Electric Vehicle Course with Guaranteed Placement

Offered byInternshala

Electric Vehicle Course with Guaranteed Placement
at
Internshala
Overview

Gain a comprehensive understanding of electric vehicle technology, acquire practical skills, and secure a job in the electric vehicle industry through the placement guarantee feature

Duration	12 months
Total fee	₹73,500
Mode of learning	Online
Official Website	Go to Website
Credential	Certificate

Electric Vehicle Course with Guaranteed Placement
at
Internshala
Highlights

Earn a certificate after completion of the course
Fee can be paid in installments
Industry-level projects
Resume building & AI-Powered mock interviews
100% refund guarantee if not hired
2 offline workshops at a discounted fee of ?8,000

Electric Vehicle Course with Guaranteed Placement
at
Internshala
Course details

Who should do this course?

IT and Software Professionals

Sustainability and Environmental Professionals

Managers and Supervisors

Small Business Owners and Entrepreneurs

What are the course deliverables?

MATLAB
Simulink
Solidworks
Ansys
Embedded Systems
BMS Modelling and Simulation

More about this course

This course is a cutting-edge program designed to equip participants with the essential knowledge and practical skills required to excel in the rapidly growing field of electric vehicles

Participants will gain a deep understanding of the principles and technologies that drive electric vehicles, learning how to design, develop, and maintain EV systems

Learners will develop the expertise to work with electric powertrains, optimize battery performance, and understand the regulatory and environmental considerations of electric vehicles

Electric Vehicle Course with Guaranteed Placement
at
Internshala
Curriculum

EV Business

Project : Case study/review paper on charging stations in a state

Introduction to EV (2W, 3W, & 4W) Market & Opportunities

EV Business Management

EV Retrofitting Business

EV Motor Study and Market Analysis

EV Testing Homologation Extended Learning

EV Battery Market Analysis

Project: Case study/review paper on charging stations in a state

This project focuses on analyzing the EV sector in India, including market study and technical documentation. It explores the demand for EV charging stations amid privatization, renewable energy growth, and addresses key challenges like infrastructure, battery costs, and location selection to promote EV adoption

EV Fundamentals

Project : Complete EV model battery calculations for a configured parameter

Fundamentals of Electrical & Power Electronics

Essentials of EV Technology

Battery & Battery Management System (BMS)

Motors & EV Components

EV Charging Infrastructure

Electric Vehicle Calculations

Project: Complete EV model battery calculations for a configured parameter

This case study focuses on battery and BMS calculations for Lithium-Ion battery systems. A Battery Management System (BMS) is crucial for real-time cell control, communication, SOC calculation, and more. BMS choice affects battery pack quality and lifespan, vital for energy storage and electric vehicles. Accurate parameter estimation ensures proper sizing and long-term performance.

EV Advanced Certification

Electrical requirement

Power distribution specifications

Electronic control system

EV Standards and Classifications

Selection for Electrical and Electronic Components

Analog & Digital Electronics

Project : Regulated power supply using Proteus

Introduction to Basic Electronics

Diode Fundamentals

Rectifiers and Filters

Special Purpose Diodes

Transistors

Operational Amplifier (Op-Amp)

Digital Electronics

Microcontrollers and Microprocessors

Introduction to Proteus Software

Project: Regulated power supply using Proteus

Design a +5 V DC-regulated power supply capable of delivering up to 250mA to the load. Investigate the roles of the Zener diode and filter capacitor in the regulated power supply. The project involves creating a block diagram, component selection, and mathematical expressions for achieving a stable 5V output.

MATLAB® Certification Course

Project : Design of EV using Qss Toolbox

Essentials of MATLAB

MATLAB Intermediate

Design, develop and plot in MATLAB

Project: Design of EV using Qss Toolbox

Design a powertrain system quickly and in a flexible manner and calculate fuel consumption easily. It can be integrated with other programs which allow for smooth integration with the functionality of MATLAB

Battery management system

Project : Battery management system modelling

Basics of Batteries

Battery Parameters

Lithium-Ion Characteristics

Thermal Runaway

Battery & SOC Estimation

CAN Protocol

SOC Modelling Using MATLAB

Cell modeling in MATLAB

BMS modelling using MATLAB

Project: Battery management system modelling

This project involves battery pack modeling, SOC estimation using CCM, battery protection implementation for safety, and passive cell balancing for enhanced battery performance. These objectives collectively optimize battery management

Battery Pack Design & Modelling

Project : Modeling of Li-ion battery pack using MATLAB & ANSYS

Overview of Battery Parameters & Cell Chemistry

Revisiting BMS for battery pack

Electrical Design

Mechanical Design

Thermal Conditions

Thermal Design of Battery & Testing Part 2

Battery Pack Calculations

Battery Pack Modelling Using MATLAB

Project: Modeling of Li-ion battery pack using MATLAB & ANSYS

The main goal of this project is to perform a thorough analysis of Lithium-ion batteries, ensuring they conform to datasheet specifications. This involves carefully selecting key battery parameters for precise modeling. We will then conduct simulations to extensively study state of charge (SOC), voltage, and current, providing valuable insights into the results. Additionally, the project will investigate the impact of changing the battery configuration to 4S3P, using simulations to elucidate the effects of this configuration shift.

Advanced Powertrain

Project : Electric 4w powertrain modelling

Introduction to EV Powertrain

Overview, Architecture and components of EV powertrain

EV Charging Systems and Types of Chargers

Powertrain considerations

EV modelling with MATLAB

Powertrain Case studies

Powertrain Certification

Powertrain Primary Components

Introduction to Ansys

Modelling & Analysis of EV Powertrain Components in Ansys

Introduction to SolidWorks

Project: Electric 4w powertrain modelling

This project has a dual focus. First, it aims to create a comprehensive MATLAB model for an electric car, encompassing the battery system and DC motor, facilitating in-depth system analysis. Second, it involves a detailed examination of the battery's State of Charge (SOC) dynamics and a precise comparison between the intended reference velocity and the actual vehicle performance. These efforts aim to provide valuable insights into the electric car's operational efficiency and performance relative to expectations.

Design of EV Using MATLAB

Power Required to overcome Resistance Forces acting on the vehicle

Power Converters in Electric Vehicles

Inverters in Electric Vehicles

Motor & Motor Controllers

Simscape Lead Acid Physical Modelling & EV Design

Simscape Hybrid EV Performance Evaluation and ADVISOR

Revisiting EV Battery Systems

MATLAB® Based EV Architecture Modelling (Project Based)

Project : DC Motor Characteristics

Project : Induction Motor Characteristics

Project : Simulink Model to Calculate Vehicle Configuration

Project : Multi-level Inverter design and modelling

Project : Solar PV Based Charger

Project : DC-DC Converter

Project : Motor controller design

Project : Battery thermal modelling

Assignment 1 - Buck Converter Design

Assignment 2 - Boost Converter

Assignment 3 - Buck Boost converter

Assignment 4 - 3 Phase & multi level Inverter Design and Modelling

Assignment 5 - Solar PV Based Charger

Assignment 6 - Induction motor

Assignment 7 - Motor Controller Design

Emission Norms for EV Design: Introduction & Chemistry

Motor, Controller, and Interfacing with the Hardware: Practical Demo

Battery Selection and Connection Process with Vehicle Sensor Practical Demo

Vehicle Auxiliary Connection with Converter System: Practical Demo

Integration of Hardware and Software: Practical Demo

Project: DC Motor Characteristics

Implementing DC machine torque speed characteristics equations in the MATLAB script file and studying the theoretical concepts of DC motors and their classifications

Project: Induction Motor Characteristics

The purpose of this project is to: Discuss the equivalent circuit network of the induction motor MATLAB model. 3 phase, 50 Hz induction motor, represented by equivalent circuit constants X1 = X2 = 0.1 ohms and R1 = R2 = 0.2 ohms is operated at half of the rated voltage and frequency. Calculate the ratio of starting torque at half voltage & frequency to rated values

Project: Simulink Model to Calculate Vehicle Configuration

Develop a Simulink model to display the Vehicle Speed and distance covered by EV

Project: Multi-level Inverter design and modelling

Design a 5-level cascaded H-Bridge inverter using SIMULINK. The PWM modulation technique is used to generate switching pulses for the 5-Level inverter. An inverter converts the DC voltage to an AC voltage. In most cases, the input DC voltage is usually lower while the output AC is equal to the grid supply voltage of either 120 volts, or 240 Volts depending on the application