The MS program in Electrical emphasizes the practical applications of Electrical and Electronics Engineering. The program offer graduates the opportunity to advance their skills in specialized areas. The successfully graduated may develop careers in Research and Development, Industry, Academia, Defense Organizations etc. At the MS level, the department of Electrical Engineering at C.U.S.T. offers specializations in the fields of

  • Control Systems,
  • Signal Processing,
  • Microelectronics & Microwave,
  • Telecommunication.
  • Power System

ADMISSION REQUIREMENTS

  • A minimum of 16 years of education leading to BS/ BE/ BSc in Electrical/ Electronics/ Telecommunications Engineering or equivalent. Applicants with undergraduate degree from non-relevant areas may be required to take some undergraduate courses to fulfill pre-requisite deficiencies as determined by the Graduate Admission Committee. The deficiency Cr. Hrs. will not be counted towards the minimum Cr. Hrs. requirement for the award of the MS degree.
  • Minimum 2.00/4.00 CGPA or 50% marks
  • Admission Test / HEC Approved Test

DEGREE REQUIREMENTS

AREA Cr. Hrs.
24 Cr. Hrs. Course Work and 06 Cr. Hrs. Thesis 30
27 Cr. Hrs. Course Work and 03 Cr. Hrs. Project 30
Course work only (10 Courses) 30

SPECIALIZATION REQUIREMENTS

A student can claim a specialization if he/she has completed 15 Cr. Hrs. including research work, if opted, from one of these specialization areas i.e. Control Systems, Signal Processing, Telecommunications, Electronics and Microwaves and Power Systems. Otherwise, on the completion of 30 Cr. Hrs., he/she will be awarded the MS Degree without any specialization.

DURATION

This is normally a two years program comprising of 4 semesters. There will be a Fall and a Spring semester in each year. The maximum duration to complete MS in Electrical Engineering is 4 years.

CGPA

A student is required to earn a minimum 3.00/4.00 CGPA on the completion of his degree requirements.

SPECIALIZATION AREAS

1. Control Systems

Course Title Course Code Cr. Hrs
Linear System Theory EE5813 3
Nonlinear Control Systems EE5823 3
Digital Control Systems EE5833 3
Control Systems Design EE5843 3
Robust Control Systems EE6843 3
Adaptive Control Systems EE6853 3
LMI in Control EE6863 3
Sliding Mode Control EE6893 3
Robotics and Control EE7833 3
Process Control EE6873 3
Neuro & Fuzzy Control Systems EE6883 3
Automotive Control Systems EE7813 3
Flight Control Systems EE7823 3
Flight Control Systems EE7843 3
Advanced Topics in Control Engineering EE78x3 3

2. Signal Processing

Course Title Course Code Cr. Hrs
Advanced Digital Signal Processing EE5613 3
Advanced Digital Image Processing EE5623 3
Adaptive Signal Processing EE6633 3
Pattern Recognition EE6643 3
Radar Signal Processing EE6673 3
Computer Vision EE6653 3
Machine Learning EE6683 3
Robotics Vision EE6693 3
Filter Banks and Wavelet Theory EE6683 3
Advanced Analog Filter Design EE6223 3
Advanced Topics in Computer Vision EE7613 3
Advanced Topics in Signal Processing EE7623 3
Medical Image Processing EE6663 3
Neural Networks and Deep Learning EE7633 3
Video Encoding and Processing EE7643 3

3. Telecommunications

Course Title Course Code Cr. Hrs
Stochastic Processes EE5413 3
Advanced Digital Communications EE5713 3
Information and Coding Theory EE5723 3
Advanced Computer Networks EE6713 3
Cellular and Mobile Communications EE6733 3
Mobile and Wireless Networks EE6763 3
Cognitive Radio Communications EE67x3 3
Multimedia Serivces Over IP Networks EE6773 3
Networks Security EE5733 3
Networks Programming EE5743 3
Network Architecture Design EE6783 3
Smart Grid Communications EE5753 3
Principles of Digital Communications EE5703 3
Advanced Crypotography EE5433 3
Advanced Satellite Communications EE6743 3
Advanced Optical Communications EE6543 3
Advanced Topics in Computer Networks EE77x3 3
Advanced Topics in Communications EE77x3 3
Advanced Antena Theory and Design EE6523 3
Software Define Radios EE6723 3

4. Electronics and Microwaves

Course Title Course Code Cr. Hrs
Solid State Electronics EE5233 3
Analog Integrated Electronic Circuits EE6213 3
RF Circuits Design EE6253 3
Advanced Antena Theory and Design EE6523 3
Advanced Microwave Engineering EE6533 3
Advanced Power Electronics EE6263 3
Computer-aided Digital VLSI Designing EE6323 3
Advanced ASIC Design and FPGA EE6333 3
Embedded System Design EE6343 3
Advanced Electromagnetic Theory EE5513 3
Advanced Semi-conductor Devices EE6233 3
Advanced Computer Architecture EE6313 3
Processing of Semi-conductor Devices EE6353 3

5. Power Systems

Course Title Course Code Cr. Hrs
Advanced Power System Analysis EE5113 3
Advanced Electrical Machine Design EE6133 3
Power System Stability and Control EE6143 3
Smart Grid EE6153 3
Renewable Energy Systems EE6163 3
Advanced Power Electronics EE6263 3

Research Thesis/Project

Course Title Course Code Cr. Hrs
Research Thesis CE6916 6
Research Project CE6913 3