To complete the programme, students have to acquire a total of 30 credit units (CUs), of which 18 CUs must be acquired from core courses in graduate level applied physics and the remaining 12 CUs can be acquired from a list of elective courses which are structured for advanced applied physics in the specialized areas of General Advanced Physics, Energy Materials Physics and Biomedical Physics.
Core courses (18 credit units)
| PHY5501 | Modern Characterization Techniques for Materials Physics | (3 CUs) |
| PHY6501 | Advanced Instrumentation and Measurement Methods for Experimental Physics | (3 CUs) |
| PHY6502 | Advanced Computational Methods | (3 CUs) |
| PHY6503 | Mathematical Methods for Scientists and Engineers | (3 CUs) |
| PHY6504 | Physics at Nanoscale | (3 CUs) |
| PHY6505 | Modern Topics in Engineering and Applied Physics | (3 CUs) |
Elective courses (12 credit units)
| PHY5502 | Frontiers in Physics | (3 CUs) |
| PHY6180 | Modern Scattering Methods in Materials Science | (3 CUs) |
| PHY6251 | Advanced Quantum Mechanics | (3 CUs) |
| PHY6253 | Introduction to Biophysics | (3 CUs) |
| PHY6252 | Statistical Mechanics | (3 CUs) |
| PHY6254 | Fundamentals of Laser Optics | (3 CUs) |
| PHY6255 | Introduction to Quantum Optics | (3 CUs) |
| PHY6506 | Advanced Electrodynamics | (3 CUs) |
| PHY6521 | Advanced Solid State Physics | (3 CUs) |
| PHY6522 | Advanced Imaging Physics | (3 CUs) |
| PHY6523 | Advanced Nuclear Medicine Physics | (3 CUs) |
| PHY6524 | Advanced Radiotherapy Physics | (3 CUs) |
| PHY6525 | Advanced Wave Functional Materials for Energy Applications | (3 CUs) |
| PHY6526 | Energy Materials: Physics and Applications | (3 CUs) |
| PHY6527 | Environmental Physics | (3 CUs) |
| PHY6528 | Advanced Research in Applied Physics | (9 CUs) |
| PHY6603 | Introduction to Quantum Information | (3 CUs) |
*Course offering subject to change.