Step into the future with Eco-Runner Team Delft. Through immersive VR, experience the power of hydrogen fuel and sustainable innovation firsthand. From refueling at a futuristic station to driving the sleek Eco-Runner, this virtual journey showcases cleaner, smarter urban mobility—bringing the vision of hydrogen-powered transportation to life like never before.
Live Events READ MORE NMC Live We create immersive experiences that connect you with your audience by recording and live streaming events. Imagine that
As of January 1, 2024, the Faculty of Mechanical, Maritime and Materials Engineering (3mE) has changed its name to Mechanical Engineering. The NewMedia Centre was asked to produce a short video to promote this change at the front of the faculty building.
Students from Industrial Design Engineering reached out for support in the XR Zone where they created a VR application for their Bachelor End Project (BEP).
What is needed to achieve sustainable aviation? How can we accelerate that innovation? And what can we do for the existing fleet of aircraft? In this Pioneering Tech video, Rinze Benedictus and Marios Kotsonis provide answers.
The Safety Science Wall transforms a TPM corridor into a visual story of safety science, created by Cok Francken, graphic designer from TU Delft’s NMC. Six large panels trace the field’s evolution using restored images, infographics, and archival posters, showcasing how design and research can turn complex history into an engaging, accessible narrative.
The Media Lab is developing a 3D scanning service using the Creaform Go Scan, testing workflows and creating user-friendly instructions. The scanner captures detailed models of objects, while a new application will automate optimization and export to formats like glTF and FBX for various applications.
What happens when a robot helps you shop? This question shaped a groundbreaking project led by Dr. Marco Rozendaal, where VR simulations in a supermarket explored how people and robots interact in public spaces. By blending design, theatre, and puppeteering, the research revealed how robots can earn trust and acceptance—not through perfect programming, but by designing behaviors that feel meaningful and socially appropriate.
