MS in Electrical Engineering Subjects and Syllabus

Duration: 2 Years
Avg Fees: ₹1 - 20 LPA
Surobhi Chatterjee
Surobhi Chatterjee

Updated on - Jan 4, 2023

The MS in Electrical Engineering syllabus will include a variety of specialisations like Power Systems, Microelectronics, Electro Physics, Integrated Devices and Systems, Nanoelectronics, Communication Networks, Integrated Circuit Design, Computer Vision & Biometrics, among others. Through a unique blending of likely disciplines, one will get the knowledge you need to start a career in this sector. The following is a list of the MS Electrical Engineering course syllabus.

Semester Wise MS Electrical Engineering Syllabus

The MS Electrical Engineering curriculum includes a wide range of topics, including Electrical Engineering, as well as specialisations in Power Systems, Microelectronics, Electro physics, Integrated Devices and Systems and others. The MS Electrical Engineering courses are broken up into four semesters and cover a wide range of topics. The following is a list of the MS Electrical Engineering subjects offered each semester:

MS Electrical Engineering First Year Syllabus

The table below contains the list of MS Electrical Engineering subjects in the first and second years:

Semester I Semester II
Advanced linear electronics: concepts, devices and circuits Advance electromagnetic
Advanced digital concepts: microprocessor Communication electronics
Computer fundamentals & basic environment Advance microprocessors
Elements of electromagnetic MS-office

MS Electrical Engineering Second Year Syllabus

The table below contains the list of MS Electrical Engineering subjects in the first and second years:

Semester III Semester IV
Advance communication Fibre optics
The ‘C’ language A circuit simulation using P Spice
Electronic techniques Advance computer hardware
Computer hardware Optional paper (Any One)i. Microwave Electronics. Power Electronics. Bio-medical instrumentation. Robotics

MS Electrical Engineering Subjects

Over the course of two years, MS Electrical Engineering courses cover a wide range of subjects and topics that are crucial for prospective students to study. Core and elective categories are used to categorise the subjects for the MS Electrical Engineering programme. A list of MS Electrical Engineering courses is provided below:

MS Electrical Engineering Core Subjects

The core MS Electrical Engineering subjects list of essential subjects that all MS Electrical Engineering students study, is as follows:

  • Fundamentals of Electrical Engineering
  • Electromechanics
  • Analog and Digital Electrical Circuits
  • Engineering Electromagnetics
  • Circuit Theory
  • Power Electronics Devices and Circuits
  • Communications Engineering
  • Physical Electronics
  • Computer Architecture
  • Control Engineering
  • VLSI Technology and Design
  • Antennas and Propagation
  • Electric Transportation
  • Permanent Magnet Motors
  • Computer-Aided Testing of Electric Motors
  • Soft Computing
  • Microprocessors-Based Industrial Control
  • Sonar System Engineering
  • Computer Vision 

Practicals:

  • Practical Session
  • Seminar
  • Internship
  • Project Work

MS Electrical Engineering Elective Subjects

  • Electronic System Design
  • Permanent Magnet Brushless and Reluctance Motors
  • Renewable Energy Sources
  • Advanced Microprocessors and Microcontrollers
  • Signals and Systems
  • Dynamics and Modelling of Electrical Machines
  • Extra High Voltage Transmission
  • Applications of Power Electronics in Power System
  • Computer Techniques in Power Systems
  • Design of Permanent Magnet Brushless and Reluctance Motors
  • Electromagnetic Interference and Electromagnetic Compatibility
  • Advanced Electrical Power System
  • Control of Electric Drives

MS Electrical Engineering Course Structure

Core and elective courses are frequently offered in MS Electrical Engineering programmes.  Core subjects take up the first few semesters of the Engineering programme. After that, candidates have the option of customising their second-year Electrical Engineering course by choosing electives based on their post-Electrical Engineering employment goals.

The topics included in the MS Electrical Engineering programme provide not just theoretical understanding but also vital interpersonal and practical abilities. The MS Electrical Engineering course structure is broken down as follows:

  • II Semesters
  • Core Courses
  • Elective Courses
  • Practicals
  • Seminars
  • Internship
  • Project Work

MS Electrical Engineering Teaching Methodology and Techniques

MS Electrical Engineering programme uses its own set of instructional strategies. Practical lessons are used to teach subjects so students can understand what is being taught to them. Various teaching methods are employed by various MBA programmes. MS Electrical Engineering uses case studies, group projects and other types of action-based learning.

  • Practical /Project sessions
  • Internship
  • Seminars
  • Regular Lectures

MS Electrical Engineering Course Projects

The MS Electrical Engineering programme emphasises group projects and activities through project-based learning, which is a prevalent teaching technique. As they move through the course, groups of six to eight students each work on assignments and other duties relevant to the course.

Working on projects is largely used to make sure that pupils fully grasp the principles. Some of the most popular MS Electrical Engineering projects include the following:

  • Construction Of A 5kva Stabilizer
  • Construction And Design Of Traffic Lights
  • Design And Construction Of A 0-24v Variable Regulated Power Supply
  • Distance Proximity Sensor
  • The Repair Of A Damaged Air Conditioner

MS Electrical Engineering Course Books

The course textbooks for the MS Electrical Engineering syllabus are available to students both online and offline. Students can access the reference texts as well as the course details before enrolling in the course.

Name of Book Author
Electrical Power Systems C. L. Wadhwa
Electrical Machinery P. S. Bimbhra
Control Systems Engineering I.J.Nagrath, M. Gopal
Power Systems Engineering I. J. Nagrath, D Kothari

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