Master of Engineering [ME] (Energy Engineering) - Course Overview

  • STREAM

    ENGINEERING

  • DURATION

    2 YEARS

  • COURSE

    Energy Engineering

  • COURSE TYPE

    Post Graduation

Sakshi Gupta Sakshi Gupta
Content Curator

Master of Engineering [M.E.] (Energy Engineering)

M.E. Energy Engineering is a full-time post-graduation program in Energy Engineering which spans for a duration of 2 years. The eligibility criteria of the course include earning a B.Tech or B.E degree in stream of either Mechanical, Manufacturing, Automobile or Production with a minimum aggregate of 50% marks and above from recognized institution listed under UGC/AIU. 

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

The fee of the course spanned for 2 years ranges between INR 65,000 to 2 lakhs, which can differ according to the norms formulated by colleges.

Candidates, in order to avail for the program, are supposed to clear the entrance level examination held at State and National level. This will be followed by sessions of Group Discussion and Personal Interview. The program of M.E. Energy Engineering is a comprehensive study of various methodologies used for extraction and conversion of energy applied in different industries after the completion of the course.

Candidates who possess the qualities of good analytical mind, who are able to strategize concepts as well as have the hunger to get a deeper insight of knowledge of the subject are deemed suitable for the course. As the course is an integrated study involving methods of energy extraction, alternatives, and precautions to conserve the same, it is a beneficial program for those who wish to pursue research and opt to teach in universities.

As energy preservation and its demand have been a crucial sector garnering a lot of investments in recent times, this sector opens a wide arena of lucrative career scopes for graduates of this program. Students have scope in sectors of Manufacturing, Agriculture, Renewable energy generation, nuclear energy companies and other such, earning a decent package of 3 to 12 lakhs per annum depending on the position and years of experience.

M.E. Energy Engineering: Course Highlights

Course levelMasters
Duration2 years
Examination TypeSemester
EligibilityBachelor’s degree in B.Tech or B.E in Mechanical, Manufacturing, Aeronautics, Mechatronics, etc. with an aggregate of 50% marks and above from a recognized university.
Admission processEntrance examination like GATE, GRE, CAT, CMAT. GD/PI
Course FeeUp to 65,000 to 19 lakhs
Average salaryApprox. 3 to 12 lakhs
Top Recruiting CompaniesSolar/Nuclear energy companies, Agricultural sector, manufacturing sector and Industrial sector
Job PositionsEnergy Analyst, Field Service Engineer, Senior Piping Engineer, Project Consultant, Regional Manager, Design Engineer

M.E. Energy Engineering: What is it About?

M.E. Energy Engineering is a wide stream of study which deals with the comprehensive study into fields concerning with energy services, environmental compliance, plant engineering and alternative energy technologies.  Candidates through this program are introduced to the section of energy importance clubbing it with methods to conserve and preserve it for the future.

The course regulates candidates to invest their interest in knowing the methodologies of developing, extracting, converting and conserving energy. Combining technology in engineering energy efficiently, M.E in Energy Engineering lends a broader perspective, training students in carrying out testing of machines, designing and developing newer ways to improve the process of extracting and transmitting energy to generate electricity and lessen pollution.

The curriculum deals with covering aspects  including the study of different energy resources, methods of conversion, elements used for conversions such as thermoelectric, solar energy conversion and other such which are covered throughout the course in the form of theory and projects. Candidates in the first year are taught about energy in two segments which is energy engineering and thermal energy. After the completion, the course deals with the tools and techniques which are used for conversion of energy covered in the second half of the course.

The program equips the students with all the essential knowledge related to engineering energy efficiently and making it available for the consumers at a lesser price, alongside reducing the spurt of pollution problems. As energy is the central topic and an important field whose effect ranges to a broader spectrum of the economy, environment, and health, candidates opting for this program find it extremely lucrative in the scope of jobs available after the course completion in sectors of manufacturing, solar & nuclear and so on. The goal of the course is to strengthen the competencies of the student in engineering energy thereby helping them gain a strong foothold in their career.

M.E. Energy Engineering: Top Colleges & Institutes

Name of InstitutionLocationAverage Course Fee (in INR)
Gujarat Technological UniversityGujarat19,00,000
AVC College of EngineeringTamil Nadu1,80,000
Kumaraguru College of TechnologyTamil Nadu1,60,000
SSN College of EngineeringTamil Nadu1,00,000
National Engineering CollegeTamil Nadu1,00,000
Rajpur Institute of Technology (RIT)Chhattisgarh1,12,400
Vidya Pratishthan’s College of Engineering (VPCE)Pune1,47,000
Vindhya Institute of Technology and Science (VITS)Madhya PradeshNA
St.Xavier’s Catholic College of Engineering (SXCCE)Tamil Nadu1,06,000
Tamizhan College of Engineering and TechnologyTamil Nadu1,92,000
Goa UniversityGoa64,520
Info Institute of EngineeringTamil NaduNA
GKM College of Engineering & TechnologyTamil Nadu90,440
Pandian Saraswathi Yadav Engineering CollegeTamil Nadu1,00,000

M.E. Energy Engineering: Eligibility

Candidates who seek admission for the program of M.E in Energy Engineering are required to fulfill the following eligibility criteria:

  1. Candidates are supposed to qualify their Bachelor’s degree in B.Tech/B.E with a minimum aggregate of 50% marks and above in either field of Mechatronics, Aeronautical, Manufacture, Production, Industrial Engineering or Automobile from a recognized university listed under UGC/AIU.
  2. Applicants are supposed to clear the entrance examination held at state and national level by universities.

M.E. Energy Engineering: Admission Process

Admission to the program is done on the basis of merit list. Candidates who are shortlisted after clearing the entrance test are required to go through the process of Group discussion (GD) and Personal Interview (PI), which enables them to know the strengths and knowledge of the applicant about the subject. Computing the cumulative marks obtained in the Entrance test, GD/PI along with the score obtained in graduate level, the admission of the candidate is furthered. The cut-off for merit list is subject to differ based on college norms.

Selection Process

The list of entrance examinations held by various reputed colleges and institutions are as follows:

Applicants can apply for the program either through offline or online mode from the official college sites. All the information regarding the important dates, names of shortlisted candidates and details of entrance examinations can be checked on the site. The application status of students would be displayed on the site, with the shortlisted candidate being notified through email or on site.

M.E. Energy Engineering: Syllabus

The program syllabus is a balance between theory, practice, and projects, the weightage of which will be decided by the respective institutions. The classroom study involving theory will cover the major portion of the subject detailing topics such as types of energy, tools, and application of energy, the methodologies for conservation, extraction, and conversion of energy.

The syllabus followed by universities and colleges are as follows:

Semester ISemester II
Advanced Thermodynamics and Heat TransferEnergy conservation and management
Solar and Wind EnergyFuel Cell and Hydrogen Technology
Foundation of Energy EngineeringMaterials and Devices for Energy Application
Fuels and CombustionAdvanced Solar Thermal Energy
Computational Heat TransferEnergy Resources, Economics and Environment
Lab practiceLab Practice
Semester IIISemester IV
Project phase IProject Phase II

**Candidates are required to choose from the electives listed which is subject to vary for different institutions and colleges.

M.E. Energy Engineering: Career Prospects

M.E. in Energy Engineering trains the students to get a broader perspective of the subject, thus strengthening their skills in application, development, and analysis of the subject in hand. M.E in Energy Engineering has a wide scope of lucrative jobs to choose from after the completion of the program.

They hold a greater scope in the sectors of Agriculture, solar & nuclear energy, the Manufacturing sector, fuel production and other such. Those who wish to pursue becoming professors in reputed universities as well as opt for the doctorate degree in energy engineering can work at universities. Graduates can become Energy Analyst, Field Service Engineer, Design Engineer, Project Consultant, Trainee Engineer, Engineering Project Manager and other such.

Below is listed description and profile of jobs which can be chosen by the graduates after the completion of the course which are as follows:

Master of Engineering [M.E.] (Energy Engineering) Annual Salary

Job ProfileJob DescriptionAverage Salary (in INR) per annum
Design EngineerDesign, develop and analyze existing products to improve its efficiency.6 to 7 lakhs
Energy AnalystCreate data model, analyze, test and provide information of energy markets. Ensure the business is kept up-to-date about the relevant changes in the energy sector.4 to 5 lakhs
Project ConsultantPlanning and maintaining budgets, develop and execute work to subordinates.7 to 8 lakhs
Regional ManagerEnsure the operational duties are carried out smoothly. Create budgets, coordinate with the top-level management, supervise and direct the marketing team.9 to 10 lakhs
Engineering Project ManagerPlan, monitor, and design methods. Train and direct engineers, formulate drafts and test its credibility.11 to 12 lakhs
Senior Piping EngineerWork includes gathering information, design and perform calculations using various graphics tools in order design the piping system.4 to 5 lakhs
Trainee EngineerTrain the subordinates introducing them to real-life scenarios, allocate projects to trainees and guide them throughout.5 to 6 lakhs
Networking & System EngineerWork on the internal and external aspect of IT team. Collect data, organize and frame budgets of IT equipment.2 to 3 lakhs
Field Service EngineerWork involves generating the design, installing and repairing equipment. Design newer concepts for generating tools.2 to 3 lakhs

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