Six Country Escape is a visual journey through six countries and nine cities, captured through architecture, street life, landscapes, food, and quiet…
This project is a real-time WebGPU automotive visualization study built in Unity, focused on material customization, browser delivery, and optimized…
A Project About Nothing is a small real-time Unity study built around a field dog wandering through a desert environment. The goal was to examine the…
This project was a stylized CG animation created as part of a licensed Mega Bloks campaign featuring the Minions universe in collaboration with…
This project was a stylized CG animation inspired by the classic 80s Turtles theme intro, created using Mega Bloks toy-based characters and…
This project was a stylized CG animation created as part of a licensed Mega Bloks campaign featuring the Halo universe in collaboration with Mattel…
Created for Mega Bloks during their licensed partnership with Blizzard Entertainment, this interactive website brought the world of World of Warcraft…
This project is a 7-second cinematic breakdown from a Destiny TVC sequence produced as part of an official Megabloks / Mattel Halo campaign. The…
This piece began with something simple and physical, a Megabloks / Mattel Halo ship, animated through stop-motion frame by frame created by…
This is a personal project: a fully self-built CNC milling machine developed over the course of a year, designed and engineered from the ground up…
This project is a 10-second cinematic TVC created for MagneXt, a magnetic construction toy line developed by Mattel. The concept focuses on a single…
This project documents my journey biking across Canada, from the Pacific coast to the Atlantic Ocean, covering a total distance of approximately…
This project was created as a 10-second cinematic TV spot featuring the Halo Scorpion, a canon armored vehicle within the Halo universe reinterpreted…
This project was created as a 10-second cinematic TV spot featuring the Halo Pegasus, a canon vehicle within the Halo universe reinterpreted through…
This project is a mixed reality gameplay prototype developed in Unity, combining physical computing with real-time augmented reality. The experience…
This project is a mixed reality prototype built around a physical Mega Bloks / Mattel rover, combining real-world toy hardware with a Unity-based…
This project is a fully built modular RC-style vehicle system developed entirely using LEGO components, designed to explore physical computing…
This project is a wearable robotic hand system built using Mega Bloks Micro components as the structural base, combined with embedded electronics and…
This project explores motion tracking and visual effects integration using real-world footage combined with 3D animation and compositing techniques…
This project is a motion tracking and visual effects experiment set in a real-world cafe environment. The background footage was captured on location…
This project is part of my early professional work, created during my time at a company where I had limited production access and tools. It…
Robots in the Warehouse is a real-time warehouse automation demonstration showcasing autonomous mobile robots operating within a modern distribution…
This project explores high-end product visualization using Unity HDRP, showcasing how real-time rendering can achieve the level of quality…
This HDRP showcase was created for a Unity workshop I delivered at Boeing, demonstrating the visual fidelity possible with Unity's HDRP water system…
This project was built in Unity HDRP to showcase high-end automotive visualization using path tracing, custom shaders, lighting, and material…
Six Country, Nine City
Robots in the Warehouse
HDRP Ocean & Volumetric Clouds Showcase
WebGPU Automotive Configurator
A project about nothing
HDRP Path Tracing Studio
Talia
Machine01
Shapeshifters
Halo FOD
Magnext TVC
Destiny TVC
TMNT 80s Blockfied
Minions at Cafe
Minion Tracking at Mattel
Minion Mayhem
Gumpaway
Turrentblok Mixed Reality
Rover Mixed Reality
SPARTAN MARK VI
Halo Scorpion TVC
Halo Pegasus TVC
World of Warcraft
Roboblok
Neoshifters
Robots in the Warehouse is a real-time warehouse automation demonstration showcasing autonomous mobile robots operating within a modern distribution center. Designed as a technical showcase, the project focuses on building a scalable industrial environment where multiple robots navigate the warehouse using Unity's NavMesh system, avoid collisions, and perform continuous warehouse operations in real time. The goal was to demonstrate how complex industrial spaces can be delivered with high visual fidelity while maintaining exceptional performance directly in a web browser.
A key aspect of the project was developing a highly modular environment built around procedural, tileable materials instead of relying on unique textures for every asset. Materials were authored in Substance Designer to create seamless, repeatable surfaces that could be reused throughout the warehouse while maintaining consistency and realism. This approach dramatically reduced memory usage and texture overhead while allowing the environment to scale efficiently. Even at close viewing distances, the materials retain a high level of detail, producing crisp, believable surfaces without sacrificing performance.
The complete production pipeline was developed using Autodesk Maya, Substance Painter, Substance Designer, Adobe Photoshop, Adobe Illustrator, and Unity 6. I modeled the warehouse assets, created UV layouts, authored physically based materials, developed procedural textures, and assembled the entire environment for real-time visualization. Within Unity, I built the user interface, implemented gameplay systems in C#, developed custom materials and effects using Shader Graph, and integrated the navigation and collision systems that drive the autonomous warehouse robots.
Performance optimization was a primary objective throughout development. The project leverages efficient material workflows, GPU instancing, batching, optimized geometry, carefully managed lighting, and memory-conscious asset organization to maximize rendering efficiency. Every decision, from material reuse to asset construction, was made with scalability in mind, allowing large numbers of repeated warehouse elements to be rendered with minimal overhead while preserving a clean, high-quality visual presentation.
The final application was deployed using the WebGPU API, demonstrating how modern browser technologies can deliver high-performance, interactive 3D experiences without requiring native installation. The result is a responsive, visually rich warehouse simulation that showcases expertise across the entire real-time production pipeline, from asset creation and procedural material authoring to programming, optimization, and web deployment.
Acknowledging the teams, studios, and collaborators behind the project.
I represented Unity Technologies at the Johns Hopkins University Applied Physics Laboratory, where I delivered a technical presentation on optimizing high-fidelity real-time experiences for the web using Unity's Universal Render Pipeline and WebGPU.
I used this project as the central case study for the presentation. It allowed me to demonstrate the complete process of preparing a complex real-time experience for browser deployment, from asset creation and optimization to shader design, lighting, runtime performance, and final WebGPU delivery.
The project provided a practical foundation for discussing asset complexity, material and shader efficiency, scene organization, rendering cost, and the tradeoffs required to maintain strong visual quality while meeting web-performance constraints. Rather than presenting optimization only as theory, I was able to show how those decisions were applied directly throughout this production.
The talk was part of a broader technical session that also included presentations on DOTS, Unity Asset Manager, and deployment pipelines, demonstrating how Unity can support scalable and production-ready real-time applications across modern web environments.
View the talk on LinkedInSeamless Asset Pipeline demonstrates a complete Unity Hub template and asset transformation toolkit designed to streamline the journey from CAD creation to optimized real-time deployment. The pipeline leverages configurable rule sets to automate asset transformation, material assignment, mesh processing, and optimization, creating a consistent and repeatable workflow while reducing manual intervention.
For this demonstration, I created the Moto robot in SOLIDWORKS, processed the model through the toolkit, generated vertex-based ambient occlusion, and integrated it into Unity for real-time use. I also extended my Uber Shader to support both traditional texture-based ambient occlusion and vertex-color-based ambient occlusion, allowing assets to seamlessly adapt to different rendering and performance requirements.
The video showcases the complete production pipeline, including asset import, automated transformations driven by rule sets, geometry optimization, material processing, shader integration, and final deployment inside Unity. The result is a scalable, production-ready workflow that accelerates content preparation while maintaining visual fidelity, consistency, and performance across real-time applications.