Project ideas · 2026–2027
Create immersive experiences, bring medical data into 3D, or explore smarter ways to use space. Find a starting point that fits your interests.
Explore the ideasFrom focused prototypes to research projects, ordered by increasing complexity. Levels are suggested; we’ll agree the scope together.
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A clear starting point with a tangible result. Good for a first substantial project in 3D or VR.
3D creation
Turn a real object into a 3D asset using phone photos, then prepare it for smooth viewing in VR.
Interests 3D modelling · creative technology
Capture an object, reconstruct it, simplify the model and test it in a small VR scene.
Let’s discuss this idea3D creation · Medical XR
Recreate a classroom, laboratory or simulated operating room as a virtual space that people can explore.
Interests Environment design · 3D modelling
Model one room and add navigation and a simple learning or workflow activity.
Let’s discuss this ideaSpace optimisation · Interaction & experience
Build a VR packing puzzle where users arrange rectangular objects and compare how efficiently they use space.
Interests Algorithms · interactive programming
Implement a simple packing method and let users inspect, move and compare arrangements in VR.
Let’s discuss this ideaInteraction & experience · Medical XR
Explore how sound, visual cues and ordinary controller vibration can strengthen the feeling of touching a virtual object.
Interests Experience design · creative coding
Build a small interaction demo, such as touching an anatomical model, and compare a few feedback combinations.
Let’s discuss this ideaCombine several skills, build an interactive system and explore how well it works.
Medical XR · 3D creation
Turn structures extracted from medical images into clear, lightweight 3D models for immersive teaching.
Interests 3D modelling · medical visualisation
Clean up and simplify a small set of models from the MedVision workflow, then check visual quality and VR performance.
Let’s discuss this ideaMedical XR
Build the same small medical viewing experience in different game engines and compare the results.
Interests Software engineering · benchmarking
Use a common scene to compare Godot, Unity and Unreal for image quality, interaction, performance and development effort.
Let’s discuss this idea3D creation · Interaction & experience
Create a simple VR sculpting tool where students shape a 3D object using their hands or controllers.
Interests Creative tools · graphics programming
Start with a few shaping actions and let users save their creations. Focus on an intuitive modelling experience.
Let’s discuss this ideaInteraction & experience · 3D creation
Give real furniture a new virtual role, turning a familiar room into an immersive experience that fits its physical layout.
Interests Spatial design · immersive experiences
Map a small room and align a few virtual objects with its real furniture, then evaluate the experience.
Let’s discuss this ideaMedical XR · Interaction & experience
Let users point to and label regions directly on a 3D anatomical model in VR, instead of working on a flat screen.
Interests Interface design · data tools
Build selection and labelling tools and export the annotations for the MedVision workflow.
Let’s discuss this ideaMedical XR
Bring medical images and reconstructed structures into one immersive viewer to make their spatial relationships easier to explore.
Interests Visual computing · application development
Adapt the existing Blender MRI viewing workflow into a Godot prototype with simple controls for exploring scans and 3D structures.
Let’s discuss this ideaMedical XR · Interaction & experience
Create a simulated training space where medical students can explore anatomy and rehearse a simple interaction task.
Interests VR development · educational experiences
Build one guided practice activity around a reconstructed anatomical model, with clear instructions and feedback.
Let’s discuss this ideaMedical XR · Interaction & experience
Make virtual anatomical structures easier to pick up, move and position using hand tracking, without specialised haptic gloves.
Interests Interaction programming · simulation
Prototype grabbing and manipulation in Godot/OpenXR for the OpenNeuroXR-DVE line, then explore simple ways to make grip behaviour more convincing.
Let’s discuss this ideaMedical XR · Interaction & experience
Design a rehabilitation-inspired prototype that adds virtual guides or goals to a real movement activity.
Interests Human-computer interaction · health technology
Create one guided movement task and evaluate the clarity and usability of its feedback in a simulated setting.
Let’s discuss this ideaGames & AI · Interaction & experience
Build a small immersive game, such as VR climbing, where students can create challenges and play each other's designs.
Interests Game design · VR programming
Start with one playable climbing activity and a simple way to create routes. Competitions or multiplayer can be later extensions.
Let’s discuss this ideaInteraction & experience
Develop a learning or training scene and explore how haptic devices affect the experience of interacting with it.
Interests Hardware interaction · experience evaluation
Choose one training scenario and compare interaction with and without the available haptic feedback.
Let’s discuss this ideaCompare approaches and investigate open questions. A focused TFG can grow into a deeper TFM.
Medical XR
Visualise recorded fatigue or brain-activity data around an avatar or a sports scene to help users explore a session over time.
Interests Data visualisation · human factors
TFG: create a viewer for recorded data. TFM: compare visual representations and study how people interpret them.
Let’s discuss this ideaMedical XR · Interaction & experience
Explore how gaze and hand movement work together while people manipulate virtual objects, with possible applications in attention and medical training.
Interests Human-computer interaction · data analysis
TFG: record and visualise eye-hand coordination during a simple task. TFM: investigate gaze estimation or attention measures.
The scope depends on access to eye-tracking hardware or suitable recorded data.
Let’s discuss this idea3D creation · Medical XR
Explore Gaussian splatting as an alternative to conventional 3D models for viewing reconstructed spaces or anatomical teaching scenes in VR.
Interests Computer graphics · reconstruction
TFG: build and test a small viewer. TFM: compare reconstruction approaches, visual quality and VR performance for a defined medical teaching use case.
Godot Gaussian Splatting project
Let’s discuss this ideaGames & AI
Create a game-like environment where an agent learns to navigate or complete a task, then explore how its behaviour changes with training.
Interests AI · game environments
TFG: connect a small Godot environment to a learning framework. TFM: compare learning methods and how well they transfer to new situations.
Let’s discuss this ideaSpace optimisation
Investigate how to arrange irregularly shaped objects efficiently, and use a 3D environment to inspect and compare solutions.
Interests Optimisation · machine learning
Define a manageable packing problem, compare selected heuristic or learning-based methods, and analyse space usage and computational cost.
Let’s discuss this idea