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.
Our mission is to develop microelectronic technologies that make systems intelligent, energy-efficient and sustainable – from the lab to real-world applications.
The section is part of the Institute of Mechanical and Electrical Engineering at SDU in Odense. We are more than 30 researchers, PhD students and staff, with two dedicated laboratories: ICELab and CryoLab.
Why our research matters
Advances in chip design make devices smaller, smarter and more energy efficient. Our research contributes to:
- Healthcare – implantable and wearable chips for brain–machine interfaces and for neurological disorders such as Parkinson’s disease and epilepsy.
- Artificial intelligence – brain-inspired (neuromorphic) computing hardware for energy-efficient AI.
- Quantum technologies – cryogenic CMOS electronics that control and read out qubits in future quantum computers.
- Sustainable electronics – power management and energy harvesting for self-powered devices.
- Smart sensing – ultra-low-power sensor interfaces and data converters.
- Space and security – secure and robust chips for spaceborne and mission-critical systems.
Read more about our six research areas
Our laboratories
ICELab – Integrated Circuits & Electronics
ICELab develops next-generation integrated circuits and electronic systems for healthcare, industrial sensing and intelligent computing. The lab covers the whole development process – from analog, RF and mixed-signal IC design, ASIC and FPGA development and biomedical electronics to device characterisation and system validation. Visit ICELab
CryoLab – Cryogenic Electronics & Spintronics
CryoLab develops, characterises and validates cryogenic integrated circuits (CryoCMOS) and spintronic devices. Its closed-cycle cryogenic probe station measures devices and circuits from below 4 K up to 800 K. Visit CryoLab
Companies and research partners are welcome to contact us about collaboration and measurements in our laboratories.
Current projects
A selection of our ongoing research projects:
- NeuroEar – multi-modal monitoring of brain disorders from an in-ear device. Independent Research Fund Denmark (DFF), 2026–2029.
- NeuroMate – closed-loop neurorehabilitation that lets stroke patients control assistive technology with brain signals. Innovation Fund Denmark, 2025–2029.
- EPIFY – brain-inspired system-on-chip for early detection of seizures in epilepsy. Innovation Fund Denmark, 2025–2028.
- CorroSense – battery-free wireless sensors for monitoring corrosion in concrete structures. Innovation Fund Denmark (Grand Solutions), 2023–2026.
- MOSAIC – AI-enabled electronic components and systems for automated industry and mobility. Horizon Europe, 2025–2028.
Part of the Danish and European chip ecosystem
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.
As part of the Danish Chips Competence Centre (DkCCC) under the EU Chips Act, we help Danish companies and start-ups design and manufacture advanced semiconductor and quantum chips. We also train chip designers: our first advanced analogue IC design course gathered 22 participants from across Europe for three days of lectures and hands-on workshops in Odense.
Education
We educate students at bachelor, master, and PhD levels, offering hands-on experience in cutting-edge microelectronics research and development. Read more about education
Work with us
We collaborate with companies, hospitals, research organisations and international semiconductor initiatives. Contact us to discuss research projects, student projects or access to our laboratories.
Contact us or see our research projects to learn more about how we can work together.