In the past I worked on Formal Methods in Computer Science, especially model checking in the modal mu-calculus, and modelling and verification of embedded systems.
UT Research Information System
As a research line in education I am exploring how to use tinkering in academic teaching to stimulate ownership and reflection.
Courses Academic Year 2021/2022
Courses Academic Year 2020/2021
Wearable Breathing Trainer: measuring and coaching for children with dysfunctional breathing patterns
Together with Geke Ludden (UT) , Hellen van Rees (textile and fashion designer), Boony Thio (MST), Pascal Keijzer (MST), Jean Driezzen (ZGT), Eliza Bottenberg (Saxion).
We will develop a robotic vest in a child design and equipped with suitable sensors and actuators, that will help children with, e.g., asthma to do breathing exercises at home.
(starting january 2019)
Financed by The Pioneers in Healthcare Innovation Fund 2018
I am coordinator of the project WEAFING (weafing.eu) that has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 825232, starting January 2019.
Here, textile actuators ("knitted muscles") are developed from electroactive polymer and processed into textiles. Goal is to develop garments that provide haptic stimulation. The application range is huge, ranging from navigation applications to stress reduction garments, from movement training for work, sports or wellness to extended experience in gaming.
With Cedric Plesse, Edwin Jager, Nils-Krister Persson, Edwin Dertien, Jan van Erp, Martin van den Berg (elitac), Marius Janta (WT), and Marco Raaben.
In the project "Textile Reflexes" I developed, together with Hellen van Rees (fashion and textile designer) and Geke Ludden (interaction designer), a robotic vest that gives haptic feedback when slouching. This project was funded within the H2020 project WearSustain.
See a description at the wearable robotics lab.