3D Art · Tech Art · XR Design · AR/VR
AR/VR Prototyper & Experience Designer
Building rapid, interactive models to test and define the future of 3D interactions. Bridging high-fidelity art and technical execution, I turn conceptual designs into visually compelling, playable realities using Unity and Unreal Engine.
Selected Work
Award Winning
An award-winning interactive experience — SXSW Innovation Awards Finalist, Communication Arts Award of Excellence. Controller-free body-tracking on a 270° curved screen.
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Games for Good 2025
VR airboat experience with a 6-DOF motion simulator raising awareness about the Florida Everglades. Selected for Games for Good 2025, UM Research Grant.
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Diegetic UI & Interaction Hub — fully stationary VR experience within room-scale constraints.
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Asymmetric co-op — splitting locomotion and manipulation across two players using mismatched hardware.
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Controller-free body-tracking co-op with end-to-end physical space design for 24 guests/hr throughput.
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Two worlds, one choice — 3D environment design for a narrative VR experience contrasting office life and a dream-like fantasy world.
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Award Winning
A warm, lived-in kitchen inspired by a grandmother who loves baking. Every prop and surface crafted to feel nostalgic and real. Mentored by Sarah Swenson, Senior Environment Artist at Naughty Dog.
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WIP
Sun-drenched Mediterranean alleyway with hand-crafted architectural detail. All hero assets and tileable materials authored from scratch.
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A moody atmospheric forest with volumetric fog, cinematic lighting, and custom water decal shaders for caustic light and surface wetness.
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Full 3D artwork showcasing modeling, texturing, and lighting — teapots, crate, pillar, and wall crafted from scratch.
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Realistic translucent 3D scene of piled Legos, modeled to real-world dimensions and rendered with iridescent material properties.
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Ice & icicle generator in Houdini — grows and simulates conforming to any mesh with adjustable birth rate, length, and ice coverage.
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Parametric snowflake generator based on cellular growth simulation, referencing Clifford A. Reiter's snow crystal growth model.
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Volumetric smoke fluid simulation created in Houdini.
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An adjustable ivy generator that can be applied to any mesh.
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An adjustable daisy generator based on Fibonacci numbers. Control petal count, width, and bend intensity.
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Procedural snow generator built with Unreal Engine 5 Blueprint — conforms to any object's surface with adjustable coverage and thickness.
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