
Worked on compiler infrastructure across emscripten-core/emscripten and lfortran/lfortran, focusing on build systems, compiler optimization, and error handling. Delivered a feature that maps the -ffast-math compiler flag to wasm-opt --fast-math during linking, enabling aggressive floating-point optimizations for WebAssembly builds in C++ and improving runtime performance for FP-heavy workloads. In lfortran, enhanced the compiler’s semantic analysis by implementing targeted diagnostics for LEN parameters in parameterized derived types, providing explicit error messages for unsupported features. This work improved user feedback and maintainability, demonstrating depth in compiler design, semantic analysis, and robust error handling using C++ and Python.
2026-05: Focused on improving compiler diagnostics for LEN parameters in parameterized derived types (PDT) in lfortran/lfortran. Implemented a targeted diagnostic that aborts with a specific error message for unsupported features during semantic analysis, improving user feedback and reducing support overhead.
2026-05: Focused on improving compiler diagnostics for LEN parameters in parameterized derived types (PDT) in lfortran/lfortran. Implemented a targeted diagnostic that aborts with a specific error message for unsupported features during semantic analysis, improving user feedback and reducing support overhead.
Monthly summary for 2025-10 (emscripten-core/emscripten). Delivered a feature that maps the -ffast-math compiler flag to wasm-opt --fast-math during linking, enabling aggressive floating-point optimizations and improving runtime performance. No major bugs fixed this month. Overall impact includes performance uplift for FP-heavy wasm workloads and smoother flag propagation through the linker passes. Technologies demonstrated include WebAssembly, wasm-opt, Binaryen, linker passes, and C/C++ flag handling.
Monthly summary for 2025-10 (emscripten-core/emscripten). Delivered a feature that maps the -ffast-math compiler flag to wasm-opt --fast-math during linking, enabling aggressive floating-point optimizations and improving runtime performance. No major bugs fixed this month. Overall impact includes performance uplift for FP-heavy wasm workloads and smoother flag propagation through the linker passes. Technologies demonstrated include WebAssembly, wasm-opt, Binaryen, linker passes, and C/C++ flag handling.

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