Focus on the technologies driving the transition towards electrified transportation. The broad push to electrification will demand advanced knowledge of batteries, electric drives, energy storage methods, and how these technologies can be integrated into advanced control systems.
Overview
- Educational areaAutomation and Mechatronics
- LanguageEnglish
Important dates
- Application opens
- Application closes
Through courses in areas like lithium-ion batteries, hybrid vehicles and battery analysis, you will explore how electrified systems are modelled, analysed, and controlled to achieve high performance, efficiency, and reliability.
This pathway prepares you for careers in electric vehicle design and manufacturing, battery technology, energy systems, and control engineering. As well as transport, these skills are also highly relevant to other industries with battery-driven, energy-intensive applications, from aerospace to consumer electronics.
Programmes
Requirements
The requirements for the Master's programme Systems, Learning and Control apply to this specialisation.
How to select a specialisation
You may choose this specialisation after you have been admitted and enrolled. Only one specialisation can be selected.