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SDU Microelectronics

Shaping the future of microchips - where AI, health tech, and quantum innovation meet.

About SDU Microelectronics

The SDU Microelectronics advances ultra-low-power chip design for smart sensors, neuromorphic AI, and biomedical systems, bridging cutting-edge electronics with spintronics, quantum technologies, and intelligent edge devices to drive innovation in healthcare, sensing, and next-generation computing.

Research

SDU Microelectronics focus on aggressively lowering the energy consumption of integrated electronics using device and circuit co-design. The main research focus of this group includes biomedical IC design e.g. brain implants, brain-tech computing e.g. neuromorphic computing, energy harvesting, e.g. batteryless IoTs, and memories e.g. spintronic memories.

13 April 2026

New research project could extend critical battery life for drones

By rethinking the way computers work, it is possible to improve the energy efficiency of digital systems, including drones for both civilian and military use. That is precisely what researchers from the University of Southern Denmark will be working on in a major new European project.

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Advanced Analog IC Design Training Course for researchers, students, and industry professionals

Cooperation

We welcome a wide range of collaboration opportunities, from student projects at Bachelor’s and Master’s level to involvement in larger research initiatives. In addition, we offer possibilities for consultancy work and maintain a strong interest in partnerships with industry. Whether you are a student, researcher, or industry representative, we are open to exploring how we can work together to create value and innovation. To learn more about collaboration opportunities at IME and TEK, please click on the “Cooperation” headline - or feel free to contact us directly to discuss your ideas.

Contact Us

Professor Farshad Moradi, Head of SDU Microelectronics

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