
Worked on the hud-evals/hud-sdk repository to deliver robotics integration and sandboxed evaluation features, focusing on real robot telemetry support and isolated per-rollout environments. Refactored core data saving utilities and improved runtime stability, enhancing maintainability and testability across the codebase. Utilized Python and WebSocket communication for backend development, while also updating telemetry models and implementing robust error handling. Contributed to a comprehensive documentation overhaul using Markdown and MDX, streamlining onboarding and user guidance. Addressed 19 bugs and shipped 19 features in one month, demonstrating depth in async programming, simulation development, and technical writing to accelerate reliable feature delivery.
June 2026: Delivered robotics integration and sandboxed evaluation capabilities within hud-sdk, refactored core data saving, and strengthened runtime stability and documentation. The work enabled real robot telemetry support, isolated per-rollout eval environments, and improved maintainability, testability, and onboarding, driving faster delivery of reliable features to customers.
June 2026: Delivered robotics integration and sandboxed evaluation capabilities within hud-sdk, refactored core data saving, and strengthened runtime stability and documentation. The work enabled real robot telemetry support, isolated per-rollout eval environments, and improved maintainability, testability, and onboarding, driving faster delivery of reliable features to customers.

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