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M.E. in Electrical Engineering is a postgraduate level program in the Electronics and electrical engineering field. The program is covered in a duration of 2 years which would comprise of four-semester examinations conducted at the end of each term. The eligibility criteria for the program requires candidates to qualify B.E. or B.Tech in the said field with an aggregate of 55% marks and above from a reputed college listed under UGC/AIU.

Some of the top colleges who offer the program of M.E. in Electrical Engineering are as follows:

  • Coimbatore Institute of Technology - Tamil Nadu
  • Birla Institute of Technology (BIT Ranchi) - Jharkhand
  • Gujarat Technological University - Gujarat
  • Shri Ram Institute of Management and Technology (SRIMT) - Delhi
  • Savitribai Phule Pune University - Pune

The overall course fee falls between INR 9,600 to 19 Lacs.

Clearing the entrance examination held at the entry level to avail admission for the Master’s program in engineering is a prerequisite. However, the criteria and tests may differ based on the norms formulated by different institutions. Certain colleges may also hold counseling session for students shortlisted in the entrance to gain a deeper insight into their strengths and weaknesses. The program aids students to gain an in-depth knowledge of designing and testing electrical equipment used in manufacturing.

Those having a stronghold on subjects of mathematics and physics will be able to understand the intricacies of the subject in a much better way. Since this program deals with the advanced stage of electrical engineering, possessing the background knowledge of electrical networks, energy converters and use of electromagnetic field can prove beneficial for study. In addition, having a good analytical and problem-solving mind which is calm and patient at the time of crisis is a major advantage.

Students having mastered their knowledge about the various dimensions of the field have the lucrative opportunity to take up the profession of teaching in reputed colleges as well as undertake employment in different manufacturing companies. This course lays a strong foundation for those who wish to pursue the research program in the field. The remuneration earned by candidates of this field ranges between INR 2 to 9 Lacs

Top Colleges for Master of Engineering [ME] (Electrical Engineering)

  • Master of Engineering [ME] (Electrical Engineering) in Gujarat
  • Master of Engineering [ME] (Electrical Engineering) in Maharashtra
  • ME/M.Tech in Delhi-NCR
  • ME/M.Tech in Maharashtra
  • ME/M.Tech in Chennai
  • ME/M.Tech in Uttar Pradesh

M.E. in Electrical Engineering: Course Highlights

Course levelPost-graduation
Duration2 years
Examination TypeSemester
EligibilityQualifying B.E or B.Tech. with an aggregate of 55% marks and above/ Entrance Examination.
Admission processMerit List
Course FeeUp to INR 9,600 to 19 lakhs
Average salaryApprox. Up to INR 2 to 9 lakhs per annum
Top Recruiting CompaniesPower Generation, System Manufacturing, Telecommunications, Healthcare, etc.
Job PositionsPerformance Engineer, Electrical Protection Engineer, Electrical Design Engineer, Shift Maintenance Engineer, etc.

M.E. in Electrical Engineering: What is it About?

Engineering is a vast field of study which connects to different dimensions of workings. This field offers candidates to choose from the different branches which deal with various kinds of engineering technology applied in different areas. The branch of engineering which exclusively deals with the workings of electronics and the power generation is listed under electrical engineering. Earning a master’s degree in Electrical Engineering equips the students with the necessary skills needed to design and assess the testing of electrical equipment.

The program introduces students in designing and creating blueprints of systems, manage the diversified functions involved in designing microprocessors as well as future computers. Students who are particularly interested in expanding their knowledge of organizing and management of various products will find this program beneficial. Enrolling in this program lays strong grounds for candidates who wish to undertake research program in this field.

The curriculum concentrates on enabling students the ability to get to the crux of the problem, generate a solution and suggest solutions for better output. The coursework involves classroom study, projects, presentation, working on case studies and generation of master’s thesis. The students gain a detailed insight into the areas of electrical energy converters, uses of electromagnetic energy, electrical distribution systems, and management of electrical networks.

M.E. in Electrical Engineering is a comprehensive field of study which introduces students to the complexities of the field. This course is especially suitable for those who wish to become entrepreneurs, engineers in the areas of business, manufacturing, get into government and private sector or wish to seek employment in IT sectors. The course aims at molding the students in becoming expert engineers in the field to gain superior positions in organizations.

M.E. in Electrical Engineering: Top Colleges & Institutes

Name of InstitutionLocationAverage Course Fee (in INR)
All India Shri Shivaji Memorial Society’s College of Engineering (AISSMS)Pune57,224
Birla Institute of Technology (BIT Ranchi)Jharkhand5,44,000
Coimbatore Institute of TechnologyTamil Nadu2,63,000
Chandigarh University (CU)Punjab1,58,000
Indian Institute of ScienceBangalore27,400
Jadavpur UniversityWest Bengal9,600
Mahatma Gandhi Institute of Technical Education and Research CentreGujaratNA
Savitribai Phule Pune UniversityPune92,120
Shri Ram Institute of Management and Technology (SRIMT)Delhi56,000
Gujarat Technological UniversityGujarat19,00,000
Government Engineering CollegeGujaratNA
Delhi Technological UniversityDelhi2,74,000

M.E. in Electrical Engineering: Eligibility

The minimum eligibility criterion for enrolment to the program of ME in Electrical Engineering are as follows:

  1. Candidates are supposed to clear either their B.E. or B.Tech. in Electrical Engineering with a minimum aggregate of 55% marks and above.
  2. Certain reputed colleges and universities may hold their own entrance examination as regulated by the state government.

M.E. in Electrical Engineering: Admission Process

Aspirants seeking admission are required to go through the screening process prior to admission. This would involve clearing the qualifying examination of B.E. or B.Tech with a minimum aggregate of 55% marks and above from a reputed college or university listed under UGC/AIU. Certain colleges may conduct entry-level examinations at the state or national level to check the eligibility of the student.

After the students are shortlisted they may be notified to attend the counseling sessions conducted by certain colleges and state. Calculating the overall marks obtained in the entrance test and the qualifying examination, the admission of the candidate will be further processed. The admissions will also depend on the availability of seats and those reserved for SC/ST and OBC category. Application forms can be downloaded both through online and offline mode by visiting the official website of the college.

Selection Process

Listed below are the examinations held at entry level to the Engineering program:

  • GATE (Graduate Aptitude Test In Engineering)
  • BITSAT (Birla Institute of Technology and Science Aptitude Test)
  • JEE (Joint Entrance Examination)
  • WBJEEM (West Bengal Joint Entrance Examination)

All the important details about the program, the dates of admission will be listed on the official website of the college.

M.E. in Electrical Engineering: Syllabus

The curriculum comprises of instilling in candidates the qualities of problem-solving and interpreting the data in hand. The coursework trains the students in gaining a deeper perspective into the designing and assessment aspects of electrical equipment. The syllabus applies a balanced approach to theory and practice. 

The overall syllabus followed by most of the universities and colleges covered throughout the program is tabulated as follows:

Semester ISemester II
Power System Modelling and SimulationDigital Signal Processing
Modern Control SystemAdvanced Electrical Machines
Advanced Power ElectronicsPrinciples of Management
Communication & Research SkillsCore Laboratory II
Simulation LaboratoryElective II: Power Quality, Digital control systems, Power system dynamics & control, Digital Image Processing
Core Laboratory IElective III: Advanced Power Converters, Modelling and Simulation of dynamic, Flexible AC Transmission System, Embedded System Design
Elective I Advanced Micro. Architecture, Modern Power System Protection, Electrical Drives, Nonlinear Control SystemsInter-Disciplinary Elective II: Electrical Power Utilization
Interdisciplinary Electives I: Energy ManagementLaboratory Practice
Semester IIISemester IV
Power System Simulation LabThesis
Power Electronics and Drives Simulation Lab-
Control System Simulation Lab-
Elective IV: Digital Signal Processing & Applications, HDVC Transmission, Static Reactive Power Control and Facts, Special Electromechanical Device-
Thesis-

** The Syllabus of the program is subject to vary for different colleges.

M.E. in Electrical Engineering: Career Prospects

M.E. in Electrical Engineering is considered to be lucrative field as it opens a myriad of opportunities for candidates to pursue after the completion of the program. Students through the formulation of thesis and projects gain exclusive training which makes them competent to choose any career path in the field of electronics and manufacturing.

From handling to the generation of power, students are well equipped with the knowledge of electrical engineering. This opens up opportunities for them in areas of power generation, system manufacturing, telecommunications, healthcare and so on. Being abreast with latest technologies, graduates of this field can become Electrical Design Engineer, Shift Maintenance Engineer, Electrical Construction Engineer, Executive Trainee and so on.

Some of the jobs options which can be chosen by the graduates after the completion of the course which are as follows:

Job ProfileJob DescriptionAverage Salary (in INR) per annum
Electrical Design EngineerResponsibilities include evaluation of electrical systems, components, and products. Designing and conducting research, testing the properties and ensuring the working takes place efficiently.3.5 to 6 Lacs
Executive TraineeTraining candidates in executing the work responsibilities laid out to them including management, analysis, and maintenance of products.2.5 to 4 Lacs
Electrical Construction EngineerResponsibilities include designing, installation, maintenance of heating, lighting, and ventilation in the household.2.75 to 6 Lacs
Shift Maintenance EngineerThe work includes checking, repairing and servicing of equipment along with ensuring its smooth working. They are also responsible for undertaking planning and scheduling maintenance.3 to 6 Lacs
Electrical Protection EngineerPlanning the layout, overseeing the maintenance work of electrical equipment, ensuring there is proper supply of power and there are no dangers involved in the power systems.3.5 to 7 Lacs
Performance EngineerResponsibilities include testing the equipment, checking the safety aspects and maintenance of tools.4 to 7 lakhs
Professor/LectureImparting knowledge of the subjects and nuances of electronics and measurements applicable in the field to the student to make them proficient surgeons.7 to 9 Lacs

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