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MS / M.Phil Electronics

MS / M.Phil Electronics: 2-Year, 4-Semester Program (40 Credit Hours)

The main purpose of MS / MPhil Electronics program is to provide the students with advanced education in specialized areas of Electronics and to develop their analytical and research skills through a rigorous teaching and research process. After successful completion of the program, the students are expected to become competent professionals in the Electronics field as well as good researchers equipped with necessary skills required for perusal of advanced research in various fields of Electronics.

Pre-requisite: Masters / 4-Year Graduation in Electronics or relevant discipline (16-year education), pre-entry test and interview.

Note: Having passed 1st semester course work with GPA 3.0 or above, MS/M.Phil students are eligible to start research while the 2nd semester coursework is in progress. 

Semester I

S.No.

Code

Course Title

Cr. Hrs.

1

ELEC-800

Advanced FPGA based Design

4

2

ELEC-802

Research Methods & Communication Skills

4

3

ELEC-804

Elective-I

4

4

ELEC-806

Elective-II

4

 

 

Semester Total

16

 

Semester II

S.No.

Code

Course Title

Cr. Hrs.

  1

ELEC-808

Elective-III

4

2

ELEC-810

Elective-IV

4

 

 

Semester Total

08

 

3rd to 4th Semester:

Research on the approved topic and thesis / dissertation write-up and its defense (16 Credit Hours).

 

 A list of elective courses for MS / MPhil Electronics program:

S.No

Course Title

Credit Hours

  1.  

Introduction to MEMS Design and Micromachining

4

  1.  

Microprocessor based System Design

4

  1.  

Modeling and Simulation of Dynamic systems

4

  1.  

Fiber Optics and Integrated optics

4

  1.  

Power Electronics

4

  1.  

Digital Signal Processing

4

  1.  

Bioinformatics

4

  1.  

Mobile ad hoc networks

4

  1.  

Biometrics sensors and technology

4

  1.  

Nanotechnology

4

  1.  

Biomedical Materials and Sensors

4

  1.  

System on Chip (SoC)

4

  1.  

Mobile Radio, Propagation and Antennas

4

  1.  

Power electronics for renewable energy systems

4

  1.  

Autonomous Robotics Engineering

4