At Biogenity, I developed reproducible Python data and machine learning workflows for an EU Horizon research project. I also built pipelines that combined biomedical sources with data-quality checks and provenance tracking.
I developed transformer-based NLP pipelines using BioBERT-related models, Hugging Face Transformers, PubTator, and biomedical text-mining tools to turn scientific literature into structured data.
At Aalborg University’s Wireless Communication Networks Section, I developed machine learning and computer vision pipelines for robotic systems. I integrated YOLOv5 models, OpenCV, and Intel RealSense cameras, and improved robotic task success from approximately 66% to 95%.
For my M.Sc. thesis, I trained graph neural networks and graph autoencoders to analyse clinical samples with pathway knowledge graphs. I also developed a PyTorch and scikit-learn pipeline for multivariate clinical time-series analysis.

