Cok Francken’s 30-year journey at TU Delft spans posters, identity systems, and large-scale installations. Known for clarity and balance, he begins with pencil sketches and draws inspiration from real-world textures and photography. His experience with big formats and careful use of AI tools shapes designs that feel authentic, thoughtful, and visually compelling.
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.
How do students discover who they want to become? At TU Delft, the Mechanical Engineering faculty paired with the New Media Centre’s Graphics team to address that question through animated storytelling. By developing eight distinct “Engineer of the Future” personas—each with its own narrative, style, and personality—students could see relatable career paths. Hand-drawn illustrations and concise two-minute videos translated complex concepts into engaging scripts, creating a compelling blended learning experience that inspires and informs.
Do you know how to transform your research idea into a funded project? To demystify the process, the NMC Graphics team at TU Delft designed a clear, step-by-step infographic outlining every phase of grant applications—from finding funding and consulting support to drafting, submitting, and following up. Developed in collaboration with stakeholders, and available in print and web formats, this guide uses color, icons, and layout to guide researchers through institutional workflows and reduce administrative uncertainty.
For TU Delft’s Opening of the Academic Year, a single evocative image anchored a comprehensive visual identity—from website banners and email invites to animations, printed materials, and spatial projections. Led by one dedicated designer in collaboration with Live Events, the graphics team wove a cohesive language of color, rhythm, and motion to ensure every touchpoint emotionally resonated. Sound design elevated animated segments, while coordination across teams delivered a polished, immersive experience that transformed a moment into a memorable message.
What if an algorithm decided whether you got the job—even before a human saw your name? AI-driven hiring assessments, now widespread, make implicit assumptions about skills, behavior, and communication that may not match individual realities. By reducing complex narratives to data points, these systems strip applicants of autonomy over their identity and undermine dignity. An interdisciplinary study from TU Delft, University of Twente, and TU Eindhoven inspired a four-minute animated video, making these findings accessible and prompting reflection on AI’s impact in recruitment.
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.
For TU Delft’s Opening of the Academic Year, a single evocative image anchored a comprehensive visual identity—from website banners and email invites to animations, printed materials, and spatial projections. Led by one dedicated designer in collaboration with Live Events, the graphics team wove a cohesive language of color, rhythm, and motion to ensure every touchpoint emotionally resonated. Sound design elevated animated segments, while coordination across teams delivered a polished, immersive experience that transformed a moment into a memorable message.
The Radioactivity project uses VR to make learning safe and immersive, letting students explore radiation through realistic experiments while teachers guide remotely. By overcoming safety limits and instructor shortages, this innovative VR app democratizes access to hands-on science, transforming how students experience and understand radioactivity across classrooms everywhere.
At TU Delft, blended learning combines the flexibility of online teaching with the impact of face-to-face interaction. One tool making this possible is the Lightboard—a transparent glass board that lets educators write while facing the camera. Unlike traditional slides, it shows both the lecturer’s explanations and their expressions, making learning more engaging and personal. From flipped classrooms to problem-solving videos, the Lightboard helps teachers share not just answers, but the thinking process behind them—turning lessons into stories that connect with students.
