
Wireless biomedical microdevices
Implantable and wearable devices for sensing, stimulation and diagnostics — combining low-power electronics, biocompatible packaging and wireless links.
Work developed at the Department of Industrial Electronics and the CMEMS research center, in collaboration with international partners across Europe and beyond.

Implantable and wearable devices for sensing, stimulation and diagnostics — combining low-power electronics, biocompatible packaging and wireless links.

Integrated circuits and transceivers for wireless sensor networks and body-area communications, with a focus on miniaturization and energy efficiency.

Chip-size and miniaturized antennas, self-folding fabrication for 3-D RF micro devices, and arrays operating up to millimeter and terahertz frequencies.

Polyimide-based smooth titanium nitride microelectrode arrays for stimulation and recording, targeted at medication-resistant neurological disorders.

Wireless power harvesting and transfer, and millimeter-wave probes for tumor detection and minimally invasive health applications.

Electronic devices and circuits based on 2-D materials, from materials characterization to circuit integration.