
Gavin developed a reusable, rubric-based web research environment for the hud-evals/hud-sdk repository, focusing on enabling structured evaluation workflows for agent-based web research. He implemented end-to-end scaffolding using Python, Docker, and configuration files, establishing a reproducible environment where agents can search the web, fetch content, and receive rubric-driven evaluations. The backend leveraged FastAPI and HTTP services to coordinate agent actions and rubric assessments, while integration with the Exa API enabled dynamic web content retrieval. Gavin’s work provided a concrete example environment for rubric evaluation, laying a solid foundation for scalable research experiments and future extensions within the project.
October 2025: Delivered a reusable Exa-powered rubric-based web research environment within hud-evals/hud-sdk, establishing a tangible example for rubric-driven evaluation. Implemented end-to-end scaffolding (configuration files, Dockerfile, Python backend, and MCP server) enabling agents to search the web, fetch content, submit answers, and receive rubric-based evaluations. This work lays the foundation for scalable evaluation workflows and faster iteration in research and product experiments.
October 2025: Delivered a reusable Exa-powered rubric-based web research environment within hud-evals/hud-sdk, establishing a tangible example for rubric-driven evaluation. Implemented end-to-end scaffolding (configuration files, Dockerfile, Python backend, and MCP server) enabling agents to search the web, fetch content, submit answers, and receive rubric-based evaluations. This work lays the foundation for scalable evaluation workflows and faster iteration in research and product experiments.

Overview of all repositories you've contributed to across your timeline