This course, “Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology”, provides a comprehensive overview of the electric vehicle (EV) landscape, focusing on the ecosystem, industry transition from internal combustion engine (ICE) vehicles to EVs, and the technology behind EVs. The course is designed to educate learners on various aspects of EV technology, including different types of EVs, global and regional ecosystems, market dynamics, government policies, challenges in the EV industry, and the transition from ICE to EVs. Additionally, the course delves deep into the engineering aspects of EVs, including the powertrain, battery technology, and the design of battery management systems (BMS).
Hardware: A computer with internet access for accessing course materials, videos, and conducting research.
Software: None
Project 1: Design and Development of a Drivetrain Architecture for Electric Vehicles
In this project, students will leverage the knowledge acquired throughout the course modules to conceptualize an EV drivetrain architecture. This will include detailing key components such as powertrain systems, battery management, charging infrastructure, and energy storage. Students are expected to consider factors such as energy efficiency, EV range, and market requirements while designing the architecture.
Comprehensive understanding of EV types and concepts.
In-depth knowledge of the global and Indian EV ecosystems.
Awareness of EV’s role in achieving UN Sustainable Goals.
Insight into the EV market and government initiatives.
Understanding of the challenges and growth prospects in the EV sector.
Knowledge of EV charging infrastructure in India.
Understanding of battery manufacturing and ecosystems in India.
Insight into EV service and repair segments.
Understanding of EV Original Equipment Manufacturers (OEMs).
Knowledge of EV policy frameworks.
Comprehensive understanding of the transition from ICE to EV.
Detailed knowledge of EV components and technology transfer.
Understanding of EV layouts, classifications, and architecture.
Insight into different types of EVs and storage systems.
Detailed knowledge of battery technology, including chemistry, management systems, and safety.
For Professionals:
For Freshers:
This course is suitable for individuals who have a foundational understanding of automotive engineering, electrical engineering, or a related field.
