I am a researcher at Imec-mict-UGent, focusing on analyzing smartphone logdata to predict moods and stress levels from smartphone use patterns. I am responsible for the MobileDNA-project, a research tool used to get insights in smartphone use.

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 recogntion 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%.