End-to-End Spatial Product Lifecycle:
data capture to experience deployment

Photogrammetry capture of ancient sculpture

Photogrammetry capture of ancient sculpture

Digitization

Developing end-to-end workflows for high-fidelity asset creation: I optimize LiDAR and Photogrammetry pipelines to deliver production-ready assets for real-time engines, ensuring data fidelity at scale.

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Teleport movement mechanic for virtual reality

Teleport movement mechanic for virtual reality

Experience Design

Bridging the gap between technical capabilities and intuitive user journeys: I lead rapid prototyping and user testing cycles to refine VR/AR mechanics, ensuring the final product solves real user problems.

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3D visualization of archaeological layers

3D visualization of archaeological layers

Visualization

Leading the technical execution of immersive applications: From development in 3D engines to asset optimization, I manage the build process to ship powerful and performant cross-platform XR experiences.

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Precision Reality Capture & Asset Optimization

 

Leveraging over a decade of expertise in Photogrammetry, LiDAR, and CAD, I develop and operationalize high-fidelity digitization pipelines for complex environments.

From sub-millimeter organic sculpting to large-scale architectural surveys, I deliver production-ready 3D assets optimized for real-time performance. My workflow bridges the gap between raw scan data and deployable virtual environments.

 

To see a complete gallery of interactive 3D models, click here!

I translate ambiguous stakeholder requirements into concrete, functional spatial experiences.

 

My process accelerates from conceptual prototyping to functional Unity prototypes. By driving iterative User Acceptance Testing (UAT) and aligning cross-functional teams, I ensure the final product is both visually immersive and solves the core user problem.

Above: Storyboarding the ‘destination-point’ teleportation mechanic for a virtual environment.

 

Advanced Visualization & Spatial Analytics

 

I leverage custom programming and rendering techniques to transform static 3D meshes into actionable data layers.

By visualizing complex datasets alongside surface topology heat-maps, ambient occlusion shading, and elemental composition visualization, I enable stakeholders to perform non-destructive analysis impossible in the physical world. This approach turns visual fidelity into structural insight.