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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.
Development of wearable to measure inflammatory response of knee
What you will do A local inflammatory response of the knee is common after surgery (e.g. arthroscopy, replacement) or injury. The common symptoms are swelling, stiffness of the joint,...
Validation of a sensorized ankle brace
What you will do During a previous project imec developed a sensorized ankle brace, with the goal to measure recovery after an ankle injury. The brace is now ready to go and to be...
Validation and optimization of a sensorized running blade
What you will do During a previous project imec developed a sensorized running blade to measure the deflection of the blade during running. The first prototypes of sensor are ready. Some...
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...
R&D Manager Signal Processing Group – imec The Netherlands
As a system and signal processing expert, you manage the systems team and together you develop next generation smart radio, sensor and building solutions in the internet of things domain.
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...
Electrochemical characterization of novel matials for solid-sate Li-ion batteries
Project description Aim of this student project vacancy is to do in-depth electrochemical studies of novel solid-state battery electrode materials and electrolytes deposited using several...
Development Electro-deposition as a tool for producing electrodes
Your Background You are an ambitious bachelor or master student with both scientific and practical skills looking for a thesis of 5-9 months. You have background in chemistry, material...
Flexing and stretching electronics on plastic
The aim of this student project is to characterize and model the mechanics of thin-film transistors on thin, flexible foil. Initially, the transistors are put either in tension, bending outwards,...
Organic Photodetectors in Retinal Implantables and Eye-like cameras
Your Background You are an ambitious and creative Masters student from Applied Physics, Physical Chemistry or Nanoscience, with both scientific and practical skills. You have good...
Project Description Holst Centre develops flexible, large area photodetector-on-plastic technology. Organic photodetectors are investigated for existing imaging technologies as they offer...
Ultra-flexible Active-Matrix Electrophysiology Arrays for Neural Interfacing
Improved neural interfacing promises to dramatically improve the quality of current diagnostics, reduce side effects of treatments, or open up the potential for the realization of entirely new...
Smart Well Plates for Brain-on-Chip Applications
Neurodegenerative diseases such as Alzheimer's disease are increasingly more common in an aging population. In order to get an understanding of underlying biochemical processes, as well as...