Master of Engineering in Electrical Engineering
Duration
2 Years
|
Level
Post Graduation
|
Type
Degree
|
Eligibility
Graduation
|
ME Electrical Engineering or Master of Engineering in Electrical Engineering is a two years Post-Graduate Electrical Engineering course. The Electrical Engineering program prepares the students to make an immediate contribution to the workplace and become leaders in the industry. Electrical engineering is concerned with the creation of a blueprint to manage various space functions, designing advanced microprocessors for future computers, enhancing solar cells, and creating sources for electric power that are safer to use from an environmental point of view.
The Electrical Engineering program teaches students how to design and develop assessment testing for the manufacturing of electrical equipment. Completing a master's program in electrical engineering can help students to become leaders in the industry who are up-to-date with important technological changes in the field.
ME Electrical Engineering Eligibility
- The candidates must have passed a BE / B.Tech degree or equivalent from a recognized University.
- The students should have scored a minimum of 55% aggregate marks.
- Some reputed colleges and universities conduct an entrance examination for admission.
ME Electrical Engineering Syllabus
Syllabus of Electrical Engineering course as prescribed by various Universities and Colleges.
ME Electrical Engineering Semester-I
|
Sr. No.
|
Subjects of Study |
1
|
Advanced Mathematics |
2
|
Dynamic Systems and Control / Advanced Power System Analysis / Machine Modelling & Analysis |
3
|
Power Electronics Devices & Circuits / Discrete-Time Control Systems |
4
|
Elective-I
- Advanced Power System Stability
- Fast Transients in Power System
- Neural Networks & Fuzzy Logic
- Power System Group
- Power System Operation and Control
|
5
|
Elective-II
- Control System Group
- Neural Networks & Fuzzy Logic
- Operation Research
- System Dynamics and MetaSystems
|
6
|
Elective-III
- Applications of Power Electronics to Power Systems
- Neural Networks & Fuzzy Logic
- PLC & Micro Controllers
- Power Electronics & Drives
|
ME Electrical Engineering Semester-II
|
1
|
Advanced Design Techniques in Control / EHVAC Transmission / Power Electronics Control of AC & DC Drives |
2
|
Design of Experiments & Research Methodology |
3
|
Elective-IV
- HVDC Transmission
- Modern Protection Methods
- Power System Group
- Power System Voltage Stability
- Power System Planning in Deregulated Environment
- Static Reactive Power Control and Facts
|
4
|
Elective-V
- Control System Group
- Digital Signal Processing & Applications
- Non-Linear Adaptive Control
- System Modelling & Optimization
|
5
|
Elective-VI
- Digital Signal Processing & Applications
- Modeling & Analysis of Electric Motor Drive System
- Power Quality
- Power Electronics & Drives
- Special Electromechanical Device
|
ME Electrical Engineering Semester-III
|
1
|
Elective-VII
- Control System Simulation Lab
- Power System Simulation Lab
- Power Electronics and Drives Simulation Lab
|
ME Electrical Engineering Semester-IV
|
1
|
Thesis |
ME Electrical Engineering Colleges
ME Electrical Engineering Course Suitability
- Applicants should be good at organizing and solving problems; the ability to keep calm during a crisis.
- The course is suitable for a professional career as an entrepreneur, a practicing engineer in industry, business, or government at an advanced level, or to pursue a Ph.D. degree in electrical engineering.
- Candidates also possess detailed knowledge of electrical networks, electrical energy converters, equipment that uses electromagnetic field theory, electrical energy distribution systems, etc.
- Along with various other personal attributes, one must also have dedication and commitment toward the profession.
How is the ME Electrical Engineering Course Beneficial?
- The course is helpful for creating new manufactured goods, making a schedule for maintaining various products and suggesting and making conditions for better output.
- It is beneficial to understand the different parts of electrical engineering such as distribution, transmission, communication, and building up of electrical parts.
- It is also beneficial for further studies such as Ph.D. as it gives a good base for it.
- They can find employment in Electrical equipment and systems manufacturing companies, Power generation, and transmission, Telecommunication, Railways, the IT industry, Health care equipment manufacturing industry, public sector industries like petroleum, steel and chemical industry, Research and design, etc.
ME Electrical Engineering Employment Areas
- Colleges & Universities
- Construction and Building Services
- IT Companies
- Manufacturing Companies
- Power Companies
- Petrochemical Companies
- Research and Development Companies
- Transport Companies
- Telecommunication Companies
ME Electrical Engineering Job Types
- Executive Trainee
- Electrical Design Engineer / Electrical Engineering Officer
- Electrical & Electronics Engineer / Electrical Construction Engineer / Electrical Protection Engineer
- Manager
- Performance Engineer
- Shift Maintenance Engineer
Advanced Course in ME Electrical Engineering