Hands-on Practical
EV Course
Master Electric Vehicle Technology and fast-track your career in the booming EV industry with specialized courses from MechEase.
Course Benefits
MechEase offers an industry-aligned curriculum that covers the latest advancements in electric vehicle technology used in the market.
The Electric Vehicle Technology course provides a complete understanding of EV systems, from battery design to powertrain and charging infrastructure. The curriculum covers advanced topics like vehicle control systems, thermal management, and industry regulations.
Through practical exercises and simulation tools, this course equips you with the skills to design and innovate in the fast-growing EV sector, preparing you for roles in electric mobility and clean energy technology.
- From Beginner to Advance
- Expert Faculty
- 100% Placement Assistance
- Hands-on Projects
- Soft-skills Development
- Industry Recognised Certification
Whether you’re a Fresher, Diploma Holder, Engineering Graduate, or a professional transitioning into the EV industry, we offers an industry-oriented syllabus designed to equip you with the skills needed to thrive in the electric vehicle sector.
Skills you'll learn
Upon completing the course, you’ll be equipped with essential skills, ready to be applied and refined with guidance from our industry expert instructors.
Vehicle Fundamentals
Battery Technology
Battery Sizing
BMS (Battery Management System)
MATLAB Simulink
Mechanical sub-systems
Charging Infrastructure
Low-voltage Systems
Wiring Harness
Testing of EVs
Wiring Harness
Stream Specialisation Syllabus
“With our 100% placement guarantee, we focus on helping you specialize in one field. We build your knowledge from the ground up, aligning with your degree and career goals. Select your field of study below to view a detailed, tailored syllabus designed specifically for your career path.”
Select Your Stream Below
Specialisation-1 : In Electric Motor & Battery Design
Specialize in Electric Motor & Battery Design, covering advanced topics in power converters, motor design, control systems, and battery modeling to equip you with practical, industry-ready skills
Core Module
Unit 1 - Preparatory Module
- Electric Vehicles vs. Conventional Automobiles
- Introduction to Simulation Tools
- Introduction to Embedded C Programming
Unit 2 - EV Foundation
- Fundamentals of Electric Vehicle and Supporting Infrastructure
- Vehicle Dynamics, Battery and Motor Capacity Estimation
- Electric Vehicle Architecture
- EV Components, System Design and Performance
Unit 3 - Electric Motor
- Fundamentals of Electric Motors
- Design of PMSM, BLDC, SRM Motors
- Power Converters for Electric Vehicles
- Pulse-Width Modulation
Unit 4 - Battery Technology & BMS
- Battery Cell Technology and Battery Pack Design
- Battery Management System Design
- Safety Aspects of Batteries and Failure Mechanisms
- Charging Technologies and Algorithms
Unit 5 -Hybrid Vehicle Technology
- Overview and Introduction
- Impacts on Auto Industry and Current Status
- Major Hybrid Technologies
- Major Components – Principle, Current Status, Outlook
Specialisation
Motor Control & Drive Systems
- Motor control Techniques and Algorithms
- Motor Performance Optimization using Control Strategies
- Motor Testing Standards and Procedures
Electric Motor Design for EV Application
- Key Design Considerations for Electric Motors
- Motor Sizing and Specification Requirements
- Electromagnetic Field Analysis using Finite Element Analysis (FEA)
Advance Battery Modelling & Analysis
- Understanding Battery Performance Metrics
- Multiscale Modelling Approaches for Batteries
- Model Identification and Parameter Estimation Techniques
Specializations - 2 : In Vehicle Design And Thermal Management
Specialize in Vehicle Design and Thermal Management, mastering vehicle dynamics, structural analysis, advanced 3D modeling, and effective thermal management techniques for a comprehensive understanding of mechanical engineering in the EV industry
Core Module
Unit 1 - Preparatory Module
- Electric Vehicles vs. Conventional Automobiles
- Introduction to Simulation Tools
- Introduction to Embedded C Programming
Unit 2 - EV Foundation
- Fundamentals of Electric Vehicle and Supporting Infrastructure
- Vehicle Dynamics, Battery and Motor Capacity Estimation
- Electric Vehicle Architecture
- EV Components, System Design and Performance
Unit 3 - Electric Motor
- Fundamentals of Electric Motors
- Design of PMSM, BLDC, SRM Motors
- Power Converters for Electric Vehicles
- Pulse-Width Modulation
Unit 4 - Battery Technology & BMS
- Battery Cell Technology and Battery Pack Design
- Battery Management System Design
- Safety Aspects of Batteries and Failure Mechanisms
- Charging Technologies and Algorithms
Unit 5 -Hybrid Vehicle Technology
- Overview and Introduction
- Impacts on Auto Industry and Current Status
- Major Hybrid Technologies
- Major Components – Principle, Current Status, Outlook
Specialisation
Vehicle Dynamics
- Longitudinal Dynamics
- Vertical Dynamics
- Lateral Dynamics for 2 Wheelers and 4 Wheelers
Vehicle Design & Structural Design
- Vehicle Design Foundations
- Engineering Design Concepts
- Material Strength, Strain, Stress and Boundary Value Problems
- Plasticity, fracture and fatigue
- Vibrations, impact and acoustics
- Material Selection and Weight Optimization
Advance 3D Modelling & Design
- Overview of Design Software
- Sheet Metal Design
- Motor Design and Modelling using Advanced Design Techniques
- Plastic Design
- Battery Pack Design using Advanced Design Techniques
- Design Validation and Analysis
Specialization - 3 : In Embedded Systems & Model Based Development
Specialize in Embedded Systems & Model-Based Development, gaining expertise in embedded programming, vehicle-specific embedded systems, communication protocols, and model-based development techniques to advance in the EV industry.
Core Module
Unit 1 - Preparatory Module
- Electric Vehicles vs. Conventional Automobiles
- Introduction to Simulation Tools
- Introduction to Embedded C Programming
Unit 2 - EV Foundation
- Fundamentals of Electric Vehicle and Supporting Infrastructure
- Vehicle Dynamics, Battery and Motor Capacity Estimation
- Electric Vehicle Architecture
- EV Components, System Design and Performance
Unit 3 - Electric Motor
- Fundamentals of Electric Motors
- Design of PMSM, BLDC, SRM Motors
- Power Converters for Electric Vehicles
- Pulse-Width Modulation
Unit 4 - Battery Technology & BMS
- Battery Cell Technology and Battery Pack Design
- Battery Management System Design
- Safety Aspects of Batteries and Failure Mechanisms
- Charging Technologies and Algorithms
Unit 5 -Hybrid Vehicle Technology
- Overview and Introduction
- Impacts on Auto Industry and Current Status
- Major Hybrid Technologies
- Major Components – Principle, Current Status, Outlook
Specialisation
Embedded Programming Fundamentals
- Fundamentals of C Programming – Data Types, Conditionals, Loops and Functions
- Fundamentals of C Programming – Arrays, Pointers and Structures
- Embedded C Programming Essentials
Embedded System for Electric Vehicles
- Introduction to Embedded Systems
- Embedded Hardware Essentials
- Fundamentals of Microcontrollers, Peripherals and Interfaces
- Microcontroller Programming for Automobile Applications
- Embedded System Design and Validation
Communication Protocols and Device drivers
- Fundamentals of Communication Protocols
- Automotive Communication Systems – UART, SPI, CAN, I2C, Ethernet
- Driver Development, Interfacing and Protocol Implementation
- CAN Tools for Communication Data Analysis and Troubleshooting
Practical Learning
Resume Preparation
Learn how to create a resume that stands out! Our experts guide you through the process of showcasing your mechanical engineering skills and experiences effectively, helping you catch the eye of potential employers.
Interview Tips
Nail your job interviews with our insider tips! We provide tailored advice on how to confidently communicate your technical expertise, problem-solving abilities, and passion for engineering during interviews, giving you an edge in the competitive job market.
Practise Interviews
Practice makes perfect! Our simulated interview sessions offer you the opportunity to refine your interview skills in a supportive environment. Through mock interviews conducted by industry professionals, you'll receive constructive feedback and gain the confidence needed to excel in real-world job interviews.
Industry Internship
Gain hands-on experience at no cost! We connect you with prestigious companies offering free internship opportunities in the field of mechanical engineering. These internships not only provide valuable practical experience but also enhance your chances of securing future career opportunities.
What Our Student Says
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