5B13 – EV and Transport Electrification

This module explores the principles and technologies driving electric vehicles (EVs) and the wider field of transport electrification. Students will study both theoretical foundations and practical design aspects, developing expertise in the systems that enable efficient and sustainable electric mobility.

Core Topics

• EV Powertrain Systems: Inverter and machine drives, battery management, onboard DC-DC converters, and chargers.
• Charging Infrastructure and Grid Integration: Design and operation of charging systems and their interaction with the power grid.
• Fundamental Theories: Motor drive control, power electronics, drivetrain design, battery management systems, and power system principles.

Practical Design and Modelling
Students will practise design methods and modelling skills through real-world applications, gaining hands-on experience in analysing and optimising electrified transport systems.

Learning Outcomes
By the end of this module, you will:

• Understand the key components and systems that enable electric vehicles.
• Gain knowledge of motor drives, power electronics, and energy management.
• Recognise the role of charging infrastructure and grid integration in transport electrification.
• Apply theoretical and practical design methods to optimise electrified transport systems.