
Ray-tracing, QuaDRiGa & FDTD
Realistic simulations, from the city-scale to the human ear, mapping the exposure along a walk.
Hey! I'm Robin. As an engineer specialized in physics, I'm finishing the last year of my Ph.D. at imec and Ghent University. This page gives a more elaborate overview of what I do.
My interest lies in (computational) modelling of high tech with applied physics. I have visited over 30 countries and love spending time on music, cooking, and sports.
Currently open for opportunities starting Nov. 2026!


Realistic simulations, from the city-scale to the human ear, mapping the exposure along a walk.

Measurements in real environments of electromagnetic fields, using a robotic arm.
GOLIAT is a Python framework that automates electromagnetic field (EMF) dosimetry simulations from start to finish. Calculate Specific Absorption Rate (SAR) in digital human phantoms with minimal manual intervention, whether you're simulating a phone call (near-field) or environmental exposure (far-field).
Full-stack platform that computes real-time EM exposure on humans in realistic 3D environments.
Physics in Medicine & Biology · First author
npj Wireless Technology · First author
PhD in Engineering Physics · Ghent University & imec · 2021–October 2026 (expected)
MSc & BSc in Engineering Physics · Ghent University · 2016–2021
TEDxKULeuven · February 2025
Music is a very big part of my life. It gives me tremendous amounts of energy and joy.