Overview

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A smarter way to learn with interactive, real-time conversations that help you test your knowledge, challenge assumptions, and deepen your understanding as you progress through the course. This course introduces learners to the fundamentals of electric vehicle (EV) technology, covering motors, batteries, powertrains, and charging systems. Students will gain practical knowledge of EV components, architecture, and key functions, while understanding differences between internal combustion engines and electric motors. Next, learners explore lithium-ion battery technology, battery management systems, sizing, thermal management, and mechanical protection. Charging systems, AC/DC methods, onboard chargers, and vehicle-to-charger communication protocols are examined in depth. The course concludes with testing, certification, EMC evaluation, and practical powertrain sizing exercises. This course is ideal for automotive enthusiasts, engineers, and students looking to build foundational EV expertise. No prior experience in EVs is required, making it suitable for beginners. By the end of the course, you will be able to identify and analyze EV components, understand motor and battery technologies, design efficient charging solutions, and perform basic powertrain sizing calculations for real-world applications.

Syllabus

Understanding the EV Components and Architecture

In this module, we will introduce the fundamental components and architecture of electric vehicles. We will explore key differences between IC engines and electric motors, study EV lifecycles, and examine hybrid powertrain technologies. Learners will gain a strong foundation in understanding how EV systems work together to optimize performance and efficiency.

Electric Motor & Inverter for EV & HEV Applications

In this module, we will explore electric motors and inverters used in EVs and HEVs. We will examine motor control systems, inverter layouts, and four-quadrant operation. Students will learn about eAxle assemblies and integrated traction drive units through detailed explanations and animations.

Battery Technology for Electric Vehicle Applications

In this module, we will cover battery technology essential for EVs. Students will learn about lithium-ion battery operations, selection, sizing, and thermal management. Mechanical protection, manufacturing processes, and battery management systems are explored to ensure performance and safety.

Charging System Technology for Electric Vehicle Applications

In this module, we will examine charging technologies for EVs. We will explore design factors, AC vs. DC charging, and onboard charger functions. Vehicle communication systems with chargers are explained to ensure compatibility, safety, and efficiency.

Testing of Electric Vehicles & Components

In this module, we will focus on testing and certification of electric vehicles and their components. Students will learn about EMC testing, safety standards, and battery validation. Procedures ensure EVs meet performance, environmental, and durability requirements.

Practice Problems and Solutions – Electric Powertrain Sizing

In this module, we will work through practice problems on electric powertrain sizing. Students will apply theory to practical scenarios, enhancing understanding of EV design. Solutions demonstrate effective strategies for optimizing powertrain performance.