• Made with Love in India
  • Made with Love in India

Course Description

The electric vehicle industry is booming, and AI is accelerating its growth. The AI-Driven Electric Vehicle Engineering & Placement Program is designed to equip learners with the latest technical knowledge, practical skills, and career readiness required to thrive in this rapidly growing field.

This comprehensive program bridges EV engineering with artificial intelligence applications, helping you master both the design and operational aspects of EVs while leveraging AI for optimization, simulation, and innovation. Beyond technical skills, the course also focuses on career development and placement training, ensuring you’re job-ready for the EV industry.


What you'll learn in this course

  • Understand EV architecture, powertrains, batteries, and charging systems.

  • Learn how AI is transforming EV design, manufacturing, and autonomous driving.

  • Explore AI-based simulation, predictive maintenance, and battery management.

  • Gain exposure to real-world EV projects and case studies.

  • Develop industry-ready skills for roles in EV engineering, design, and R&D.

  • Receive placement guidance, resume building, and interview preparation tailored to the EV sector.

Requirements

  • Basic knowledge of electrical, electronics, or mechanical engineering (preferred but not mandatory).

  • Familiarity with beginner-level EV concepts is helpful.

  • Laptop/PC with internet access for AI tools, simulations, and project work.

  • Passion for EV technologies and readiness to build a career in the electric mobility sector.

Curriculum

  • 8 Lessons
  • 60 mins.
  • Foundations and Transition to Electric Vehicles
  • Core EV Components and Technologies
  • EV Infrastructure and Retrofitting
  • Business and Market Insights
  • Testing, Homologation, and Extended Learning
  • Foundations and Advanced Concepts in EV Technologies
  • Safety, Standards, and Regulatory Compliance
  • Manufacturing and Assembly of EVs
  • Advanced Learning and Professional Specialization
  • MATLAB Fundamentals and Intermediate Skills
  • Data Design, Development, and Visualization
  • Modeling and Simulation with MATLAB
  • Advanced Tools and Analysis
  • Project: Electric Vehicle and Battery Modeling
  • Fundamentals of Power Electronics
  • Systems and Control in Power Electronics
  • Design and Simulation Techniques
  • Circuit Design and Prototyping
  • Project: High-Voltage Circuit Design and Power Electronics Simulation
  • Foundations of Embedded Systems and Microcontrollers
  • Programming and Communication in Embedded Systems
  • Arduino for Embedded Systems Development
  • IoT and Advanced Applications
  • Project: IoT-Enabled Electric Vehicle Monitoring and Control System
  • Interfacing and Input Systems with ARM
  • ADC and Timer Systems in STM32
  • Communication and Control Systems with STM32
  • Advanced Systems Development with ARM Cortex
  • Project: Advanced Embedded Applications
  • Road Load and Vehicle Performance Analysis
  • Architectural Modeling
  • Protection System
  • Energy System Modeling & Analysis
  • Physical Modeling
  • Project: Advanced Vehicle Modeling and Design
  • EV Powertrain Systems
  • Powertrain Modelling and Simulations
  • Essentials for ANSYS Software
  • Structural Analysis using ANSYS
  • Heat Analysis using ANSYS
  • Modal Analysis using ANSYS
  • CFD Analysis using ANSYS
  • Implementing Industry Applications using ANSYS
  • Project: Advanced Computational Fluid Dynamics

Your Instructor

Team

Skill Pathshala Team

Advanced Educator

Skill Pathshala is an online learning community with thousands of classes for creative and curious people, on topics including illustration, design, programming, photography, video, freelancing, and more. On Skill Pathshala, members come together to find inspiration and take the next step in their creative journey.