
Worked on argotorg/fe and ethereum/go-ethereum, delivering robust features and targeted improvements in Rust and Go. Enhanced Rust parsing and frontend tooling by refining path decomposition logic, standardizing error diagnostics, and introducing safer enum conversions using num_enum, which improved code safety and maintainability. Addressed a correctness bug in braced use-path handling and improved frontend check usability by defaulting paths. In Go, designed and implemented the eth_getStorageValues API for ethereum/go-ethereum, enabling batch retrieval of contract storage values to streamline data access for dApps. Demonstrated skills in API development, AST manipulation, code analysis, and backend development across both repositories.
February 2026 — Focus on feature delivery and API modernization for ethereum/go-ethereum. Delivered a batch storage retrieval API (eth_getStorageValues) to fetch storage values for multiple contracts in a single call, improving data retrieval efficiency for clients and dApps. This work aligns with the Execution-apis spec and lays groundwork for scalable storage access. No major bugs fixed in this period; the month centered on API design, code implementation, and spec alignment. Technologies demonstrated include Go, internal/ethapi, API design, and cross-repo collaboration.
February 2026 — Focus on feature delivery and API modernization for ethereum/go-ethereum. Delivered a batch storage retrieval API (eth_getStorageValues) to fetch storage values for multiple contracts in a single call, improving data retrieval efficiency for clients and dApps. This work aligns with the Execution-apis spec and lays groundwork for scalable storage access. No major bugs fixed in this period; the month centered on API design, code implementation, and spec alignment. Technologies demonstrated include Go, internal/ethapi, API design, and cross-repo collaboration.
September 2025 (argotorg/fe) delivered a focused set of robustness, usability, and quality improvements across frontend tooling and Rust parsing. Key outcomes include addressing a correctness bug in braced use-path decomposition, enabling safer and more predictable path handling, shipping usability improvements for frontend checks, standardizing error diagnostics for clearer development feedback, and strengthening safety by introducing a safe SyntaxKind conversion via the num_enum crate. A targeted code-quality cleanup further improved readability and maintainability without altering functionality. These changes reduce risk, improve developer productivity, and deliver measurable business value through more reliable tooling and faster iteration cycles.
September 2025 (argotorg/fe) delivered a focused set of robustness, usability, and quality improvements across frontend tooling and Rust parsing. Key outcomes include addressing a correctness bug in braced use-path decomposition, enabling safer and more predictable path handling, shipping usability improvements for frontend checks, standardizing error diagnostics for clearer development feedback, and strengthening safety by introducing a safe SyntaxKind conversion via the num_enum crate. A targeted code-quality cleanup further improved readability and maintainability without altering functionality. These changes reduce risk, improve developer productivity, and deliver measurable business value through more reliable tooling and faster iteration cycles.

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