General Physics I for Science and Engineering Students

General Physics II for Science and Engineering Students

General Physics III

General Physics Lab I

Introduction to Astronomy

General Physics Lab II

General Physics I for Biological and Premedical Sciences

General Physics II for Biological and Premedical Sciences

General Physics Lab

General Physics Lab

Modern Physics

Modern Astronomy

Principles of Electronics

Mathematical Methods in Physics

Digital Electronics

Introduction to Remote Sensing

Quantum Physics I

Quantum Physics I

Modern Physics Lab

Classical Mechanics

Electromagnetic Theory

Thermal Physics

Semiconductor Physics & Devices

Physical Properties of Solids Lab

Computational Physics I

Applied Optics

Introduction to lasers

Laser Physics Laboratory

Introduction to Optical Waveguides

Integrated Optics

Physics of Climate

Digital Design I

Object Oriented Programming

MicroComputer Architecture

Quantum Mechanics

Nuclear Physics

Special Relativity

Solid State Physics

Advanced Physics Laboratory

Mathematical Physics

Atomic Physics

Statistical Physics

Particle Physics

Modern Optics

Laser Applications

Solid State Devices

Solid State Devices Lab

Physics of Photoelectronic Devices

Laser Applications

Laser Application Lab

Optical Communications

Laser Devices

Laser Devices Laboratory

Lasers in Medicine and Surgery

Advanced Lasers and Optics Laboratory

Optical Communications

Optical Imaging Processing & Analysis

Optical Fiber Sensors

Global Positioning Systems (GPS)

Space Physics

Visible and IR Remote Sensing

Microwave Remote Sensing

Microwave Radiometry Applications

Satellite Meteorology

Radar Signal Processing

Digital Image Processing

Medical Electronics

Digital Signal Processing

System Programming

System Programming Laboratory

System Interfacing & Sensors

System Interfacing & Sensors Laboratory

Electronics Circuits

Project