|> A quick overview

This is a 2-week Professional Certification Program on Electric Vehicle Technology, specially designed to help students and EV enthusiastic, so that they get complete Industrial Exposure and gain practical knowledge in Electric Vehicle domain.

This course focuses on the technology behind electric vehicles. You will explore automotive electronics, the working principle of electric vehicles, working principle of automotive sensors and actuators, different control unit in Electric Vehicle, different communication protocol in Electric vehicle, explore key roles played by motors and power electronics, learn about battery technology, Battery management system, and about future trends in the development of electric vehicles.

|> Course Outline

1. Introduction to basics of Electronics Engineering

2. Introduction to Basics of Electrical Engineering

3. Electric Vehicle working and its Types

4. Automotive Wiring Harness & EV Electronics

5. Communication Protocols & CAN Terminology

6. Battery Technology & Battery Management System

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|> Detailed Course structure

/1. Introduction to basics of Electronics Engineering

  • Practical work with basic electrical components like Resistor, capacitor & Inductor

  • Understand electrical Power & losses through practical experiments

  • Learn about Conductors, Semi-Conductors, insulators and identify them in a vehicle and measuring instruments

  • Comparison between series and parallel circuits and Its application in Automotive

  • Importance application of Series-Parallel connection in EV

  • Open circuit, Short circuit, and its significance in EV

  • Applications of Diode, Special Purpose Diodes and Its application in EV

  • Basics of Transistor and it's application in an automotive electrical system

/2. Introduction to basics of Electrical Engineering

  • Learn AC and DC, generation of Alternating voltage and current, Sinusoidal Signal- Terminology, Phase and Phase Difference an AC circuit

  • Learn about different commonly used Waveforms. Application of different waveforms. Basics of 3-Phase current

  • Magnetic circuits, Comparison of electric and Magnetic Circuits

  • Basic topology in Magnetic circuits

  • Basic understanding of generator & motor action, construction and its application in automotive

  • Basic understanding three-phase induction motors and application in its automotive

/3. Electric Vehicle working and its Types

  • Series Hybrid system, Parallel Hybrid system, Series-Parallel Hybrid system. 

  • Power flow in Series Hybrid system, Parallel Hybrid system, Series-Parallel hybrid

  • Types of Electric Vehicle and components

  • Battery Electric vehicle (BEV)

  • Hybrid electric vehicle (HEV)

  • Plug-in hybrid vehicle (PHEV)

  • Electrification Level of EV

/4. Automotive Wiring Harness & EV Electronics

  • Wiring Harness, High and Low voltage line with practical demonstration

  • Automotive Sensors and Actuators - working principle, usage

  • Demonstration of measurement of Input & output signals to/from sensors/actuators

  • Introduction to Measurement of electrical & electronics system

  • Measurement of current, voltage. Resistance, check continuity in the wiring harness

  • Measurements of the electrical parameter of automotive sensors & actuators

  • AC-DC power conversion

  • DC-DC power conversion

  • Half & Full Wave rectifier

  • Motor Controller

  • Fuses & Relays

/5. Communication Protocols & CAN Terminology

  • Communication between different controllers

  • Introduction to CAN (Controller Area Network)

  • Background of CAN

  • CAN protocol for diagnostics

  • Benefits of CAN-based diagnostics

  • Vehicle Communication Interface with External Tools

/6. Battery Technology & Battery Management System

  • Energy storage technology in Electric vehicle

  • Comparison between IC Engine and EV energy storage Technology

  • History of development of Battery Technology

  • Introduction to Lithium ion Cell 

  • Introduction and Construction of Battery Pack 

  • Cell arrangement and connections inside battery pack 

  • Introduction to Battery Management System (BMS)

  • Requirement of BMS in Electric vehicle

  • Functional Block diagram of BMS

  • Role and responsibilities of BMS

  • Basic understanding of BMS Connections


With a Verified Certificate highlight your knowledge and skills as EV Engineer


Electric Vehicle Technology 
(Basic Course)

  • Duration : 2 Weeks

  • Level : Industrial

  • Mode : Class Room Program

  • Price : Rs 15,000/-

  • Pre-requisites : No prior knowledge required

**This course is suitable for Diploma/ITI/B.tech in any stream, Working professional from technical and IT domain 

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