M.Tech Electrical Energy Systems, Master of Technology in Electrical Energy Systems, Syllabus, Eligibility, Duration, Degree Course

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Master of Technology in Electrical Energy Systems

Duration

2 Years

Level

Post Graduation

Type

Degree

Eligibility

Graduation

M.Tech Electrical Energy Systems or Master of Technology in Electrical Energy Systems is a two-year Post-Graduate Electric Engineering programme. Power Systems and High Voltage Plant Technology, Distributed Generation, System Design and Regulation, Power System Control and Protection, Alternative Energy Systems, Power Quality, Smart Metering, Smart Grids and Active Network Devices, and Power Electronics.

The Master of Technology programme in Electrical Energy Systems gives the skills and specialist experience required to significantly enhance a career in the electrical power industry through analysis, planning, operation and management. The Master of Technology course in Electrical Energy Systems is career-orienting in nature that opens many scopes in various fields after its successful completion.

M.Tech Electrical Energy Systems Eligibility

Aspiring students should have passed a BE / B.Tech degree or equivalent qualification in any relevant field from a recognized University.
The students should have scored a minimum of 60% aggregate or equivalent CGPA.
Some of the very reputed universities and institutes conduct an entrance examination for admission.

M.Tech Electrical Energy Systems Syllabus

Syllabus of Electrical Energy Systems course as prescribed by various Universities and Colleges.

M.Tech Electrical Energy Systems Semester-I
Sr. No.	Subjects of Study
1	Energy Systems Modelling & Analysis
2	Energy Resources, Economics & Environment
3	Foundation for Energy Engineering
4	Non-conventional Energy Sources
5	Energy Systems Lab
6	Elective I Advanced Heat Transfer, Thermodynamics & Combustion Advanced Reaction Engineering and Transport Phenomena Cryogenic Engineering Nuclear Reactor Theory Thermal Environmental Engineering
M.Tech Electrical Energy Systems Semester-II
1	Energy Management
2	Energy Resources, Economics & Environment
3	Power Generation & Systems Planning
4	Non-Conventional Energy Systems Lab
5	Elective-II Computer-Aided Power Systems Analysis Direct Energy Conversion Electric Drives Fuel Cell, Energy and Climate SI Engine and Power Electronics
M.Tech Electrical Energy Systems Semester-III
1	Conservation of Energy in Building
2	Electrochemical Reaction Engineering
3	Materials and Devices for Energy Applications
4	Modelling & Simulation, Fuel Cells and Process Integration
5	Pollution Control Systems and Microprocessor Applications in Power Electronics
6	Solar Energy for Industrial Process Heat
7	Wind Energy Conversion Systems
8	Elective-III Advanced Process Synthesis Nuclear Reactor Thermal Hydraulics & Safety Thermodynamic Analysis of Industrial Systems Utilization of Solar Thermal Energy Wind Energy Conversion Systems
M.Tech Electrical Energy Systems Semester-IV
1	Materials and devices for Energy Applications
2	Project
3	Elective-IV Air Conditioning Systems Design Convective Heat and Mass Transfer Computer-Aided Design & Engineering Computational Methods in Thermal & Fluids Engineering Process Modelling & Identification
4	Elective-V Application of Power Electronics to Power Systems CI Engine Electrical Machine Analysis & Control Power Electronics II Power Systems Dynamics & Control

M.Tech Electrical Energy Systems Colleges

JNTU College of Engineering, Hyderabad
Visvesvaraya Technological University - VTU, Belgaum

M.Tech Electrical Energy Systems Course Suitability

The Master of Technology course in Electrical Energy is suitable for graduates in electrical and electronic engineering, in a relevant engineering discipline, or with appropriate professional experience.
Applicants should have significant knowledge about numerical/computational elements as it is necessary for this course.

How is the M.Tech Electrical Energy Systems Beneficial?

The Master of Technology course in Electrical Energy is beneficial to know how to apply advanced concepts of electrical and power electronics engineering to design and develop electric/electronic hardware systems for effective renewable energy conversion, control and power delivery.
It helps to identify and address current and future electrical engineering problems related to energy sources, generation, conversion, transmission, utilization, efficiency, protection, and control within a broader framework of sustainable development.

M.Tech Electrical Energy Systems Employment Areas

Atomic Power Plants
Colleges & Universities
Electricity Boards
Hydroelectric Power Plants
Power Corporations/ Robotics / Biomedical Electronics
Petroleum, Steel and Chemical Plants / Natural Gas Plants / Hydro-Electricity Sector
Research and Development Centres
Thermal Power Plants

M.Tech Electrical Energy Systems Job Types