Department of Physics and Electronics

Description of the courses

M.Sc. Electronics

Objective:
To prepare the students with in depth knowledge in the field of Electronics broadly and particularly in Simulation of Circuits, Microstrip Patch Antenna and VLSI Designing.
To provide expertise in softwares and hardwares related to above fields.
To impart theoretical as well as practical knowledge of Integrated circuits, Optical fiber, Antenna, Microprocessor and VLSI Design.

Programme Outcomes:
On completion of M.Sc Programme,the student will be able to:
After,completion of M.Sc course students will be absorbed in Antenna, VLSI and optical fiber industry/research labs.
Prepare for GATE/NET/SET in Electronics and recognize opportunities for higher studies.
To elevate the analytical skills of the students and to empower diverse learning with an aptitude for creative synthesis, individual thoughts and collaborative action; this will equip them to face global challenges.

Admission Procedure:
Admission is done through Common Entrance Test (CET) / Merit.
Eligibility:
B.Sc. (Electronics/Physics) with minimum 45% aggregate marks.

Programme Structure

FIRST SEMESTER:
Mathematical Techniques
Physics of Electronic Materials
Network Analysis and Synthesis
Electronic Circuits and Digital Electronics
Electronics and Programming Laboratory
Seminar-I

SECOND SEMESTER:
Electromagnetic Fields and Antenna
Optoelectronics and Optical Communication
Linear Integrated Circuit and Applications
Microprocessor and Interfacing
Linear Integrated Circuit and Microprocessor Lab
Seminar-II (Related to MOOCS Course or NPTEL)

THIRD SEMESTER:
VLSI Design and VHDL
Digital Signal Processing
Control System
Elective (Anyone from elective group paper)
VLSI Design and communication Lab
Review of Literature for IV semester project and Seminar

FOURTH SEMESTER:
OPTION-I
Programming in C and Matlab
Data communication and Networks
Dissertation* Topics as suggested by Respective Supervisor
OPTION-II
Moocs course on the topic as given in option-I
Moocs course on the topics as given in option-I
Dissertation*:Topic as suggested by respective supervisor

M.Sc. Physics

Objective:
To provide hands-on experiences of how embedded systems could be used to solve problems
To provide experiential learning with real world coding experience.
Facilitate knowledge creation in the field of Embedded Hardware, advanced microcontrollers such as ARM, embedded programming environment.

Programme Outcomes:
On completion of M.Sc Programme,the student will be able to:
To get the in depth knowledge in Physics and Electronics for research and Academics.
To develop research interest in students so that they can become scientist in National Research Laboratories.
Prepare for National level examinations like GATE/NET/SET in the field of Physics and recognize opportunities for higher studies.

Admission Procedure:
Admission is done through Common Entrance Test (CET) / Merit.
Eligibility:
B.Sc. (Electronics/Physics) with minimum 45% aggregate marks.

Programme Structure

FIRST SEMESTER:
Mathematical Physics
Classical Mechanics
Quantum Mechanics-I
Basic Electronics and Digital Electronics
Electronics Lab- I
Seminar-I

SECOND SEMESTER:
Condensed Matter Physics
Electrodynamics and Plasma Physics
Quantum Mechanics-II
Microprocessor and Interfacing
Solid State Physics Lab
Seminar-II (Related to MOOCS Course or NPTEL)

THIRD SEMESTER:
Statistical Mechanics
Atomic and Molecular Physics
Nuclear and particle Physics
Elective (Anyone from the elective group papers)
Integrated Circuits, Microprocessor and Communication Laboratory
Review of Literature for final semester dissertation and Seminar

FOURTH SEMESTER:
Option-I
Programming in C and MATLAB
Electronic,Microwave and Optical Communication.
Dissertation*:Topic as suggested by respective Supervisior
Option-II
Moocs course on the topic as given in option-I
Moocs course on the topic as given in option-I
Dissertation*:Topic as suggested by respective Supervisior