B. Tech Electrical Engineering (Hons.) in Electric Vehicle Technology B. Tech EVT

School of Engineering & Technology

B.Tech. Electric Vehicle Technology is an innovative four-year degree program designed to prepare students for careers in the growing field of electric vehicle technology. Students in the program will gain a comprehensive understanding of electric vehicle technology. The program also focuses on the development and application of related technologies, such as batteries, Hydrogen Fuel Cell, and hybrid electric vehicles. Students will learn about controlling strategy, EV Maintenance, Safety, Salvage and Recycling. Additionally they will learn overhauling of electric vehicle as well as its impact on environment.The program culminates with a capstone project through which they can inculcate their skills through real time model.

Learning Perspective

Students will build competencies in:

  • Power train Electrification
  • Electric Vehicle Design & Development
  • Electric Vehicle Integration
  • Become Job-Ready Through Hands-On Labs And Projects
  • Design Of Battery, Hydrogen Fuel Cell,& Hybrid Energy Solutions For EVs
  • Design Of EV Controllers: BMS, Motor Controllers
  • Step By Step Process Of Disassembly & Assembly Of An Electric Vehicle
  • Design, Verification, Validation Planning (DVVP) Skills
  • Create Process For EV Maintenance, Safety, Salvage And Recycling

Key Information

Duration

4 Years

Eligibility

10+2 with PCM with min 45%

Selection Procedure

EntranceTest+PI

Scholarship

As per University norms

Tuition Fee

109023

Caution Money

2000

Note

*Lab & Library fee will be charged separately
#Program Proposed from Session 2024-25

B.Tech. Electric Vehicle Technology (Lateral Entry):

Duration

3 Years

Eligibility

Diploma in Electrical, Mechanical

Selection Procedure

EntranceTest+PI

Scholarship

As per University norms

Programme Structure

  • Introduction to IT and Python Programming
  • Engineering Graphics and Visualization
  • Engineering Chemistry
  • Engineering Mathematics I
  • Introduction to IT and Python Programming Lab
  • Engineering Graphics and Visualization Lab
  • Engineering Chemistry Lab
  • Fundamental of Electrical and Electronics
  • Fundamental of Electrical and Electronics Lab
  • Environmental Science and Technology
  • English
  • Language Lab
  • Generic Elective*
  • Programming for Problem Solving
  • Engineering Mechanics
  • Engineering Physics
  • Engineering Mathematics II
  • Programming for Problem Solving Lab
  • Workshop Practice Lab
  • Engineering Physics Lab
  • Nano Science and Technology
  • Nano Science and Technology Lab
  • Smart and Sustainable Energy
  • Communication and Soft Skills
  • Communication and Soft Skills Lab
  • Generic Elective*
  • Network Analysis & Synthesis
  • AC & DC Machines
  • Electrical Measurements & Measuring Instruments
  • Statistics & Probability
  • Network Analysis &Synthesis Lab
  • Electrical Machines Laboratory
  • Measurement and Control Systems Lab
  • IOT Workshop
  • Material Science Engineering
  • EV Battery Tech & Power train Development
  • Economics
  • Generic Elective*
  • EV Power Electronics & Embedded Systems
  • Analog & Digital Electronics
  • Vehicle Architecture system
  • Power Electronics & Embedded Systems lab
  • Analog & Digital Electronics Laboratory
  • Computer Aided Drawing Lab
  • Capston Project -I
  • Introduction to Electrical Vehicles
  • Cyber security for automation systems
  • Control Systems
  • Cyber security for automation system Lab
  • Environment Science
  • Generic Elective*
  • Microcontroller and Embedded system
  • Sensor Actuators & Control
  • Electric drives and Motors
  • Electric drives and Motors lab
  • Electric Vehicles Architecture
  • Microcontroller and Embedded Systems Lab
  • Capston Project –II
  • Summer Training Seminar
  • Renewable Energy Resource
  • EV Charging Technology
  • Indian Constitution
  • Generic Elective*
  • Design of Machine Elements
  • Power Systems & Power System Protection
  • EV Charging Infrastructure, Vehicle Testing & Homologation
  • Industrial Automation and Control
  • Power Systems & Power System Protection Laboratory
  • Design of Machine Elements Lab
  • PLC/SCADA/HOMER Lab
  • Capston Project -III
  • Charging Infrastructure Lab
  • Product Design Thinking : From Concept to manufacturable product
  • Disaster Management
  • Generic Elective*
  • EV & Smart Grid
  • Electrical Vehicles controls and Drives
  • EV Economics & Financial Sustainability
  • Fuel Cell Electric Vehicles & Hydrogen Technology
  • Power System and High Voltage Lab
  • Battery Modeling & Simulation Lab
  • Summer Training Seminar
  • Major Project
  • Vehicle Transport Management
  • Automation and Robotics
  • IOT & Smart Cities
  • Generic Elective*
  • Industrial Internship/Project Work

Career Prospects

Electric Vehicles as a product and EV as an industry needs new knowledge and new skills. They represent a paradigm shift in job structure. Some of the new job requirements in the industry can be brought down under the following categories:

  • Scientific Research: To improve the performance of Electric Vehicles especially by improving battery, recharging technology, and materials.
  • Design and Development: To design, test, and integrate components such as engines, batteries, generators, and electric motors
  • Manufacturing: To manage specialized manufacturing processes including machine tool operations and assembly.
  • Maintenance: To repair electric vehicles, and install electric vehicle components
  • Infrastructure: To setup and maintain charging stations, lay power lines, and establishing grid connectivity