CompletedOver the years, students in This Lab have completed a wide range of innovative and high-quality projects. Many of these projects have been showcased in academic conferences, industry collaborations, and final-year exhibitions, reflecting the creativity, technical skills, and problem-solving abilities of our students:
2022
ElectroCore is positioned at the intersection of advanced circuit design and intelligent system optimization in the field of electrical engineering. The project explores the development of central (“core”) electrical components—such as power converters, distribution nodes, and control units—with a focus on high efficiency, thermal stability, and fault tolerance. Using modern tools like MATLAB/Simulink, SPICE, and embedded microcontroller platforms, ElectroCore enables real-time simulation and hardware-in-the-loop testing for various load conditions and failure scenarios.
A key objective of the project is to reduce energy losses and enhance the responsiveness of electrical infrastructure, especially in dynamic environments like smart grids, automated factories, or renewable energy systems. The modular nature of the design allows easy customization for different voltage levels and use cases, whether in low-power IoT devices or high-power industrial systems.
ElectroCore not only emphasizes theoretical design and simulation but also includes the fabrication of prototype boards, real-time control software, and full integration into a monitored testbed environment. By bridging theory and practice, the project aims to create a robust foundation for future innovations in electric power management and intelligent circuit control.
