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BSc in Applied Physics

The Applied Physics Major is a package of modules that offers a broad and well-rounded preparation in the physics encountered in various fields ranging from aeronautical, financial, medical, IT, petro-chemical to various technical industries. The core modules for the GenNext Bachelor of Science major in Applied Physics contain basic, intermediate and advanced topics to cover necessary degree level knowledge in physics.

In general, mathematics is a requirement for those who are interested in the study of pure and applied physics, as the programme involves the use of some mathematical methods. It will therefore be beneficial to the students if they have prior or concurrent exposure to the mathematics. It must be emphasized that the responsibility is on the students to take necessary steps to ensure that they will not be deficient in any required preparations. In addition to essential elements of a GenNext degree and laboratory skills, computing skills and some applications of physics are also incorporated in the modules.

Degree Structure

The degree totals 120 modular credits: 60 MC of Programme Modules in Applied Physics, 20 MC of Advanced Specialisation, the 8-MC Lestari Pathway, 12 MC of Gateway Modules, and a 20-MC Discovery Year taken in Semester 4.

BSc (Hons) degree structure 120 MC · 3 years Programme Modules 60 MC Advanced Specialisation 20 MC 8 MC 12 MC Experiential Learning 20 MC Programme Modules — 60 MC Core and option modules of your chosen Major Programme Advanced Specialisation — 20 MC Advanced modules that deepen your area of study Lestari Pathway — 8 MC Melayu Islam Beraja, national identity and Islamic values Gateway Modules — 12 MC Writing, communication, digital, entrepreneurial and sustainability skills Experiential Learning — 20 MC Discovery Year undertaken in Semester 4 Lestari Pathway and Gateway Modules are ideally completed in the first two semesters. A maximum of 36 MC may be counted from Level 1000 modules; a minimum of 24 MC must come from Level 3000 Major modules.

Programme Modules — 60 MC

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1SPP-1201Experiments in Physics 14Major Core
2SPP-1202Mathematical Physics4Major Core
3SPP-1203Classical Mechanics4Major Core
4SPP-1204Electricity and Magnetism4Major Core
5SPP-2201Thermal Physics and Optics4Major Core
6SPP-2202Quantum Mechanics and Atomic Physics4Major Core
7SPP-2203Condensed Matter Physics4Major Core
8SPP-2204Concepts in Modern Physics4Major Core
9SPP-2205Experiments in Physics 24Major Core
10SPP-2206Vibration and Waves4Major Core
11SPP-2207Thermodynamics, Fluids and Statistical Mechanics4Major Core
12SPP-3201Research Project8Major Core
13SPP-2301Nuclear and Particle Physics4Major Option
14SPP-2302Introduction to Materials Science4Major Option

Advanced Specialisation — 20 MC

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15SPP-2401Introduction to Computational Physics4Elective
16SPP-3401Electronics: Analogue and Digital4Elective
17SPP-3402Polymer Physics4Elective
18SPP-3403Renewable Energy4Elective
19SPP-3404Physics of Solar Cells4Elective
20SPP-3405Characterisation and Evaluation of Materials4Elective
21SPP-3406Environmental Physics4Elective
22SPP-3407Physics in Medicine and Biology4Elective
23SPP-3408Physics of the Universe4Elective

A maximum of 36 MC may be counted from Level 1000 modules; a minimum of 24 MC must come from Level 3000 Major modules. Students are typically expected to complete their Programme Modules (excluding the Research Project, SPP-3201) before progressing to Advanced Specialisation.

Elective modules for other UBD students

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24SEP-2401Introduction to Renewable Energy4Elective

Teaching and assessment

Students will attend lectures, tutorial, seminars and hands-on practical classes. As part of their major core requirement, students will also conduct research projects under the supervision of academic staff. Assessment methods vary depending on the type of modules taken and most of the modules involve both coursework-based assessment (such as practical reports, assignments, tests and seminars) and examination.

Facilities

The major instruments available in the Applied Physics laboratories are UV-vis, fluorescence and Fourier-transform infrared spectrophotometers, thermal evaporator, optical microscope, particle size analyser, bomb calorimeter, tensile test machine and thermogravimetric analyser (TGA).

Careers

Applied Physics graduates from UBD are working with various Government and private agencies. Some possibilities are Oil and Gas sector, Ministry of Defense, Ministry of Energy, Ministry of Health, Ministry of Education, Ministry of Communications, research organizations.

Entry requirements and how to apply

Admission to all five FOS Major Programmes uses the same entry and English-language requirements, and students declare their Major by Week 8 of the first semester.