M.Tech. in Communication Systems is a 2-year postgraduate
Electronics and Communication Engineering course. Communication Technology
combines the fields of Information Technology and Telecommunications. The
program focuses on equipment, devices, and technologies that communicate voice,
data, and multimedia information. Students enrolled to the course are taught to
design, operate, install, and service communications systems and equipment to
meet the needs of businesses and other organizations.
The programs is
sub-divided into five fields of specialization, viz. Media Studies,
Organizational Communication, Government Communication, Health Communication
and Identity, and Diversity In Communication. Major subjects of study that form
part of the course’s curriculum are VLSI frameworks, Equipment Portrayal
Dialects, and CAD Instruments. The elective courses included in the curriculum
aim at imparting specialized skills in the use of advanced VLSI Design
Techniques for application in different disciplines within Electrical Sciences.
The minimum
requirement of eligibility for applying to the course is B.E./B.Tech. in a
relevant subject with a minimum aggregate score of 60% or equivalent CGPA. Such
postgraduates are hired in capacities such as Public Relations Specialist,
Media Consultant, Communications Coordinator, Speech Writer, Systems
Consultant, Consulting Systems Engineer, Design Manager, Communication Manager,
Senior Communication Services Engineer, Unified Communication Engineer,
Technical Leader, etc.
Why Study Communication System?
Scope of the Course:
Such postgraduates are lucratively hired in industries such as
manufacturing, and service organizations such as broadcasting, consulting, data
communication, entertainment, research and development, and system support, and
in recent times, exchange of data through video conferencing and web
broadcasting.
Major sectors of employment for such professionals include:
M.Tech. in Communication Systems: Syllabus
Semester
I
|
Semester
II
|
Linear Operators and Generalized Functions |
Advanced Digital Communication |
Probability and Stochastic Processes |
Broadband Wireless
Technologies |
Detection and Estimation |
Optical Communication Systems |
Microwave Circuits |
Elective III |
Elective I |
Elective IV |
Elective II |
Elective V |
Microwave and MIC Laboratory |
Fibber Optics Laboratory |
Semester
III
|
Semester
IV
|
Project-Phase I |
Project-Phase II |
List of Elective Subjects |
- |
Advanced Digital Signal Processing |
Spectral Analysis of Signals |
Ad Hoc Networks |
WDM Optical Networks |
Analogue VLSI |
Advanced Techniques for
Wireless Reception |
Digital Signal Processing Structures for
VLSI |
Error Control Coding |
High Speed Communication Networks |
Digital Communication Receivers |
Wavelet Signal Processing |
Analysis and Design of Planar
Transmission Lines |
RF MEMS |
FPGA-based System Design |
Smart Antennas |
Mixed-Signal Circuit Design. |
Designing with ASIC s |
- |
Eligibility:
Listed below are the minimum criteria of eligibility that interested
candidates need to fulfil to apply for the course.
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