Industrial Physics Program prepares students to be highly competitive in industries, government, graduate school or entrepreneurship by providing theory, knowledge and skills in Science and Technology.
The curriculum is designed to produce physicist and technologist with a strong fundamental knowledge and skills in physical sciences that have the ability to think, analyze, and apply to support the development of human capital both in science and technology.
Programme Info:
Physics I (Mechanics)
Physics II (Electricity and Magnetism)
Physics Practical I
Physics III (Wave and Optics)
Modern Physics
Mathematical Methods in Physics II
Physics Practical II
Modern Physics
Mathematical Methods in Physics II
Physics Practical II
Physics Method for Experiment and Measurements
Quantum Physics
Thermodynamics Physics
Physics Practical VI
Statistical Physics
Solid State Physics
Laser Physics
Scientific Project I
Scientific Project II
Instrumentation Physics
Industrial Training
Basic Electronics
Digital Electronics
Computational Physics and Modelling
Advanced Electronics
Semiconductor Physics
Communication Electronics
Noise and Vibrations
X-Ray Crystallography
Nuclear Physics
Semiconductor Technology
Special Topics in Physics with Electronics
Optoelectronics
Microprocessor
Digital Signal Processing
Electroacoustics
Head of Programme
Academic Staff
Academic Staff
Academic Staff
Academic Staff
Academic Staff
Academic Staff
Academic Staff
Academic Staff
Academic Staff
Academic Staff
Academic Staff