers in energy, manufacturing, electronics, materials, and technology-driven industries, or for advanced study and research.

What will I learn, year by year?

"Year 1: Get hooked on physics—master mechanics, electricity, maths, and hands-on lab work that turns theory into “aha!” moments. Year 2: Go deeper with thermodynamics, optics, electronics, and computational physics, plus real experiments using modern instruments. Year 3: Specialise in areas like semicon, or energy, tackle advanced labs, and finish with a industry-linked project or internship where you solve real-world physics challenges."

Where do graduates work? Name employers and roles

new programme, no graduates yet

One thing that makes it different at UTP

At UTP, Industrial Physics is uniquely shaped by its strong focus on energy and process industries, blending core physics with practical, industry-relevant applications, advanced labs, and real-world projects that prepare you to solve tomorrow’s technological challenges.

Student Life: what should an applicant to this programme know?

The programme emphasises hands-on industrial training and projects, modern laboratory tools and software, professional talks, forums, workshops, industrial visits and industry partnerships.

Next Intake + Application Deadline

May and September. Application deadline: Not specified in the department brochure.

Placement or internship route for this programme

Yes. Student Industrial Training and Student Industrial Project are included in the programme.

Frequently Asked Questions

Semiconductor Technology and Sustainable Energy Technology.

Physics, electronics, AI, data analytics, photonics, instrumentation and sustainable energy.

Failure analysis, process development, testing, solar technology, QA/QC, technical support and R&D.