Research Engineer, IMEC |  |
I am part of the Advanced RF team (ARF) at IMEC, working as an ADC designer.
Research Engineer, Ampleon |  |
I was part of Ampleon’s Advanced concepts and systems team, which is responsible for the study and development of new amplifier architectures, modeling techniques and system-level concepts. Specifically, my role consisted of:
- I led a team responsible to study techniques specific to linearisation of gallium-nitride transistors.
- Development of measurement and signal processing algorithms for DPD testing of power amplifiers.
- Implementation of behavioural models and simulation techniques to improve system-level design.
Post-Doc at INRIA, Sophia-Antipolis, France |  |
At INRIA, we are developing a stability analysis for RF/microwave analog circuits. Classical tools use rational approximation to determine stability of a circuit. In high-frequency circuits, the presence of transmission lines makes the circuits non-rational, which complicates stability analysis. Our solution is to use functional projection onto stable and unstable bases instead of a rational approximation. You can download the matlab code to perform this stability analysis from project.inria.fr/pisa
Doctorate at the Vrije Universiteit Brussel (VUB) |  |
During my PhD, I developed a Distortion Contribution Analysis which can detect the dominant source of non-linear distortion in analog electronic circuits using modulated signals.
Besides the research, I was also teaching the labs and excercises for the following courses:
- High Frequency Electronics
- RFdesign, from datasheet to product
- CAE-tools for the design of Analog Electronic Circuits
- Ingenieursvaardigheden: Meten en Experimenteren
Master in Electronics and Information Technology | |
My master thesis was on the design and analysis of operational amplifiers for use in active filters. It was guided by Prof. Gerd Vandersteen.
Bachelor in de Ingenieurswetenschappen | |