Master of Technology [M.Tech] (Energy System Engineering) Top Colleges, Syllabus, Scope and Salary

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Sakshi Gupta

Content Curator | Updated on - Sep 4, 2021

M.Tech. Energy System Engineering is a 2 year full-time postgraduate engineering course. Eligibility to which is qualified B.E/ B.Tech in relevant stream or an equivalent bachelor degree with minimum aggregate of 60% marks from a recognized university.

Most of the colleges and universities offer Master of Technology [M.Tech] (Energy System Engineering) course in India. Every college has their own Eligibility criteria, Admission process, Entrance exam pattern, Syllabus, Placement training, etc. Government and Private colleges and universities offer this course in India.

Top colleges and universities offer this course include:

The average fee for this course ranges between INR 10,000 to INR 2 lakhs based on the marks obtained in their bachelor’s degree examination or an entrance exam marks.

This course comprises analysis and optimization of energy systems, holistic designs, heat exchangers and accumulators, different energetic components like power plants and boilers.

Admission to M.Tech. Energy System Engineering course is based on merit-list or an entrance exam scores. Most of the colleges conduct state-wise counseling and select students based on merit list prepared by the universities. Some of the reputed colleges conduct entrance exam and select students based on their marks obtained in an entrance exam. 

After completion of this course, graduates may work in areas like Colleges and Universities, Electricity Boards, Atomic Power Plants, Hydroelectric Power Plants, Thermal Power Plants, Power Corporations, Hydro-Electricity Sectors, Natural Gas Plants, Petroleum, Steel, and Chemical Plants, etc. These professionals may work in positions like Regional Manager, Project Consultant, Design Engineer, Networking Engineer, System Engineer, Purchase Executive, Purchase Engineer, Trainee Engineer, Field Service Engineer, Senior Piping Engineer, Energy Analyst, etc. The average salary for these professionals ranges between INR 2 to 10 Lacs as per their experience and expertise in this field.

M.Tech. Energy System Engineering: Course Highlights Table

Written below are some of the major highlights of the course.

Course Level Postgraduate
Duration 2 years
Examination Type Semester type
Eligibility Bachelor’s degree
Admission Process Merit-based or Entrance-based
Top recruiting organizations PWD, Municipal Corporations, Urban planning departments, Government Port Trusts, ONGC, NHAI, Indian Railways, and Metro Rail Corporations
Top recruiting areas Colleges and Universities, Electricity Boards, Atomic Power Plants, Hydroelectric Power Plants, Thermal Power Plants, Power Corporations, Hydro-Electricity Sectors, Natural Gas Plants, Petroleum, Steel, and Chemical Plants
Top job profiles Regional Manager, Project Consultant, Design Engineer, Networking Engineer, System Engineer, Purchase Executive, Purchase Engineer, Trainee Engineer, Field Service Engineer, Senior Piping Engineer, Energy Analyst
Course Fee INR 10,000 to 2 Lacs
Average Starting Salary INR 2 to 10 Lacs

M.Tech. Energy System Engineering: What is it about?

M.Tech. Energy System Engineering degree covers areas of analysis and optimization of energy systems, holistic designs, heat exchangers, and accumulators, different energetic components like power plants and boilers. This course will help in exploring the various issues in Energy Systems involved in the world of logistics and how to effectively manage them.

This degree is a program committed to the creative professionals ready to embark on the development of capable, action-oriented, and multi-dimensional careers in private and public business. The main aim of this course is to produce graduates through the development of sound research and analytical skills, candidates can clearly articulate thoughts and ideas, and candidates will develop relevant, clear, well-organized, and concise written material and presentations on energy studies.

M.Tech. Energy System Engineering: Top Institutes 

Given below are the college names, location and the average structure of the fees which will be taken by the college for this course.

COLLEGE NAME CITY AVERAGE ANNUAL FEE IN INR
Amal Jyothi College of Engineering Kottayam INR 1,57,000
Arulmigu Kalasalingam College of Engineering Virudhunagar INR 1,02,500
College of Engineering and Technology Bhubaneswar INR 69,000
Gyan Ganga Institute of Technology Jabalpur INR 1,27,000
Indira Gandhi Institute of Technology Orissa INR 30,025
Jawaharlal Nehru Technological University  Hyderabad INR 12,500
KLE Society’s BV Bhoomaraddi College of Engineering and Technology Hubli INR 55,000
Koneru Lakshmaiah University Guntur INR 1,98,750
Maharishi University of Information Technology Lucknow INR 35,000
Maulana Azad National Institute of Technology Bhopal INR 1,37,530
National Institute of Technology Thiruchirapalli INR 57,500
Nehru College of Engineering and Research Centre Thrissur INR 65,000
Nitte University Mangalore INR 1,27,475
NMAM Institute of Technology Udupi INR 71,700
Pandit Deen Dayal Petroleum University Gandhinagar INR 1,75,000
Sri Jayachamarajendra College of Engineering Mysore INR 60,000
Sri Venkateswara University Tirupati INR 25,000
University of Petroleum and Energy Studies Dehradun INR 18,728
Vignan’s Lara Institute of Technology and Science Guntur INR 65,800
Visvesvaraya Technological University Belgaum INR 59,620

M.Tech. Energy System Engineering: Eligibility 

Candidates who have completed B.E/ B.Tech in relevant stream or an equivalent bachelor degree from a recognized university are eligible for M.Tech. Energy System Engineering course. Candidates who have completed their bachelor degree with 60% of marks from a recognized university are also eligible for this course. The percentage may vary from one college to another. Eligible candidates may apply for this course through online or offline.

M.Tech. Energy System Engineering: Admission Process

Admission to M.Tech. Energy System Engineering course is based on merit-list or an entrance exam scores. Most of the colleges conduct state-wise counseling and select students based on merit list prepared by the universities. Some of the reputed colleges conduct entrance exam and select students based on their marks obtained in an entrance exam. Some colleges conduct the personal interview along with an entrance exam. Based on both performances, candidates will be selected for the course admissions. Entrance exam may vary from one college to another. Few colleges may select students directly to join this course.

M.Tech. Energy System Engineering:  Syllabus and Course Description

A semester-wise syllabus for Master of Technology [M.Tech] (Energy System Engineering) is given below.

The syllabus may vary from one college to other:

SEMESTER I SEMESTER II
Energy Scenario and Energy Forms Thermal Power Generation
Fuels and Combustion Hydro Power Generation
Thermal Utilities I Waste Heat Recovery and Cogeneration
Generation Transmission and Distribution Thermal Utilities II
Thermodynamics and Heat Transfer Systems Electrical Utilities
Renewable Energy Technologies Project and Financial in Energy Sector
- Seminar
SEMESTER III SEMESTER IV
Green Buildings Energy Law and Policy
Energy Management and Audit Non-Conventional Methods of Power Generation
Clean Development Mechanism Health, Safety and Environment Power Industry
- Dissertation I

M.Tech. Energy System Engineering: Who should opt for this course?

  • Candidates who have interest in Energy System Engineering and its related applications are suitable for this course.
  • Candidates who have good engineering skills like energy disciplines are also suitable for this course.
  • Candidates who can make decisions about economic, energy issues, social, and environmental considerations are suitable for this course.

M.Tech. Energy System Engineering: Career Prospects

Graduates in this field may get loads of opportunities in private, public, and government sectors. After completing this course, graduates may work in major areas be like Electricity Boards, Atomic Power Plants, Hydroelectric Power Plants, Thermal Power Plants, Power Corporations, Hydro-Electricity Sectors, Natural Gas Plants, Petroleum, Steel, and Chemical Plants, Colleges and Universities, etc.

These professionals may get role in top companies and organizations like:

  • Regional Manager
  • Project Consultant
  • Design Engineer
  • Networking Engineer
  • System Engineer
  • Purchase Executive
  • Purchase Engineer
  • Trainee Engineer
  • Field Service Engineer
  • Senior Piping Engineer
  • Energy Analyst

Further Study: Candidates who would like to study and get more knowledge in energy study engineering can go for Doctorate course in Energy Studies. After completion of this course, graduates may build their career in high positions. Their salaries will be high based on their expertise in Energy Studies.

Given below are the major job positions, their descriptions, and the Average annual salary for each position:

Master of Technology [M.Tech] (Energy System Engineering annual salary
JOB POSITION JOB DESCRIPTION AVERAGE ANNUAL SALARY IN INR
Regional Manager Regional Managers are responsible for interviewing, coordinating, hiring, and disciplining store managers, making sure the stocks are stored, checking in on individual stores, working in proper order. They are also in charge of multiple stores throughout a large physical area. They are also creating, coordinate, maintain budgets, and report management in the company. INR 9 to 10 Lacs
Project Consultant Project Consultants are responsible for providing advice on strategic and operational issues for their clients. They may require finding new sales channels for products and reducing costs involved in producing a product. They serve clients in fields like human resources, computer industry, financial services, communications, e-commerce, real estate, or other specialized areas. INR 7 to 8 Lacs
Design Engineer Design Engineers are responsible for working in a variety of fields, including, architecture, and of course, which is an exciting career and they will be at the forefront of developing innovative ideas for new products or systems.  INR 3 to 4 Lacs
System Engineer System Engineers are responsible for monitoring computer system networks for security threats or unauthorized users. They may also identify compromised machines and report on security measures taken to address threats. They may also analyze security risks and develop response procedures. Some additional duties may include developing and firewalls, testing software deployment tools, and intrusion detection systems. INR 5 to 6 Lacs
Trainee Engineer Trainee Engineers are responsible for interacting in a collaborative manner with other team members to accomplish organizational goals. They provide ideas to improve efficiency at the group level. They participate in the procurement of additional/new funding through contributions to technical proposal preparation and/or presentations. They also contribute to positive co-worker or customer or investigator relationships through efficient interaction on current grants or projects. INR 4 to 5 Lacs

Master of Technology [M.Tech] (Energy System Engineering) Fee Structure in India


6.24 K (Minimum Fee)PUBLIC COLLEGES5.57 L  (Maximum Fee)
1.51 L (Average Fee)
80 K (Minimum Fee)Private COLLEGES5.57 L (Maximum Fee)
2.79 L (Average Fee)

Master of Technology [M.Tech] (Energy System Engineering) Fee Structure By state


Karnataka

10.44 KPUBLIC COLLEGES2.05 L
1.08 L
80 KPrivate COLLEGES4.10 L
2.20 L

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B.V. Bhoomaraddi College of Engineering & Technology - [BVBCET] (1)

1 Reviews found out of 177286


PA
9.7 /10

Admission :

*Through merit and exam clearance I.e entrance exam followed with group discussion,personal interview and category quota consideration.*Energy systems engineering was and is in demand suitable to core graduation.*Institute short listed me with scholarship and is top 10listed institute in india.*Entrance exam, group discussion, personal interview, verification and validation of documents authenticity.

Campus Life :

3:1 gender ratio, education events,art circle members annual gathering,no civil cold war. Healthy environment for students to express on every platforms and,healthy politics,highest quality and safety in every aspect*Quality STDs are pre defined in curriculum for technical, sports,health, social, skill set caliber recognition & promote the same with evaluation on each subject.

Course Curriculum Overview :

*upto 2nd semester theoritical,3n4 semester hands on practical experience*General engineering follow with specific special subject in interest of your scope.*Research lab visit and sponsored program of projects will part of curriculum.*Live project exposure is part of curriculum*Many industries visit is mandatory is part of curriculum

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