Master of Technology in Energy
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Duration
2 Years
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Level
Post Graduation
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Type
Degree
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Eligibility
Graduation
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M.Tech Energy or Master of Technology in Energy is a Post-Graduate Energy Engineering course. Energy is an indirectly observed quantity. Since work is defined as a force acting through a distance (a length of space), energy is always equivalent to the ability to exert pulls or pushes against the basic forces of nature, along with a path of a certain length.
The duration of a Master of Technology in Energy is generally two years, but it may vary from institute to institute and maybe on a part-time basis by certain institutes. The syllabus for the Master of Technology course in Energy is divided into four semesters and some electives. The Master of Technology course in Energy is very valuable and important and provides many career opportunities as it is job-orienting in nature.
M.Tech Energy Eligibility
- The candidates must have completed their Graduation such as a BE / B.Tech degree in Mechanical / Production / Automation / Metallurgical / Aeronautical / Mechatronics / Marine / Energy / Industrial / Manufacturing under any registered University.
M.Tech Energy Syllabus
Syllabus of Energy course as prescribed by various Universities and Colleges.
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M.Tech Energy Semester-I
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Sr. No.
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Subjects of Study |
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1
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Energy Scenario and Energy Policy
- Basics of Thermodynamics
- Energy Policy
- Global Energy and Indian Energy Scenario
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2
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Energy Conversion Systems-I
- Basics of Mechanical Engineering (Energy Related)
- Classification of Energy Sources
- Co-Generation, Tri-Generation & Waste Energy Recovery
- Thermal and Mechanical Energy
- Thermal Energy & Mechanical Utility Systems
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3
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Energy Conversion Systems-II
- Basics of Electrical Engineering (Energy Related)
- Electrical Energy Sources & Mechanical Utility Systems
- Energy Audit Instruments, Energy Measurement & Verification
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4
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Renewable Energy Systems-I
- Biomass
- Bio-Methanation
- Solar Energy and Wind Energy
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M.Tech Energy Semester-II
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1
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Energy Audit and Management-I
- Energy Policy Planning and Implementation
- Energy Audit Instruments, Energy Balance & MIS
- General Aspects, Procedures, and Techniques
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2
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Energy Conservation
- Case Studies-Thermal Energy Conservation
- Energy Storage and Energy Efficiency in Buildings
- Waste Heat Recovery
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3
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Renewable Energy Systems-II
- Fuel Cells
- Geothermal, Tide, and Wave Energy
- Hydel-Energy, Nuclear Energy, and Hydrogen Energy
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4
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Environmental Impact of Energy Systems
- Environmental and Pollution Control Laws
- Global Environmental Concern
- Impact of Energy Systems on the Environment
- Industrial and Urban Waste & Waste Energy Recovery
- Pollution due to Thermal, Hydel, Nuclear Power Plants, Vehicles & Utilities
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M.Tech Energy Semester-III
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1
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Energy Audit and Management-II
- Economic Analysis and Financial Management
- Energy Policy and Energy Management-Case Studies
- Energy Monitoring, Targeting Review, and Evaluation
- U-Project Management
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2
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Energy Audit Procedures and Techniques
- Cogeneration
- Electrical Distribution & Utilization
- Energy Audit Methodology & Recent Trends
- Thermal Systems, System Audit of Mechanical Utilities
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3
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Elective Course (Any One of the following)
A) Advanced Solar Thermal and PV
- Design and Modelling of Solar Energy Systems
- Economic Analysis of Solar Energy Systems
- Photothermal Systems and Photovoltaic Systems
- Solar Radiation
B) Wind Energy
- Aerodynamics Theory
- Cost Economics, Concept of Wind Farms, and Project Cycle
- Modern Wind Turbine Control & Monitoring System
- Wind Turbines Technology & Components of MW series WTGs
- Wind Energy Fundamentals, Wind Measurements, Analysis, and Energy Estimates
C) Advanced Energy Management
- CDM Benefits for EC Projects, Methodology & Procedure
- Energy Performance Contracts & Energy Services Company (ESCO)
- Energy Conservation in Buildings, Energy Efficiency Ratings for Buildings & ECBC-2008
- EC Act 2001, Electricity Act 2003, Revisions and their Present Status of Implementation
- Financing of Energy Efficiency Projects
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M.Tech Energy Semester-IV
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1
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Industrial Training |
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2
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Project Work |
M.Tech Energy Colleges
M.Tech Energy Course Suitability
- Those who are willing to go to teaching fields at a higher degree level can go for the course.
- Students who are interested or desirous of an M.Tech in Energy and further want to carry on the research work on the very subject are most suitable for this course.
- Those who have good communication and interpersonal skills and have a teamwork spirit can go for the course.
How is the M.Tech Energy Course Beneficial?
- It gives a good and solid base for higher degree programs in respective subjects.
- They can become teachers and lecturers after the completion of this course and a further higher educational degree like a NET exam.
- They can work in the field of power generating sectors and other energy-producing companies.
- They can also go for jobs in the government sector in hydropower-generating companies.
M.Tech Energy Employment Areas
- Automobile Companies
- Cement Companies
- Chemicals Companies
- Colleges & Universities
- Food Processing Companies
- Iron & Steel Companies
- Infrastructure Development Companies
- Mining Companies
- Manufacturing Companies
- Pharmaceuticals Companies
- Refinery & Petrochemicals Companies
- Real Estate & Construction Companies
M.Tech Energy Job Types
- Assistant Manager / Manager
- Consultant
- Design Engineer
- Energy Portfolio Manager
- Lecturer / Professor
- Project Manager
- Regional Manager / Research Analyst
