From Data to a Digital Twin: design the Hyperloop Simulation Experience

Creative Media & Game Technologies

The hyperloop is becoming a reality—but the digital version still needs to be built. As a CMGT developer , you'll bring the technology to life in an interactive Digital Twin that provides insight, surprises, and convinces. Do you dare to build a virtual hyperloop that transports both the public and partners to the future of sustainable mobility?
HyperBRIDGE is a large-scale Interreg project (2025–2029) in which Dutch and German partners collaborate on the technological development of the hyperloop: a new, emission-free transport system that should enable high-quality mobility with extremely low energy consumption.
The project brings together universities, universities of applied sciences, technology companies, and SME partners—including the University of Groningen, the Emden/Leer University of Applied Sciences , Omnidots , Lufthansa Industry Solutions, Concept7, and the Hanze University of Applied Sciences. The two test sites, the European Hyperloop Center (EHC) in Veendam and the goTube in Emden, form the technological heart of the project.Within HyperBRIDGE, we're working on various technical innovations: sensor technology, communication protocols, digital twins , control systems, and data-driven simulations. This generates a vast amount of technical knowledge, datasets, and prototypes that require interactive visualization, simulation, and digital experiences—precisely the domain of CMGT.This presents a unique opportunity for CMGT students: contributing to the way the Hyperloop is digitally designed, tested, and experienced. From real-time simulations and visualizations to XR experiences or interactive Digital Twin concepts, HyperBRIDGE is looking for developers who can translate technology into virtual experiences that work, convince, and inspire.
The hyperloop is a promising, yet technically complex technology. While intensive work is underway within HyperBRIDGE on sensors, communication protocols, data analysis, digital infrastructure, and physical prototypes, a significant problem remains: the technology is difficult to imagine, barely visible, and abstract for many.
At the same time, a growing need is emerging within the project for: digital visualizations and simulations that make technical systems understandable; interactive digital twins that can display data, movement, infrastructure and behaviour in real time; immersive experiences (XR, VR, AR) that provide the public, partners or SMEs with insight into a hyperloop that does not yet exist; tools and interfaces that make the operation of pods , tubes, sensor data or communication processes visible.Current forms of communication (primarily text, technical documentation, and static visuals ) do not provide sufficient insight into the dynamics, scale, and operation of hyperloop technology.This presents a clear challenge: how do we make a complex technological future tangible, understandable and experienceable through interactive digital means?
You will research and develop an interactive, technically sound digital concept for HyperBRIDGE , aimed at making hyperloop technology visible and tangible.
for the general public (insight, visualization, understanding of complex technology) for visitors to the EHC in Veendam and/or the goTube in Emden (simulation, immersive experience, digital demonstration)You will develop a digital solution that translates complex technical systems into an interactive and understandable experience. The final result can range from a simulation, visualization, or Digital Twin
to an XR or real-time interactive application—as long as it is based on research and results in a workable, testable prototype.
Develop a technical and research-driven digital prototype for HyperBRIDGE that provides insight into one or more aspects of Hyperloop technology—such as motion, infrastructure, sensor data, system behavior, or communication processes.
You are investigating: which technical components and data flows are suitable for visualization or simulation how existing data, documentation and prototypes within HyperBRIDGE can be translated into interactive digital resources which forms of real-time technology, XR or Digital Twin principles are most effective for your chosen target groups which forms of interaction (3D visualization, simulation, AR/VR, data interfaces) best explain the operation of the hyperloopYou design and develop: a digital concept that fits within the objectives of WP3, WP4 and/or WP5 at least one working, testable prototype (e.g. simulation in Unity / Unreal , XR experience , interactive visualization or Digital Twin component) a well-founded technical and design-oriented rationale in which you explain and justify your choices
The prototype contributes to making hyperloop technology understandable, visible and tangible for the public, visitors and/or project partners.
The examples below are for inspiration; you are free to deviate from them or develop a hybrid version. All directions are permitted, with the exception of serious games (these are already being developed within HyperBRIDGE ).

• Digital Twin Visualization ( EHC / goTube ) Develop an interactive digital twin that displays one or more components of the hyperloop in real time: pod movement , infrastructure, sensor data, sound, vibrations, or communication flows. This can be done in Unity , Unreal , WebGL , or another real-time platform.2. XR or Immersive Hyperloop Experience (VR/AR/MR) Design and develop a VR, AR or MR experience that lets users see, feel and experience how the hyperloop works. From a virtual tour of the tube to a fully simulated pod journey .3. Interactive Data Visualization or Dashboarding Make complex data from WP1–WP3 visible through interactive 2D/3D visualization. For example, vibration measurements , noise emissions, test results, V2X communication, or accumulated sensor data.4. Simulate Pod-to-Pod Communication. Develop a simulation that provides insight into how pods communicate with each other and with the infrastructure. Focus on timing, safety, latency , and decision -making or fail -safe scenarios.
• 3D Visualization of Hyperloop Infrastructure : Design a high-fidelity 3D model or interactive schematic visualization of Hyperloop elements. For example, tube segments, magnetic systems, test setups, or sensor arrays.
• Hybrid Interactive Installation (Physical + Digital) Develop an interactive exhibition object for the European Hyperloop Center, combining physical elements with digital interaction. Examples include motion tracking, scale models with projection, sensor feedback, or multi -screen information flows .
• Pre- Visit Interactive Simulation : Design a short digital simulation that gives visitors an idea of what they'll see before a site visit. This could be an interactive walkthrough of the test facility, a pod demonstrator , or a scenario explorer .

You can choose a direction based on your technical preferences, research questions, and the needs of HyperBRIDGE.
Research document (technical analysis, design rationale, contextual research)
Digital concept (described + visual, incl. technical choices) Testable prototype (simulation, visualization, XR or other interactive application) Evaluation/ test results (user, expert or technical tests) Reflection on process, technical choices and impact Interim progress and feedback sessions with the client and lecturer, to be planned in consultatio
The results of your graduation research will be used within WP3, WP4 and WP5 and contribute to:
better visualization and understanding of hyperloop technology a stronger digital and/or immersive visitor experience at the EHC/ goTube insightful , interactive display of technical project results increased visibility and technological demonstration opportunities
Who is this interesting for?

This assignment is ideal if you have an affinity with

real-time technology (Unity, Unreal, WebGL) simulation & Digital Twin development XR/VR/AR and immersive experiences interactive data visualization 3D modeling and technical visualization creative technology & innovation building working interactive prototypes
As a graduate, you will make the hyperloop digitally visible, understandable and experienceable — even before it physically exists.
You will develop a technically working prototype that provides insight into complex systems and can be used directly within HyperBRIDGE .In this way, you contribute to the development of sustainable mobility and to the digital innovation power of an international project.You demonstrate that you can connect real-time technology with creativity, research and social impact.
Professorship Communication, Behaviour & Sustainable SocietyDr. Wim Elving w.j.l.elving@pl.hanze.nl Dhr. Corné Kox c.j.a.c.kox@pl.hanze.nl
Deze pagina is niet aanklikbaar.
Deel deze pagina op Facebook
Deel deze pagina op X
Deel deze pagina op LinkedIn
Deel deze pagina op WhatsApp
Deel deze pagina via e-mail