My ambition is to advance image-guided therapy in vascular surgery by developing non-invasive alternatives to current minimally invasive procedures, creating predictive models for perioperative outcomes after endovascular interventions, and reducing or eliminating radiation exposure during image-guided treatments. To realize this vision, I have initiated and currently lead three major research projects that drive the development of innovative solutions, which I actively implement and evaluate through my clinical practice in everyday vascular care.

My clinical research and future plans are structured around three research pillars that I have initiated and the research groups I currently lead. This includes integrating AI-based decision support tools into real-time workflows for decision-making in PAD and aortic aneurysms interventions (1), validating novel and non-invasive vascular interventions (2), and development of 3D navigation systems to reduce radiation exposure and enhance procedural precision (3).