Academic Programs

PhD Physics

Overview Road Maps Course Outline Why Pursue PhD Physics

MS/M.Phil/PhD Physics

(Note for PhD Physics students: They are not required to take core courses and may freely choose courses of their own choice.)

Core Courses for MS/M.Phil. Physics

Core Courses
PH6012 Advanced Quantum Mechanics
PH6031 Advanced Mathematical Methods for Scientists and Engineers
PH6041 Advanced Electrodynamics
PH6011 Advanced Statistical Mechanics

List of Elective Courses

Elective Course CodeElective Course Name
PH6021 Advanced Classical Mechanics
PH7125 Nanotechnology
PH7130 Thin Film Technology
PH7232 Plasma Physics
PH7245 Health Physics
PH7249 Optoelectronics
PH7250 Materials Science
PH7251 Principles of Optics
PH7252 Introduction to Nuclear Science
PH7253 Optical Detectors and Applications
PH7254 Fundamentals of Sensors and Sensor Systems
PH7255 Fundamental of Photonics
PH7256 Physics of Fluids
PH7257 Theory of Computation
PH7258 Image Formation
PH7259 Laser and their Applications
PH7261 Advanced Optics
PH7262 Nuclear Physics and High Energy Physics
PH7263 Solid State Physics
PH7264 Atomic, Molecular and Optical Physics
PH7265 Semiconductor Physics
PH7266 Computational Physics
PH7267 Introduction to Thin Film Science and Technology
PH7268 Emerging Energy Technology
PH7260 Experimental Techniques in Physics
PH7269 Quantum Theory of Solid
PH7270 Optical Properties of Solid
PH7271 Magnetic Properties of Solids
PH7272 Quantum Electrodynamics
PH7273 Relativistic Quantum Mechanics
PH7274 Gauge Field Theories
PH7275 High Energy Physics
PH7276 General Relativity
PH7277 X-ray Diffraction
PH7278 Defects in Solids
PH7279 Quantum Optics
PH7280 Experimental Plasma Physics
PH7281 Environmental Physics

Additional Notes:

  • The MS/M.Phil. roadmap is revised in line with the new HEC policy.
  • Course content follows HEC guidelines.

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