4TU.Health Event 2026Technology is seen as a key part of the solution for the problems our healthcare system faces. This necessitates accelerating technological innovation in healthcare and better connecting the broad stakeholder landscape required for impactful solutions in daily care practice. The 4TU.Health event, organised by 4TU.Health Centre, on Thursday 28 May 2026 in Wageningen, brings together experts from the four technical universities, partners and other stakeholders to combine knowledge, experience and ideas. The event offers a unique opportunity to meet, connect and jointly develop a strategic agenda addressing the road towards a future where technology enables our healthcare system. The event is relevant for anyone active in technological healthcare innovation and seeking to contribute to structural solutions with societal impact.Read more
The Well-being Weeks are back from 1 to 19th of June!Three weeks of free well-being activities await you at the UT, and registration is now open!Read more
4TU.Health Event 2026
The Well-being Weeks are back from 1 to 19th of June!
PhD Defence Behrooz Elahi | Tunable Encapsulated Salt Hydrates for Thermochemical Heat Storage
PhD Defence Sahar Pourandi | DEM modelling of granular flows for industrial applications
PhD Defence Jan van der Hoek | Toward ultrasound guided radioembolization - Using contrast microbubbles as microsphere precursors for real-time prediction
PhD Defence Min Gao | Film thickness in grease lubricated cylindrical roller bearings
Manufacturing Day
PhD Defence Jan Lenssen | When Fragmentation Impedes Decisions - Supporting knowledge sharing for decision-making in large scale complex system design
PhD Defence Max Winkelmann | Micropolar Fields in Granular Materials: Theory and Simulations
PhD Defence Mirvahid Mohammadpour Chehrghani | Surface engineering for reducing friction in water distribution
PhD Defence Hadi Moutablaleh | Multimaterial Laser Powder Bed Fusion of Ti6Al4V and NiTi Shape Memory Alloys
PhD Defence Dennis Christie | Towards More Reliable Ultrasound-based Knee Joint Kinematic Estimation
