University
iis-projects.ee.ethz.ch/index.php?title=Biomedical_Circuits,_Systems,_and_ApplicationsZurich, SwitzerlandThe Digital Circuits and Systems Group at ETH Zürich develops energy-efficient computing architectures, integrated systems, and embedded platforms, with a strong focus on hardware/software co-design, open-source hardware, and edge intelligence.
Within the group, we work on wearable biomedical systems, developing miniaturized and energy-efficient sensing platforms that combine emerging modalities such as wearable ultrasound with multimodal biosignals. Our work focuses on hardware/software co-design, custom embedded platforms, low-power wireless systems, and edge AI for real-time biomedical signal processing and inference.
Current application directions include wearable sensing for human-machine and VR interaction, multimodal interfaces based on biosignals and ultrasound, and continuous cardiovascular monitoring, including cuffless blood-pressure estimation. We are interested in European collaborations that connect these enabling technologies with ambitious health applications and strong clinical partners.
Project Lead
ETH Zurich - Digital Circuits and Systems Group
Project cooperation
Cuffless Blood Pressure Monitoring with Wearable Ultrasound
Wearable ultrasound for continuous cuffless blood pressure monitoring using arterial geometry, wall dynamics and pulse-wave propagation. Seeking clinical, transducer, and validation partners.
Project Lead at ETH Zurich - Digital Circuits and Systems Group
Zurich, Switzerland
Project cooperation
Multimodal Wearable Ultrasound + EMG
Wearable ultrasound + EMG, combining muscle activation and mechanical dynamics to enable objective assessment, personalized feedback and home or clinical monitoring. Assisted rehab, assistive interfaces.
Project Lead at ETH Zurich - Digital Circuits and Systems Group
Zurich, Switzerland
Project cooperation
Multimodal wearables for silent speech interfaces
Wearable ultrasound + EMG for silent speech, decoding speech-related muscle activity without audible voice. Targeting assistive communication and discreet interfaces. Seeking clinical, speech, AI and wearable-sensing partners.
Project Lead at ETH Zurich - Digital Circuits and Systems Group
Zurich, Switzerland