This project offers an undergraduate student the opportunity to work with a researcher with academic and industry experience on the further development of a battery management system with IoT capabilities. The work will build on an existing functional prototype that has already been developed and experimentally tested. The student will be part of a research and development environment and will contribute to translatig this BMS design into a more simpler version focused for teaching pourposes, while including IoT connectivity for remote monitoring via WiFi.
The student will support battery testing and characterisation, assist in implementing and assessing state-of-charge estimation algorithms, and contribute to the integration of IoT connectivity for remote data access. Through this project, the student will gain practical experience in battery systems, real time algorithm implementation, embedded systems, and software development.
School
Electrical Engineering and Telecommunications
Research Area
Embedded systems | Control systems | Power electronics
Does this project meet the requirements of industrial training?
No
- Research environment
- Expected outcomes
- Supervisory team
- Reference material/links
Laboratory
- Printed circuit board of a battery management system for a 24V battery.
- Human Machine Interface to monitor and configure the battery management system via remote software interfaces.
