Master of Science in Electronic Physics


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Course Overview

Although Physics is defined as the study of matter as well as energy and interaction between the two, physicists also answer large questions like: how did the world come to being? How is the universe changing as we speak? These are deep, philosophical questions which physicists attempt to answer through scientific knowledge. With a Master in Physics, students will explore these questions and more.
If you want to be a part of this ground-breaking science, then perhaps a Master in Physics is the path for you. On this site you will find an array of programs from many countries that offer Master in Physics degrees. Not only are these programs in just Physics, but also Electronics and Communications, Laser Science and Nanomaterial. So if you’re interested in a Master in Physics, this is the place to be.

The Master of Engineering (Electronic Systems) offers a unique combination of scientific and engineering appeal in Electronic Engineering. It provides candidates with the opportunity to conduct in-depth study in Electronic Engineering and also equips them with the ability to perform professional analysis, design, implementation, testing and documentation. Throughout the programme, candidates will be encouraged to participate in such knowledge-enhancement activities such as report writing, laboratory works and technical studies. Knowledge developed in this field will further enhance the capability of the nation to utilize the human and natural resources of the country efficiently. Overall, this programme intends to produce graduates who are competent and highly skilled in jobs involving research, analysis, writing, teaching or consulting.

Graduates are expected to exhibit knowledge of advances and developments in fields such as electronic manufacturing, micro-fabrication, advanced electronic devices and sensors, optics and optoelectronics, communication and networking, embedded systems and advanced programming for embedded hardware. Graduates would be able to demonstrate broadened knowledge in research methodologies, formulate and apply solutions to research problems and effectively interpret research results and exercise critical judgments. Download Course Catalog.

Program Structure:

Course Code First Semester Courses Credit
EEC 801 Communication Skills 5
EEC 802 Analog Electronics 5
EEC 803 Communication Electronics 5
EEC 804 Digital Electronics 5
EEC 805 Network Theory 5
EEC 806 Mathematical Physics 5
Course Code Second Semester Courses Credit
EEC 811 Microwave Communication 5
EEC 812 Microprocessors 5
EEC 813 C++ Programming 5
EEC 814 Power Electronics 5
EEC 815 Classical Mechanics 5
EEC 816 Quantum Physics 5
Course Code Third Semester Courses Credit
EEC 821 Digital Signal Processing 5
EEC 822 Programming Logic Controllers Radio 5
EEC 823 Wave Propagation and Antenna 5
EEC 824 Electronics 5
EEC 825 Physics Laboratory 5
EEC 826 Computational Physics 5
Course Code Fourth Semester Courses Credit
EEC 831 Optical Fibber Communication 4
EEC 832 Embedded System 4
EEC 833 Programmable Peripheral Interfaces 4
EEC 834 Digital Communication 4
EEC 835 Statistical Mechanics 4
ENT 836 Entrepreneurship 5
EEC 837 Master Thesis 5


Career Opportunities

Physics is one of the most applicable sciences in existence and can lead to careers in technology, sports and games, space science, sound engineering in music and television, and a lot more. A Master in Physics is an excellent choice for students seeking exciting and promising careers in a variety of settings.


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