Thesis description
Research into modular design of hardware and firmware for edge/IoT
devices. The student will investigate strategies for modularisation in both
electronics (PCB design) and embedded software, focusing on scalability,
reusability, and flexibility.
A key focus of this thesis is the standardisation of modular PCBs. The
student will explore efficient and low pin-count interfacing methods
between a baseboard and one or more interchangeable modules or
breakouts. This includes evaluating communication protocols, power
distribution, and mechanical/electrical interfacing strategies.
In addition, the student will investigate how firmware can support such
modular hardware through mechanisms like autodetection, identification,
and dynamic configuration of connected modules.
Based on this research, the student will design and develop one or more
proof-of-concepts or prototypes to validate the proposed architecture,
resulting in a flexible and scalable modular system for next-generation
edge devices.
Extra info
- Speciality: Electronics, Hardware, Firmware
- Number of students: 1
About the company
CTRL Engineering, located in Loppem (near Bruges), develops advanced automation and control solutions for industrial applications. We design custom testbenches, motion control systems and data driven engineering solutions, complemented by in-house hardware (electronics) development, simulation and vision systems, combining practical implementation with innovative technology.
