What is the potential for growth in Electric Vehicle Design?

The field of Electric Vehicle Design is rapidly expanding due to increasing demand for sustainable transportation solutions. As the automotive industry shifts towards electric mobility, there are numerous opportunities for growth in areas such as advanced design techniques, innovative battery technologies, and cutting-edge electric drivetrains.

Which companies are hiring Electric Vehicle designers?

Many leading automotive manufacturers and technology companies are actively hiring Electric Vehicle designers. This includes major automakers like Tesla, General Motors, Ford, and Volkswagen, as well as tech companies like Apple and Google that are exploring electric vehicle technologies.

Is a degree in Electric Vehicle Design necessary to start a career in this field?

A specialist degree in Electric Vehicle Design can be useful, but it is not always required to start a job. Degrees in mechanical engineering, automotive engineering, electrical engineering, or industrial design can also help build a solid basis. Employers in this profession frequently place a high priority on practical experience, talents, and work portfolios.

Who are the instructors for the Electric Vehicle (EV) Training Course?

All the instructors at Edureka are industry practitioners with a minimum of 10–12 years of relevant experience. They are subject matter experts trained by Edureka to provide an awesome learning experience to the participants.

What if I have more queries after completing the Electric Vehicle (EV) Training Course?

Just give us a call at +91 98702 76459/1844 230 6365 (US Tollfree Number) or email at sales@edureka.co.

What if I miss a class of the Electric Vehicle (EV) Training Course?

You will never miss a lecture at Edureka! You can choose either of the two options:View the recorded class sessions available in your LMS.You can attend the missed session or any other live batch.

Will I get placement assistance after completing this Electric Vehicle (EV) Training Course?

To help you in this endeavor, we have added a resume builder tool to your LMS. Now, you will be able to create a winning resume in just three easy steps. You will have unlimited access to these templates across different roles and designations. You just need to log in to your LMS and click on the "create your resume" option.

Is this course 100% online? Do I need to attend any physical classes?

This course is 100% online, and there will be no physical classes. This course can be accessed through the web on any device.

Electric Vehicle (EV) Technology Training Courses [2025]

Name: Electric Vehicle (EV) Foundation Training Course
Item: Electric Vehicle (EV) Foundation Training Course
Rating: 5
Author: Janardhan Singamaneni

Why should you take Electric Vehicle (EV) Foundation Training Course?

The global Electric Vehicles market is expected to generate a revenue of USD 623.3 billion in 2024- Statista.

By 2028, approximately 3.32 million public electric vehicle charging stations will be in operation globally - Statista.

The average salary for Autonomous Vehicle Engineer is USD 92,257 per year in the United States - Glassdoor.

Programming and Simulation Fundamentals

Topics:

Introduction to MATLAB Environment
Basics of MATLAB Programming (Variables, Operators, Functions)
MATLAB Control Flow (Loops, Conditional Statements)
Data Visualization in MATLAB (Plots, Graphs, Charts)
File I/O in MATLAB (Reading/Writing Files)
Introduction to Simulink Environment
Building Basic Simulink Models
Simulink Data Types and Signals
Integrating MATLAB Scripts with Simulink
Debugging and Testing Simulink Models

Hands-on:

Writing Basic MATLAB Scripts
Creating Data Visualizations in MATLAB
Developing a Simple Simulink Model
Simulating an EV Subsystem in Simulink

Skills You Will Learn:

MATLAB Programming
Data Visualization Techniques
Simulink Modeling and Simulation
Debugging and Model Validation in Simulink

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Electric Vehicle Foundations

Topics:

Overview of Electric Vehicle Technologies
History and Evolution of EVs
Comparison of EVs with Conventional Vehicles
Key Components of an EV
Types of Electric Vehicles
Overview of Electric Drivetrains
EV Efficiency and Performance Metrics
Environmental Impact of EVs
Regulatory Framework and Standards for EVs
Market Trends and Future of the EV Industry

Hands-on:

Comparative Analysis of Different EV Models
Case Study on the Environmental Impact of EVs
Analyzing EV Performance Metrics

Skills You Will Learn:

Understanding EV Components and Technology
Comparative Analysis of Vehicle Technologies
Insight into EV Market Trends and Environmental Impact

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EV Components and Subsystems

Topics:

Introduction to EV Subsystems
Overview of EV Powertrains
Battery Systems and Configuration
Electric Motor Types and Their Applications
Power Electronics in EVs
Transmission Systems in EVs
Thermal Management Systems
On-Board Chargers and Power Management
Sensor Tehnologies
Vehicle Control Units (VCU)
Integration of EV Subsystems

Hands-on:

Disassembly and Examination of an EV Powertrain
Simulation of Power Electronics in Simulink
Thermal Management Analysis of an EV Battery Pack

Skills You Will Learn:

EV Subsystems and Powertrains
Working with EV Components
System Integration and Performance Analysis

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Battery Technology and Management Systems

Topics:

Fundamentals of Battery Chemistry (Lithium-ion, Solid-State, etc.)
Battery Pack Design and Configuration
Battery Management System (BMS) Architecture
Battery Charging and Discharging Cycles
Thermal Management of Batteries
Battery Efficiency and Life Cycle Analysis
Battery Safety and Fault Management
State of Charge (SOC) and State of Health (SOH) Estimation
BMS Communication Protocols
Battery Recycling and Sustainability
Battery Safety
Future Trends in Battery Technology

Hands-on:

Simulation of Battery Charging/Discharging Cycles in Simulink
BMS Design and Configuration in MATLAB/Simulink
Analysis of Battery Thermal Management Systems

Skills You Will Learn:

Working of Battery Technology
BMS Design and Implementation
Thermal Management and Battery Safety

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Electric Motors and Control Systems

Topics:

Types of Electric Motors
Motor Design and Working Principles
Motor Control Techniques
Speed Control and Torque Management
Power Electronics in Motor Control
Inverter Design for Motor Control
Efficiency Optimization in Electric Motors
Noise and Vibration Control in Motors
Regenerative Braking Systems
Advanced Motor Control Algorithms
Motor Reliability and Maintenance

Hands-on:

Motor Speed Control using Simulink
Designing an Inverter for Motor Control
Simulation of Regenerative Braking Systems

Skills You Will Learn:

Motor Control and Efficiency Optimization
Motor Simulation

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EV Charging Technologies and Infrastructure Planning

Topics:

Fundamentals of EV Charging
Types of Charging Stations
Charging Protocols and Standards
Design of EV Charging Infrastructure
Grid Impact and Integration of EV Charging
Charging Station Placement
Smart Charging Technologies
V2G (Vehicle-to-Grid) Integration
Billing and Payment Systems for Charging Stations
Safety and Regulatory Standards for EV Charging
Future Trends in Charging Technology

Hands-on:

Design of a Basic EV Charging Station
Simulation of Smart Charging Systems
V2G Integration Case Study

Skills You Will Learn:

EV Charging Technologies and Infrastructure Design
Charging Protocols and Standards
Charging Station Design and Smart Charging

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High Voltage Systems in Electric Vehicles

Topics:

Overview of High Voltage Systems in EVs
High Voltage Safety Standards and Protocols
Insulation and Grounding Techniques
High Voltage Cabling and Connectors
Power Distribution and Conversion Systems
HV Battery Systems and Protection
HV Inverters and Converters
Thermal Management in HV Systems
Troubleshooting and Maintenance of HV Systems
Regulatory Compliance and Certification for HV Systems

Hands-on:

Simulation of High Voltage Power Distribution
HV System Safety Testing and Analysis
Troubleshooting HV Systems in a Simulated Environment

Skills You Will Learn:

High Voltage System Design and Safety
Troubleshooting and Maintenance of HV Systems
HV Simulation and Analysis

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Power Electronics for EVs

Topics:

Fundamentals of Power Electronics
Design of Inverters and Converters
DC-DC Converters for EVs
Power Losses and Efficiency in Power Electronics
Thermal Management in Power Electronics
EMI/EMC Considerations in Power Electronics
Advanced Switching Techniques
Power Electronics for Motor Control
Reliability and Failure Modes in Power Electronics
Future Trends in Power Electronics for EVs

Hands-on:

Design and Simulation of a DC-DC Converter
Power Electronics Thermal Management Analysis
EMI/EMC Testing and Mitigation Strategies

Skills You Will Learn:

Design and Simulation of Converters and Inverters
Thermal Management
EMI/EMC Mitigation in Power Electronics

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Vehicle Dynamics and Control

Topics:

Fundamentals of Vehicle Dynamics
Kinematics and Kinetics of EVs
Suspension System Design and Analysis
Steering System Design and Control
Braking Systems and Control
Vehicle Stability and Handling
Aerodynamics and Drag Reduction Techniques
Tire Models and Road Interaction
Vehicle Performance Metrics and Testing
Advanced Control Systems for EVs

Hands-on:

Simulation of Vehicle Dynamics in Simulink
Design and Analysis of a Suspension System
Aerodynamic Drag Reduction Case Study

Skills You Will Learn:

Vehicle Dynamics and Control Principles
Vehicle Simulation and Testing
Advanced Control Systems Design and Analysis

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Renewable Energy Systems and EV Integration

Topics:

Overview of Renewable Energy Sources (Solar, Wind, etc.)
Integration of Renewable Energy with EV Infrastructure
Energy Storage Solutions for EVs (Batteries, Supercapacitors)
Design of Renewable Energy-Powered EV Charging Stations
Smart Grids and Energy Management Systems
Impact of Renewable Energy on EV Performance
Policy and Incentives for Renewable Energy and EVs
Off-Grid EV Charging Solutions
Hybrid Renewable Energy Systems
Future Trends in Renewable Energy for EVs

Hands-on:

Design of a Renewable Energy-Powered EV Charging Station
Simulation of Smart Grid Integration with EVs
Analysis of Hybrid Renewable Energy Systems for EVs

Skills You Will Learn:

Renewable Energy Integration with EVs
Energy Storage and Smart Grids
Design and Simulation of Renewable Energy-Powered EV Solutions

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Vehicle-to-Grid (V2G) Technology

Topics:

Introduction to Vehicle-to-Grid (V2G) Concepts
V2G Technology and Infrastructure Requirements
Bidirectional Charging and Power Flow Management
Impact of V2G on Grid Stability and Load Balancing
V2G Communication Protocols (ISO 15118, OCPP)
Economic and Environmental Benefits of V2G
Regulatory and Policy Considerations for V2G
V2G Integration with Renewable Energy Sources
Case Studies of V2G Implementations
Future Trends and Innovations in V2G Technology

Hands-on:

Simulation of V2G Power Flow and Grid Integration
Case Study Analysis of V2G Projects
Design of a V2G-Enabled Charging Station

Skills You Will Learn:

V2G Technology and Integration
Bidirectional Charging and Power Management

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Sustainable Mobility Solutions

Topics:

Environmental Impact of EVs and Sustainable Mobility
Sustainable Materials and Lightweighting Techniques
Life Cycle Assessment (LCA) of EVs
Circular Economy in EV Manufacturing
Sustainable Supply Chain Management for EVs
Renewable Energy Integration in EV Manufacturing
Urban Mobility and EV Infrastructure Planning
Public Policy and Incentives for Sustainable Mobility
Smart Cities and EV Integration
Future Trends in Sustainable Mobility

Hands-on:

Life Cycle Assessment (LCA) of an EV Model
Sustainable Materials Selection for EV Design
Case Study on Urban Mobility and EV Infrastructure

Skills You Will Learn:

Understanding of Sustainable Mobility
Life Cycle Assessment and Materials Selection

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Testing and Validation of EV Systems

Topics:

Testing Protocols and Standards for EV Components
Performance Validation of EV Powertrains
Durability and Reliability Testing for Batteries
Thermal Performance Testing and Analysis
Safety Testing for High Voltage Systems
EMI/EMC Testing and Compliance
Vehicle Crash Testing and Safety Standards
Simulation-Based Testing and Validation
Fault Diagnosis and Troubleshooting
Regulatory Compliance and Certification Processes

Hands-on:

Performance Testing of EV Powertrain in a Simulated Environment
Thermal Analysis and Testing of an EV Battery Pack
EMI/EMC Testing and Compliance Case Study

Skills You Will Learn:

Testing and Validation Techniques for EVs
Simulation-Based Testing and Fault Diagnosis

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EV Project Implementation

Topics:

Project Planning and Management for EV Design
Conceptualization and Requirements Gathering
System Design and Architecture Development
Component Selection and Sourcing
Simulation and Modeling of EV Systems
Prototyping and Testing Phases
Validation and Verification of EV Design
Production Planning and Scaling

Hands-on:

Develop an End-to-End EV Project

Skills You Will Learn:

EV Project Development and Implementation

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Autonomous and Connected Vehicle Technologies (Self-paced)

Topics:

Overview of Autonomous Vehicle Technologies
Sensors and Perception Systems (LIDAR, RADAR, Cameras)
Sensor Fusion and Data Processing
Autonomous Vehicle Planning and Control Algorithms
Connected Vehicle Communication Protocols
Navigation and Path Planning Techniques
Cybersecurity in Connected Vehicles
Testing and Validation of Autonomous Systems
Regulatory Framework and Ethical Considerations
Future Trends in Autonomous and Connected Vehicles

Hands-on:

Implementation of Basic Autonomous Navigation in Simulink
Sensor Data Processing and Fusion Simulation

Skills You Will Learn:

Autonomous Vehicle Technologies

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View course curriculum

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I took kafka and datascience classes with EDUREKA and its overall nice. After thorough scanning of a ... Read More

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Electric Vehicle (EV) Foundation Training Course

Why should you take Electric Vehicle (EV) Foundation Training Course?

Curriculum

Programming and Simulation Fundamentals

Electric Vehicle Foundations

EV Components and Subsystems

Battery Technology and Management Systems

Electric Motors and Control Systems

EV Charging Technologies and Infrastructure Planning

High Voltage Systems in Electric Vehicles

Power Electronics for EVs

Vehicle Dynamics and Control

Renewable Energy Systems and EV Integration

Vehicle-to-Grid (V2G) Technology

Sustainable Mobility Solutions

Testing and Validation of EV Systems

EV Project Implementation

Autonomous and Connected Vehicle Technologies (Self-paced)

Electric Vehicle (EV) Foundation Training Course Details

What are the objectives of our Electric Vehicle (EV) Online Training?

What are the prerequisites for Edureka's Electric Vehicle (EV) Online Training?

Do I need coding knowledge to take up this program?

What is the duration of the Electric Vehicle (EV) Training Course?

What are the system requirements for this Electric Vehicle (EV) Training Course?

What are the practicals covered in this Electric Vehicle (EV) Training Course?

Testimonial Reviews

Video Reviews

Electric Vehicle (EV) Foundation Training Course FAQs

What is the potential for growth in Electric Vehicle Design?

Which companies are hiring Electric Vehicle designers?

Is a degree in Electric Vehicle Design necessary to start a career in this field?

Who are the instructors for the Electric Vehicle (EV) Training Course?

What if I have more queries after completing the Electric Vehicle (EV) Training Course?

What if I miss a class of the Electric Vehicle (EV) Training Course?

Will I get placement assistance after completing this Electric Vehicle (EV) Training Course?

Is this course 100% online? Do I need to attend any physical classes?

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