Master of Science [M.Sc] (Electronic Science) Syllabus, Course Structure and Program Schedule 2025-2026

In synchronization of latest trends and demands from the industry, the syllabus of course is designed and revised accordingly. It aims at boosting the knowledge and polishing the skills of the students that are applicable in industry. M.Sc. Electronic Science encompasses core courses, electives and practical.

The delivery methods for this course involve theoretical classes, lab work, hands-on practical training, workshops etc. Syllabus for this course may vary with institute to institute but it generally covers the following topics:

Paper	Topics	Objective
Advance Linear Electronics: Concepts, Devices And Circuits	Introduction to data acquisition, analog switches, a/d converters chips, digital to analog converters, quantizing theory, sampling theory, coding for data converters, amplifiers and filters, settling time, digital to analog converters, voltage reference circuits, analog to digital converters, integrating type a/d converters, analog multiplexers,	This paper focuses on the concepts and principles of advance linear electronics: concepts, devices and circuits.
ADVANCE DIGITAL CONCEPTS: MICROPROCESSOR	Basic microprocessor concepts, keyboard and display controller, peripheral programmable interface, programmable interrupt controller, programmable interrupt controller. General interfacing module,	This paper aims at the concepts and principles revolving around microprocessor.
ELEMENTS OF ELECTROMAGNETICS	Vector analysis, vector calculus, electrostatics, magnetostatics, -maxwell s equations for static em fields-magnetics scalar and vector potential-derivation of biotsavart's law	The focus of this paper is on the concepts that are concerned with electromagnetics.
ADVANCE ELECTROMAGNETICS	Electromagnetic wave & applications, electromagnetic wave propagations, transmission lines, waveguides, antennas, plane wave in free space-good conductors-power and the poynting vector-reflection of a plane wave at normal incidence-reflection of a plane wave at oblique incidence	The objective of this paper is to equip the students with knowledge about advance electromagnetics.
COMMUNICATION ELECTRONICS	Basic communication concepts, angle modulation, angle modulator receivers, fm receiver fm demodulator-slope detector-balanced slope detector-faster-seely discriminator-ratio detector-pllfm demodulator-amplitude limiters and fmthreshholding-limiter circuit	The aim of this paper is to acquaint the students with the concepts that are concerned with communication electronics.
ADVANCE MICROPROCESSORS	Hardware details of 8088, memory system design, 8086 software aspects, introduction to programming 8086, programming with dos and bios function calls, advance programming, using disk and files,	This paper focuses on the principles of advance microprocessors.
ADVANCE COMMUNICATION	Digital communication system functional architecture, communication channel, coded and uncoded digital communication system architecture, advantage of digital transmission, pulse modulation, pcm, folded binary code, linear vs. non-liner pcm codes, companding, delta modulation pcm, differential pulse code modulation.	This paper teaches the methods and techniques involved in advance communication.