B.Tech/M.Tech in Energy Engineering

 

 

Course Offered

Duration (in years)

Eligibility Criteria

B.Tech in Energy Engineering

4

12th standard pass with Physics, Maths, Chemistry/ Computer Science with at least 60% marks (to be adjusted).

M.Tech in Energy Engineering

6

 


On successful completion of the 4-year course, the students will receive a B.Tech Degree in Energy Engineering and those who successfully complete the 6-year course, will receive M.Tech Degree in Energy Engineering. Students have the option to exit after 4 years with only the B.Tech Degree.

Energy Engineering has evolved over the years and it includes courses related to power, control, instrumentation, electrical machines, etc. along with courses on various aspects of electrical energy generation, storage and transmission.

The programme of B.Tech/M.Tech in Energy Engineering incorporates considerable components of science and many branches of engineering. The course at TNU adds unique dimension as it gives sufficient stress on various aspects of energy engineering such as energy efficiency, energy services, facility management, plant engineering and non-conventional energy technologies. Thus this course of engineering has all components of conventional electrical engineering programme along with the components which today's energy sector requires.

Course Structure

Semester 1

Subject Name

Credit Points

Engineering Physics-I

5

Computer Programming in C

5

Mathematics-I

3

Basic Electronics

5

Materials Science & Engineering

3

Graphics & Engineering Drawing

4

TOTAL

25

Semester 2

Subject Name

Credit Points

Engineering Physics-II

5

Mathematics-II

3

Advanced C Programming Lab

2

Introduction to Microprocessors & Microcontrollers

5

Environmental Science

3

Engineering Chemistry

5

Manufacturing Processes and Workshop Practice

4

TOTAL

27

Semester 3

Subject Name

Credit Points

Applied Statistics & Probability

3

Data Structure

5

Electrical Circuit Theory & Networks

5

Electrical Machines

5

Materials Science & Engineering

5

Embedded Systems

5

TOTAL

28

Semester 4

Subject Name

Credit Points

Numerical Methods & Optimization Techniques

3

Analog & Digital Electronics

5

Control Systems

3

Power Systems

5

Fluid Mechanics, Hydraulic & Pneumatic Machines

3

Business English & Technical Writing

4

Electrical & Electronic Measurements 5

TOTAL

28

Semester 5

Subject Name

Credit Points

Power Electronics & Drives

5

Introduction to renewable energy technologies

3

Electrical Protection & Switchgear

5

Simulator Programs

2

Introduction of Cyber Security

3

Elective related to humanities

3

Open Elective-I 3

TOTAL

24

Semester 6

Subject Name

Credit Points

Machine Design

5

>Signal Systems & DSP

5

Economics for Engineers

3

Economics for Engineers

3

Utilization of Energy

3

Industrial Instrumentation

3

Advanced Renewable Technologies: Solar, Wind, Geothermal & Tidal

3

Open Elective II 3

TOTAL

25

Semester 7

Subject Name

Credit Points

Energy Storage Systems

3

Project (Part I)

6

Open Elective III

3

Departmental Elective I (with Lab)

5

Departmental Elective II

3

TOTAL

20

Semester 8

Subject Name

Credit Points

Project (Part II)

9

Industrial Administration & Management

5

Departmental Elective III (with Lab)

3

TOTAL

17

TOTAL

17

Advisory Committee

Mr. Sandeep Dixit
 Head, Adani Centre for Research& Performance consulting
 Adani Power ltd,  Ahmedabad

Prof. Sekhar Bhattarchya
 Associate Professor, Energy Engineering
 The Neotia University, WB

Prof. Biswajit Ghosh
 Head, School of Energy Studies
 Jadavpur University, Kolkata

Prof. Pulok Pattanayak
 Associate Professor, Energy Engineering
 The Neotia University, WB

  • Industry Partnership

    TNU has partnered with Adani Power Ltd., Ahmedabad, Gujarat to help develop and deliver the course curriculum and laboratory facilities. Adani Power Ltd. at its discretion will hire the students of TNU who meet the company’s recruiting criteria. This is one of the largest power groups in India and by 2020 it is expected to generate 20,000 MW of power.

  • Career Prospects for Energy Engineering

    As a modern syllabus has been developed, along with industry experts, students getting B.Tech/M.Tech in Energy Engineering will have the benefit of immense job potential in upcoming energy companies. Graduates of the programme can choose to work as commissioning engineers, distribution engineers, maintenance engineers, substation managers, quality assurance/quality control managers, wind farm designers, solar energy systems engineers, project managers, supervisors and innumerable other speciality engineers in the power industry. The course design is such that students are equally ready for higher studies and research work in this domain.

 

Get In Touch

  • City Office: Monday - Friday: 11:00 AM - 6:00 PM
  • Saturday (1st, 3rd, 5th) - 11:00 AM - 6:00 PM
  • Campus: Monday - Friday 10AM - 4PM
  • Phone: +91 916 361 0909
  • Email: contact@tnu.in

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