Join our multidisciplinary team of creative, energetic people and work on tomorrow's challenges today. Top technology is made by top talent.
Do you have what it takes to join our team? Shape trends into business opportunities by working closely with industry and academia.
IoT Data Scientist
As an IoT Data Scientist you will design, develop and implement disruptive signal processing and machine learning algorithms for IoT Systems and Applications.
With a global view on scouting innovative technology
Energy harvesting interface for implants powered by mechanical energy
The aim of the project is to estimate how much power can be extracted by mechanical harvesting inside the body and then implement circuits for efficiently collecting that power.
Electronic System Engineer Medical Devices
As an electronic system designer, you lead electronic system development of innovative medical device prototypes in accordance to the medical device regulations.
Digital IC Design Engineer
With a strong interest in contributing to innovation in the IoT, AI and Health Domains.
Program Manager Health Research
Electronic systems are coming closer and closer to the body through smartphone health apps, smart wristbands, smart health patches, VR/AR headsets, etc.. Medical-grade wearables stand to...
Asynchronous ADC design for neuromorphic systems
We propose to work towards the development of analog-to-digital converted tailored for neuromorphic processing systems. This novel type of analog-to-digital converter will be compatible with...
Full-Duplex Front-End for FMCW Radar
We have achieved good success on radar solutions, e. g. the record-low power radar for vital signs and occupancy sensing, presented at ISSCC 2019*. To continue our success, we will develop key...
ULP Transceiver Design for Ultra-wideband ranging and radar applications
In this project, the student will research and develop innovative ultra-low power (ULP) receiver architecture and circuits for Ultra-wideband (UWB) ranging and radar applications. ...
Neuromorphic compressed sensing and even-based transmission
In this project, the student internship will explore a new neuromorphic concept, i.e., compressed sensing, into low-power wireless communication.
UWB Signal Processing for Combined Ranging and Radar
This project aims to answer whether ultra-wideband communication transceivers can be used for radar applications as well and vice versa. What you will do Ultra-wideband has been first...
Senior Researcher Radio Systems
As a Senior Researcher, you take part in the development of the next generation smart radio transceiver and radar solutions.
Design and layout of an integrated control for multi-coil inductive power transmitter
Project Description Inductive powering is the most widely used technique for powering implants. However, it suffers from sensitivity to position / orientation of the implant itself. To solve this...