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Electric Vehicle -Master Course

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Course Fee: Rs-35,000/-  + GST

45 Days
Class Room
Practical Training
Level: Industrial 

Course Completion Certificate

Project Completion Certificate

Internship Certificate

|> A quick overview

Admission Opened for "Electric Vehicle Master (Training + Internship) Program" - A flagship & unique program administered by Logiczap NextGen Technologies' State-of-art Electric Vehicle Laboratory. This is a 6-week Master Program on Electric Vehicle Technology, includes (In-depth Theory Classes in Smart Classroom, Hands-on Practical Training in State-of-art EV LAB, Internship in EV Domain, Live Projects, Research/Patent/R&D Activity, 100% Placement Assistance, Entrepreneurship Support in EV Domain)

|> Course Outline

  1. Concepts from Electronics Engineering

  2. Concepts from Electrical Engineering

  3. Embedded Systems, Sensors & Actuators

  4. C Programming for Embedded Systems

  5. PCB Designing with KiCAD

  6. Automotive Wiring Harness & EV Electronics

  7. Communication Protocols & CAN Terminology

  8. Classification of Electric Vehicle Architecture

  9. Battery Technology & Battery Management System

 10. Battery Technology & Battery Management System

 11. Charging Technology of EVs

 12. Future trends in EV technology

 13. Electric Vehicle Diagnostic 

 14. EV Industry scenario and Job responsibility - Are you ready???

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|> Detailed Course structure

/1. Concepts from Electronics Engineering

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

  • Understand electrical Power & losses through practical experiments

  • Learn about Conductors, Semi-Conductors, insulators

  • Comparison between series and parallel circuits

  • Application of series and parallel circuits in Automotive

  • Ohm’s Law with practical demonstration

  • Effect of variation in temperature on resistance

  • 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

  • Switch, Clipper, Clamper and Rectifier, Zener Diode and Its application in EV

  • Practical demonstration of diode operation

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

  • Understanding transistors by making an analogy to faucets

  • Practical demonstration of transistor operation

/2. Concepts from Electrical Engineering

  • Learn AC and DC, generation of Alternating voltage and current

  • Sinusoidal Signal- Terminology, Phase and Phase Difference an AC circuit

  • Delta-Star and Star-Delta transformation and applications

  • Kirchhoff’s Laws, Nodal Analysis, Mesh Analysis of Electrical Networks

  • Learn about different commonly used Waveforms

  • Application of different waveforms in automotive

  • Basics of 3-Phase current and its application

  • Magnetic circuits, Comparison of electric and Magnetic Circuits

  • Basic topology in Magnetic circuits

  • Basic understanding of generator & motor action

  • Construction of motor and its application in automotive

  • Basic understanding three-phase induction motors

  • Application OF three-phase induction motors its automotive

  • Generation of rotating magnetic Field'

  • Importance of balanced 3-phase current

  • In-depth study on induction motor 

/3. Embedded Systems, Sensors & Actuators

  • Introduction to Embedded Systems

  • Architecture of an Embedded System

  • Embedded Hardware and Software

  • General Purpose Input / Output

  • Basics of Automotive ECUs

  • Difference between Microprocessor & Microcontroller

  • Classification based on architecture

  • Introduction to Analog to Digital Conversion

  • Sensors and Sensor Circuit Design

  • Interfaces to External Peripherals: Display, Switch, ADC, Sensors

  • Sensor performance checks, Troubleshooting and fault finding

  • How to read circuit and wiring diagrams

  • Establishing and testing sensor wiring connections 

  • Data acquisition from Temperature Sensor

  • Data acquisition from Throttle Position Sensor (TPS)

  • Data acquisition from LDR Sensor for simulating Day-Night Mode in instrument cluster

  • Data acquisition from Brake Switch, Mode Switch & Side stand switch

  • Write Program to take data from TPS & Control EV BLDC Motor 

  • Write Program to take data from Brake and Indicator Switch to Control Brake light & Indicators

  • Automotive Instrumentation Cluster Basics

  • Write Program to display data in LCD

  • Reading and Logging Data from Analog Inputs

  • Write Program to draw graph by taking sensor's data

  • Wireless Key for EV using RF Communication

/4. C Programming for Embedded Systems

  • C Programming Language for Embedded Programming 

  • Develop programs in C/Embedded C in a structured approach

  • Master coding skills In a professional way

  • Get complete idea of C/Embedded C from fundamentals

  • Develop code debugging skills 

  • Master the concept of program structure, Data types, Inputs and Outputs

  • Understand Different operators in C and master it using examples

  • Learn to master Conditional Statements & Loops through practice codes

  • Learn to master Conditional Arrays & Strings through practice codes

  • Develop the core concepts pointers and functions through programs

  • Stand out in the development field and build a carrier in programming

  • Introduction to Microcontrollers, Architecture, Peripherals, Interfacing

/5. PCB Designing with KiCAD

  • Introduction to KiCad PCB Design

  • Installation of KiCad & getting start

  • PCB Design Workflow (Methodology)

  • Understanding of Datasheet & Creating Schematic Symbols

  • The schematic design process

  • How to create a schematic design

  • Footprint Creation and Standards

  • How to associate schematic symbols to footprints

  • Printed Circuit Board design using KiCad

  • Single, double, and multi-layer board design

  • The PCB design process

  • PCB Layout Editing & Routing

  • Understanding basic PCB terminology for Production

  • Design your own PCB (3 Complete PCB designing)

/6. Automotive Wiring Harness & EV Electronics

  • Introduction to Automotive wiring harness

  • High and Low voltage line in EV wiring harness

  • Automotive Sensors and Actuators - working principle, usage

  • Introduction to Measurement of electrical & electronics system

  • Measurements of the electrical parameter of automotive sensors & actuators

  • Introduction & Working of AC-DC power conversion

  • Introduction & Working of DC-DC power conversion

  • Understand  MOSFET & Circuit 

  • Working of Half & Full Wave rectifier

  • Working of Motor Controller

  • Fuses & Relays

/7. Communication Protocols & CAN Terminology

  • Introduction & history of automotive communication

  • Communication between different controllers

  • Introduction to CAN (Controller Area Network)

  • Background of CAN

  • Basics of Implementation of CAN Protocols

  • CAN protocol for diagnostics

  • Benefits of CAN-based diagnostics

/8. Classification of Electric Vehicle Architecture 

  • 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

/9. EV Powertrain & Motor Technology

  • Introduction to Electric Vehicle Powertrain

  • Different Motor Technology & their working

  • Comparing Electrical Motors For EVs

  • Classification and Types of Motors

  • Working Principle of different types of Motor

  • Introduction to Motor Controls

  • Different types of  Controller

  • Motor Control Circuit & Working 

  • Motor Power and Torque Calculation

  • Hall Sensor in EV Motor and Circuit

  • Role and responsibilities of MCU

/10. 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

/11. Charging Technology of EVs

  • Introduction to EV Charging technology

  • Onboard charging and Off-board charging

  • AC charging vs DC charging

  • Conductive Charging - AC & DC

  • Inductive Charging Static

  • Inductive Charging Dynamic

  • AC charging - Type 1,2,3

  • DC charging - Chademo, Tesla, CCS

  • Fast charging and its limitations

  • Smart charging and applications

  • Introduction of Vehicle to grid (V2G) technology

/12. Future trends in Electric Vehicle Technology

  • Wireless charging of EV

  • On-road charging of EV

  • Battery swap technology

  • Solar-powered EVs

  • Charging EVs from renewables

/13. Electric Vehicle Diagnostic 

  • Introduction to Diagnostic Tool 

  • Need of Diagnostic Tools

  • Process of Automotive Fault Diagnostics, Fault Codes

  • Vehicle Systems On- and Off- Board Diagnostics

  • Diagnostics Protocols & Standards

  • CAN Communication with Diagnostic Tools

  • Wired & Wireless Diagnostic Tools

  • Introduction to Diagnostic Trouble Code (DTC)

  • Symptom-based troubleshooting

  • DTC based troubleshooting

/14. EV Industry scenario and Job responsibility - Are you ready???

  • Inside of EV Industry

  • Different Job and Responsibilities

  • Customer support

  • After-sales and service responsibilities

  • You as EV Engineer

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