- Biosignal conditioning/detection
- Transcutaneous and intra-body wireless communication
- Wireless power transfer and management
- Energy harvesting
- Bioinspired electronics
- Implantable electronics
- Flexible implants
- Microsystem integration
Bioelectronics consists of 2 professors (+1 vacancy), 1 visiting professor, 1 technician, 1 secretary and 10 researchers.
Presentation on electroceuticals, highlighting some of the work done in our section. Read more.
Video recording of Wouter A. Serdijn's inaugural lecture (NL: intreerede, in het Nederlands), March 30, 2016: Beter worden met elektroceutica -- elektronische medicijnen reiken de helpende hand.
Electrical Implants -- small devices with huge potential
Since the introduction of the pacemaker in 1958, much has changed in the world of electrical stimulation. Whereas the first electrical implants targeted muscles, the implants of today are flexible and focus mainly on the nerves in our body. The concept, however, remains unchanged: electrical implants give control back to the body. Vasiliki Giagka, Assistant Professor of Bioelectronics at TU Delft, talks about the past, present and future of her field of research.
TU Delft "Female Fellowship" Tenure Track Academic Positions
All academic levels; apply before Jan 8, 2018.
The Bioelectronics weblog
Visit the weblog of the Section Bioelectronics at: http://bme.weblog.tudelft.nl/