Four real-world contexts. One practice of interactive learning and simulation.
Independent client projects presented together to demonstrate professional VR production across industrial, technical and enterprise contexts.
Different systems.
One practice of building for use.
Across several professional projects, I contributed to immersive VR training systems. My work included real-time 3D asset and environment production, Unity integration, interaction-oriented visual design, headset optimization, and collaboration with developers to translate real-world tasks and spaces into usable immersive experiences.
Platform context: these projects were developed during an earlier generation of standalone VR hardware. Geometry, materials, lighting and texture decisions were shaped by the rendering and performance constraints of their time.
Serious game-based VR training that presents electrical distribution equipment and tasks through an interactive virtual environment.
During my Reo-Tek period, I modeled and textured 300+ PBR-ready props for a reusable Unity VR training asset library. TEDAŞ's VR training work also used serious game principles: an interactive virtual setting lets learners practice and understand technical distribution tasks. The asset library supports the simulation's interactive world.
Original real-time training props and industrial equipment assets.
Enterprise VR training with recognizable real-time appliance assets designed for headset delivery.
I worked on optimized real-time environments and appliance assets, balancing recognizable forms and material quality with strict rendering and performance constraints. Earlier-generation Unity rendering and SRP workflows required careful geometry, materials, lighting and texture efficiency.
A large rail-vehicle context translated into an immersive technical demonstration and training experience.
A tram and its spatial environment formed the basis of this interactive VR experience. The two recordings below document the project overview and VR demonstration separately; no unverified training outcomes are implied.
Immersive training in an enterprise and banking context, extending VR beyond industrial environments.
The application shows how VR production can translate enterprise workspaces, assets and interactions into a spatial learning context. My contribution is presented within the broader real-time asset and environment work described in this portfolio.
These systems were separate professional projects, each developed for a different client and use case.
MEDICAL VR CASE STUDY ↗
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