I identified operational inefficiencies in the dispatch and scheduling process through direct experience working as a delivery driver, then designed and built a full-stack solution from scratch to automate and replace entirely manual workflows.

The system is built on a React/Vite frontend, Node.js/TypeScript/Express backend, and PostgreSQL database deployed on Railway. It features multi-user authentication, role-based access, a Kanban-style dispatch board with drag-and-drop run management, schedule import from the existing solution, automated dispatch sheet generation, and real-time WebSocket sync so all dispatchers see updates instantly.

I integrated the Momentum IoT GPS API to provide live vehicle tracking across the fleet, and built a route visualisation view using OSRM and Leaflet showing each vehicle's planned stops for the day. An auto-planner algorithm suggests optimal vehicle and crew assignments when orders exceed capacity. Each employee can also view their own schedule for the day via a simple web interface, replacing paper printouts entirely.

At Transfr, I contributed to groundbreaking VR-based career exploration and skills training solutions that transformed workforce development across the United States. I engineered custom VR job training simulations across welding, semiconductor production, surgery, and dozens of other vocational verticals.

I significantly improved the development pipeline by co-developing the company's internal no-code SDK, enabling ~6 in-house XR Designers and multiple partner studios to create simulations independently. I also designed and implemented the unified launcher from scratch, reducing the time to enter a simulation by several minutes per learner and consolidating all products into a single entry point.

The platform has reached over 250,000 learners across the US, with more than 500,000 training simulations completed through 1,110+ implementations nationwide.

At 3t Drilling Systems — the world's leading provider of drilling simulators with over 1,500 units deployed across more than 60 countries — I provided global deployment and performance support across three continents, ensuring mission-critical stability for clients including Shell, Chevron, and BP.

I developed and maintained rendering and visualisation applications for V-walls, Dome displays, and VR environments, and engineered a branding asset-swap system adopted by the majority of major enterprise clients and cited as a key factor in purchasing decisions.

Created for the Epic MegaJam 2025 under the theme "Here We Go Again," Mogi's Inferno is an intense escape challenge built in Unreal Engine 5 over the course of one week. Players have three minutes to navigate from the entrance of an apartment building to an evacuation helicopter on the roof. Each attempt reveals new shortcuts, item locations, and hazards, rewarding players who learn and optimise their route across runs.

Card Cavern is a roguelike card game developed in Unity and C# in under 12 weeks. The goal was to take a product from concept to market within a fixed timeframe — including implementing in-app purchases and producing all original artwork. It is available on the Google Play Store and the source code is on GitHub.

A tutorial on shader programming in Unity, covering the fundamentals of HLSL and ShaderLab to enable learners to write their own shaders from scratch. The tutorial has accumulated over 25,000 views with a 95% positive rating, and includes a downloadable project containing all the shaders demonstrated, as well as a written transcript for those who prefer reading over video.

Koopa's Revenge is a Game Boy game developed in C/C++ using Visual Studio and the NO$GBA emulator and debugger. The project was a deep dive into hardware programming fundamentals — working with constrained documentation, limited tooling, and solving problems from first principles. It features both sprites and particle effects within the hardware's strict limitations.

Loot Swipe is a mobile maze puzzle game developed in Unity and C# in under 24 hours. The maze is procedurally generated using Prim's algorithm with adjustable complexity, and the game handles ensuring the layout remains playable regardless of the settings chosen. It is available on the Google Play Store.

Yokai — Spirits of Battle! is a local multiplayer 3D fighting game inspired by monsters from Japanese folklore. As the sole programmer on the project, I was responsible for all UI systems, scripting, and project assembly in Unity. The character system was designed with a modular architecture, making it straightforward to add new fighters by populating a set of predefined slots. 3D models for characters and stages were produced by team members.

A character creator application inspired by the Nintendo Wii Mii system, built in Unity and C#. Users can customise height, weight, voice pitch, animation style, skin colour, hair, eyes, nose, accessories, and clothing — with full colour control across every option. The application also features random character generation, a persistent character lobby, and a role call mode that lines all created characters up together. Available as a downloadable PC executable.