Urban Remix
Urban Remix: AI-driven citizen participation through visual storytelling Urban Remix is an AI-powered platform that helps residents visually communicate their ideas for their own neighbourhood. Through a chatbot, map interface, and image and animation tools, citizen participation becomes more accessible, more persuasive and more visually engaging. The feasibility study examines the technical, societal and economic conditions needed for successful implementation, building a bridge between residents and policymakers. It also gives students the chance to work on a pressing societal issue in which AI, IX and inclusion take centre stage.
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Stad in Beeld
Stad in Beeld – A participatory digital twin for future-proof urban development In this project, Webbio B.V. is investigating the feasibility of a participatory digital twin, specifically for the municipality of Nijmegen. The focus is on combining spatial data, policy information and interactive visualisation via webXR. The aim of the participatory digital twin is to make policy choices visually clear and to give residents an accessible way to get involved. In this phase, Webbio is working with the municipality of Nijmegen and two specialised technology partners to build a working proof of concept focused on one specific neighbourhood. This will validate technical feasibility, user interaction, data connections and policy integration.
URPIX
URban Planning IX URban Planning IX (URPIX) helps urban planners quickly translate policy scenarios into realistic visualisations of cityscapes. This gives residents insight into the consequences of different scenarios. Residents view the visuals through XR visualisations, and can also switch between different scenarios. Alongside the cityscape, URPIX also shows the effects on the living environment, such as air quality, impact on mobility, and population density. This gives residents insight into the consequences of policy choices at an early stage, and lets them take part in the dialogue between planners, policymakers and implementers.
Placemaking Immersive
Stipo and Orb Amsterdam are exploring how to turn physical participation tools for urban development into a digital, immersive application. Using virtual and mixed reality, they're investigating how citizens, policymakers and developers can gain better insight into the coherence and impact of spatial planning decisions. The envisioned IX solution makes participation more accessible and allows different stakeholders to give feedback from their own perspective and engage in co-creation. This helps improve decision-making, prevent unwanted side effects and build broader public support for complex urban challenges — think housing, sustainability and accessibility.
AR Inzicht
AR Insight: Transparent Urban Development Siekerman Technology B.V. is developing an innovative AR solution that helps municipalities communicate more effectively about urban development projects. Using new AR glasses, users see context-relevant information - duration, background and expected results - right at the location of the works. Residents can respond directly, help shape project information and get in touch with contractors. The goal: reducing nuisance through better information provision and building broader support for necessary urban development.
TransitieTwin3D
Dutch cities are facing an unprecedented pile-up of spatial challenges: housing construction, grid reinforcement, heat network installation, greening and climate adaptation. These challenges collide at street level, and designs and communication are often developed in isolation from one another. The result is fragmentation, delays and confusion among residents. TransitieTwin3D offers an integrated IX solution: a virtual, interactive environment where policymakers, contractors and residents can get to grips with spatial projects, influence them and align them more effectively. The application runs on the web-GIS platform GeoApps, enhanced with a real-time 3D engine and live BIM integration via Innobrix. Users experience the impact of projects via a 65” TouchTable or online, without needing VR headsets or specialist hardware.
Virtual Reality en Neurofeedback
Virtual reality and neurofeedback: towards a more inclusive city The Olifantenpad Consortium believes the era of well-intentioned drawing-board plans and the unplanned desire paths people carve out afterwards is over. The Olifantenpad Consortium is developing a participation tool that reveals people's conscious and unconscious responses to a spatial environment or design, using VR, AI and neurofeedback grounded in environmental psychology. The tool provides broad insight into how different groups of people experience a spatial environment, helping to prevent urban planning mistakes, costly changes after the fact, and delays in the construction process.