A '90s fast food themed gaming sandbox – a love letter to the golden era of Nintendo 64 aesthetics, complete with 60 FPS performance.

A complete set of 3D assets for building playable skateboarding experiences. Includes a fully rigged skateboard with input-driven movement and physics, plus a modular collection of ramps, rails, and transitions.

A compact 9-hole mini golf level design designed with distinct visual framing, drawing from cinematic composition for lighting, camera angles, and material definition.

Three handheld Apollo-era inspired devices designed as a modular, programmable ecosystem.

A single-scene diorama that brings together signature elements from classic Super Mario levels into one cohesive space with custom materials, collision, and lighting.

A detailed, physics-enabled miniature model featuring realistic suspension, drivetrain, traction-based tyre physics, and functional lighting.

An experiment in fluid physics using an Oreo® cookie – imported, displaced, extruded, and smoothed to develop the iconic surface texture, with added milk to observe the reaction in real-time.

Exploring physics variables including object weight, drop distance, mesh displacement — all tuned with the goal of safely catching a payload in a most satisfying scene.

A 34-piece classic Lego® brick kit modeled at real-world scale dimensioned directly from physical reference for seamless renders, 3D printing, and in-game use.

Two iconic controllers modeled with accurate dimensions, for seamless integration and first-person VR experiences — built with proper topology and material separation suitable for real-time rendering, interaction, and 3D printing.

Iconic NES hardware rebuilt for modern pipelines. A standalone asset was modeled with accurate dimensions for seamless integration into game engines and first-person VR experiences.

Conceptualize a merging of the casual keyboard with industry DJ turntable controls in one perfect piece of hardware significantly improving the workflow of DJ and production.

This model brings a classic casino craps table to VR and AR with accurate scale, detailed textures, and functional gameplay mechanics including dice, dynamic gold stack interactions, and node-based logic for betting and odds.

This concept design showcases a sleek, futuristic build, modern mechanics, and forward-thinking ergonomics with a unique sliding internally projected glass screen for a reimagining a nostalgic treasure.

An aesthetic story-driven experience with straightforward gameplay mechanics and a controlled environment replicating a struggle to progress in foggy, confusing surroundings.

Light your way through the labyrinth — but don't fall off! Guide your ball through a series of puzzles in this original VR experience with real-time touch-sensitive physics.

A customizable asset modeled and rigged with care, focusing on realistic mechanical movements and metal reflections, with subtle surface details for a cinematic render reel with original audio.

A reimagined college classic with a twist – ping pong paddles! A novel take at a seemingly overdone concept with gameplay like you’ve never experienced. 6+ unique tabletop-style interactions incorporating elements from many popular sports.

A fully modeled Ouija board built in Blender, with emphasis placed on authentic hand-lettering, realistic material details, and moody single-source lighting to create a subtle sense of unease.

An experiment manually dropping an assortment of soft-body objects across a series of platforms to explore natural physics interactions, bounce deformations, and coordinated chain reactions created with baked movements.