
Worked on the hud-evals/hud-sdk repository to deliver a major uplift in reinforcement learning training infrastructure, focusing on distributed compute, observability, and developer experience. Enhanced the RL core with improved telemetry, folder restructuring, and robust configuration management, while integrating vLLM and LigER to streamline training and inference workflows. Leveraged Python and PyTorch to implement distributed and parallel training, remote execution, and advanced CLI features with refined argument parsing. Addressed stability and safety through runtime checks, error handling, and out-of-memory safeguards. The work included extensive documentation updates, code refactoring, and bug fixes, resulting in a more scalable, maintainable, and reliable system.
September 2025 for hud-sdk delivered a major uplift in the RL training ecosystem, distributed compute capabilities, and developer experience. The month focused on expanding scalability, observability, and robustness across the training and inference pipelines, with substantial architecture refinements and UI/CLI improvements that reduce operational friction.
September 2025 for hud-sdk delivered a major uplift in the RL training ecosystem, distributed compute capabilities, and developer experience. The month focused on expanding scalability, observability, and robustness across the training and inference pipelines, with substantial architecture refinements and UI/CLI improvements that reduce operational friction.

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