I am a Principal C++ and C# Engineer specializing in simulation systems and software architecture. I lead the design and evolution of clean, extensible, and scalable codebases, with a strong focus on long-term maintainability and technical rigor.
Developed advanced GPU-Accelerated systems visualizations for large data sets streamed in through Kafka and ActiveMQ to be displayed on an advanced Earth digital twin
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Maintained a robust UberH3 dynamic tile system to display data on an Earth digital twin at all altitudes of camera position
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Developed and maintained playback systems in Unity to display large amounts of data both streaming from the network and local playback from a file
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Maintained and actively managed multiple code repositories and sub-modules and guided team members on appropriate organizational workflows
I worked with a small team to complete a game and bring it to launch on the Steam Marketplace. Duties included gameplay implementation, feature design and system architecture, extensive QA, and user-facing developer outreach. After the game launch, I supported it with post-launch gameplay patches and bug fixes.
I led the development of a server system that facilitated and coordinated multiple immersive game installations in a physical space using RFID trackers. The users' experience would be persistent across these experiences based on their physical location in the space and their actions would be pushed to a local database, which I also managed. I architected the server/client design and I executed and oversaw its operation onsite.
Using Unity's Entity Component System, I developed gaming prototypes that took advantage of the distributed processing power afforded by edge computing technology. I successfully distributed computationally strenuous tasks across the network and made proof of concepts that illustrated key architectural points. I developed these with the intention of illustrating the unique gameplay opportunities that edge computing unlocks and led the company's messaging around the product.
