Work

Meetaverse is a platform for creating and hosting interactive virtual events, training activities and collaborative experiences within customizable 3D environments.

I was responsible for the development of the environment authoring tool used to create, configure, and manage these environments without developer involvement. The tool allowed users to compose environments, configure content, create reusable templates, and assign modular runtime behaviours to objects through a component-based workflow.

A major focus of my work was the data pipeline responsible for serializing environment data, downloading content and configuration from remote services, and dynamically reconstructing complete environments at runtime. This included support for hierarchical scene structures, object references, modular configurable components, and runtime asset loading. I also coordinated closely with engineering teams that work on client, backend and communication technologies.

Sleigh Flight School was an arcade-style game featured in DreamWorks holiday installations across shopping malls in the United States and London.

As the sole programmer on a four-person team, I was responsible for the complete technical implementation of the project, including gameplay systems, UI, scene management, audio integration and core game logic. I worked closely with designers and artists to deliver a performant and reliable experience within a 3-4 month production schedule.

This was my first experience owning the technical development of a commercial product from start to finish.

DreamWorks Color was an Augmented Reality mobile application that allowed children to bring their colored DreamWorks characters to life. By scanning specially designed coloring pages, users could view animated 3D characters in AR with their own coloring applied to the models.

Working as part of a two-programmer team, I was responsible for the image-processing pipeline that transformed scanned coloring pages into textures that could be applied to 3D characters at runtime. This involved extracting and correcting images captured by the device camera, compensating for perspective distortion, and generating textures suitable for use on animated 3D models.

The project provided valuable experience with AR development, image processing, texture manipulation and mobile optimization using Unity and Vuforia.

Developed a reusable VR framework for HTC Vive projects that was adopted across multiple applications within the company.

The framework addressed two major challenges of early VR development: limited access to headset hardware and the complexity of the SteamVR SDK. Its core feature was a recording and playback system that allowed developers to capture headset and controller interactions once, then replay them directly inside the Unity Editor for testing and debugging without requiring VR hardware. The framework also provided a simplified abstraction layer over SteamVR, reducing implementation complexity and standardizing common interaction patterns.

The framework was subsequently used as the foundation for multiple VR experiences, including EventTech: BeCreative and Wonder Woman VR, where I served as the sole programmer responsible for gameplay systems and feature implementation.

A promotional VR arcade shooter released alongside Marvel's Captain America: Civil War. Players could choose a hero, battle waves of enemies, and unlock additional content through promotional product interactions.

I joined the project during the later stages of development as part of a four-programmer team. My contributions included the implementation of onboarding systems, tutorials, and product barcode scanning functionality used to unlock in-game rewards. The project also provided valuable experience working within an established codebase and integrating new features into an existing production architecture.

This was my first experience contributing to a commercially released VR project and working within a larger multidisciplinary development team.

Planet3 is an educational game designed to teach environmental science concepts through interactive simulations and assessment-based activities.

As part of a three-programmer team, I developed UI systems and interactive assessment features, contributing to several educational activities throughout the project.

Blasteroids was a mixed reality arcade game developed for Microsoft HoloLens and showcased at industry events. Players used hand gestures to shoot virtual asteroids integrated into the physical environment and avoided incoming attacks through real-world movement.

As part of a two-programmer team, I contributed to gameplay and feature development while gaining experience with mixed reality technologies and the constraints of early-generation HoloLens hardware.

An Augmented Reality driven congratulation card. The sender buys a card with a unique barcode on its side, scans it, and defines the greeting message for the receiver it will be sent to. The receiver gets the card, downloads the app, scans the barcode, and watches a Monty Python-styled experience with their customized name and message.