I am a researcher at Imec-mict-UGent, where I study the relationship between smartphone use and wellbeing. My work focuses on analyzing smartphone trace data to uncover usage patterns, detect trends in smartphone use over the years, and ultimately predict moods and stress levels from these patterns. This data is collected with our research tool, the MobileDNA app.

Education

2020-2021

KU Leuven

Master Artificial Intelligence

Thesis: Identification of features for the optimal recognition of physical activities with wearable devices

2016-2020

KU Leuven, Campus Ghent

Master Industrial Engineering: Electronics-ICT

Thesis: Examination of Low-Power Wide-Area networks for IoT applications

Experience

2021-2025

Data engineer/scientist Imec-mict-UGent

Looking for patterns in people's smartphone behavior and use of apps. Investigating whether smartphone use can be a predictor for ones (digital) wellbeing (stress, headaches, moods, online vigilance). Responsible for the MobileDNA research tool. MobileDNA is an app developed by imec-mict-UGent to monitor people's smartphone usage.

Portfolio

Optimizing human activity recognition with inertial sensors

PythonSklearnTensorflow

For my master's thesis, I developed a human activity recognition system using wearable Magnetic Inertial Measurement Units (MIMUs). I compared feature-based and 'raw' inertial data-based classification approaches, evaluating sensor placement, feature selection, and the value of magnetometer data. The final model, using only accelerometer and gyroscope features from 3 optimally placed sensors, achieved an accuracy of 97% and F1-score of 98% on 7 common physical activities.