M.Sc. Electronics – Hajvery University – Lahore

April 1, 2015

Course Name: M.Sc. Electronics

Overview

Electronics is leading the information revolution. Developments in multimedia applications, fibre optics, chip and switching technologies are rapidly changing the way we live. To compete effectively in today’s global market, professionals need to keep informed of innovative advances in technologies that fundamentally affect the Electronics industry.

The Department Electronic at the University is renowned for its leadership in education. The Department offers courses to give professionals the cutting edge in Electronics. These courses offer students the opportunity to develop and broaden their understanding of the scientific, technological and management skills necessary to develop a successful career in Electronic.

Number of Semesters: 4

Requirements

B.Sc., E.E, M.Sc. (Physics), M.Sc. (Double Math)

Course Duration: 2 years

Curriculum:

SCHEME OF STUDY FOR M.Sc. Telecom / Electronics
Semester 1
MTS-301 Computing Fundamentals MTS-302 Data Communication & Networks MTS-303 Programming Principles and Applications MTS-304 Introduction to Telecommunication Systems MTS-305 Electronic Devices and Circuits MTS-306 Linear Algebra and Differential Equations	3 3 2+1 3 2+1 3
S. Total	18
Semester 2
MTS-351 Data structures and Algorithm MTS-352 Network Operating Systems – I MTS-353 Networking Fundamentals – I MTS-354 Digital Logic Design MTS-355 Telecommunication Network Design MTS-356 Telecom Standards & Regulations	3 2+1 2+1 3 3 3
S. Total	18
Semester 3
MTS-401 Network Operating Systems – II MTS-402 Networking Fundamentals – II MTS-403 Transmission Lines, Antennas & Wave Propagation MTS-404 Signals & Systems MTS-405 Remote Access Networks MTS-406 Elective – I	2+1 2+1 3 3 3 3
S. Total	18
Semester 4
MTS-451 Mobile & Wireless Communication MTS-452 Telecom Software Design MTS-453 Digital Signal Processing MTS-454 Network Security MTS-455 Elective – II MTS-456 Project	3 3 3 3 3 6
S. Total	21
Grand Total	75

NETWORKS AND COMMUNICATION:

ELECTRONICS:

1) Advanced Computer Networks
2) Advanced Digital Signal Processing
3) Stochastic processes
4) Digital Communication Systems
5) Encryption / Decryption Techniques
6) Optical Communication

RF AND MICROWAVE:
1) Analysis and Design of RF Circuits
2) Antenna Theory and Design
3) Advanced Microwave Theory
4) Microwave Semi-Conductor Devices
and Circuits

1) Electronic System Design
2) Digital Electronics
3) Integrated Electronics
4) Power Electronics
5) Medical Instrumentation
6) Digital Signal Processing
7) Digital Image Processing
8) Neural Networks
9) Opt Electronics
10) Remote Sensing
11) Embedded Systems