Working in the Machines and Systems unit, with a focus on the Healthcare sector. Currently developing and testing the embedded software of Solstice Pharmaceuticals.

Work in a multidisciplinary team on the development of a medical wearable in a start-up company. My role is to develop algorithms (a.o. AI) that track hemodynamic changes based on sensor data. Keywords: algorithm development, AI, sensors, signal processing, large medical datasets.

Explored feasibility of estimating blood pressure changes using sensors on a SmartToilet. Data-analysis of signals from biomedical sensors (a.o. ECG, PPG). Keywords: Testing and validation of prototype device. Signal processing, signal quality assessment, modelling and programming in Python.

Help students in the courses Numerical Analysis of Continua I (Bachelor level) and II (Master level) to understand and apply Finite Element Method to solve solid and fluid mechanics problems. Helping out with assignments in MATLAB.

Computational fluid dynamic simulations of coronary arteries. Compare 1D and 3D models of stenotic coronary arteries.

Supervise the safety of swimmers and water sports participants during the summer.

During this part-time (20 hrs/week) board year I was a member of the Academic Student Council. This body represents students of University College Utrecht in all academic matters towards management. My activities were meeting with the College Council, conduct focus group, initiate educational improvements, look into university finances, organize meetings and educational events.