Microelectronics is the foundation of modern intelligent systems - from brain implants and smart sensors to neuromorphic AI chips and biomedical monitoring devices. It enables ultra-low-power, high-performance computing on a miniature scale, driving innovation in healthcare, robotics, and advanced sensing technologies.
The SDU Microelectronics section focuses on the design and development of custom integrated circuits for brain-inspired computing, neuroprosthetics, and real-time health monitoring. Our research bridges electronics with spintronics, quantum technologies, and bio-signal processing, contributing to next-generation systems with real-world impact.
We are part of a strategic initiative at the Institute of Mechanical and Electrical Engineering, combining interdisciplinary research with strong industry collaboration. Our team works closely with partners in academia, healthcare, and business, and we actively contribute to European efforts in semiconductor independence through initiatives like the Chips Joint Undertaking.
We educate students at bachelor, master, and PhD levels, offering hands-on experience in cutting-edge microelectronics research and development.