
Over two months, contributed to scientific computing projects by developing robust features and improving code reliability. In the metatensor/metatensor repository, built the mts_labels_difference API, implementing set difference operations for label sets with mapping to original positions. This feature was engineered with a Rust core for performance, exposed via a C API, and included Julia bindings and comprehensive documentation. In lab-cosmo/pet-mad, refactored the PETMADCalculator’s rotational averaging for better batch processing and accuracy, and expanded the testing suite to cover atomic positions and rotation invariance. Work demonstrated expertise in Python, Rust, and test-driven development, emphasizing maintainability and cross-language support.
September 2025 (lab-cosmo/pet-mad) delivered core PETMADCalculator enhancements and expanded testing, focused on improving performance, accuracy, and reliability. Key features delivered: 1) Rotational Averaging Refactor and Performance Improvements, enabling batch processing, improved moment accumulation, enhanced Lebedev grid initialization, and refined rotational standard deviation calculations to boost throughput and accuracy. Commits: d9c928237f06ae9f492c5a8562c5c10f86aa3eca; 51784f64ec13ce10d516d51343a17bdb95499e3b. 2) PETMADCalculator Testing Enhancements, expanding coverage for atomic positions, cell rotation, streaming mean/std for scalar energies, forced equivariance checks under rotation, adaptive batch size handling, and unknown-key rejection during accumulations. Commit: cab6000dbeb5236f932f64e5fe795eb8fe281ef6. 3) No explicit bugs fixed were reported this month; nonetheless, the enhanced test suite mitigates risk and improves reliability. Overall impact: improved numerical accuracy and processing speed, heightened reliability in production, and greater developer productivity through clearer abstractions and robust tests. Technologies/skills demonstrated: Python-based numerical optimization, batch processing, Lebedev grid initialization, rotation-invariant computations, and comprehensive test-driven development.
September 2025 (lab-cosmo/pet-mad) delivered core PETMADCalculator enhancements and expanded testing, focused on improving performance, accuracy, and reliability. Key features delivered: 1) Rotational Averaging Refactor and Performance Improvements, enabling batch processing, improved moment accumulation, enhanced Lebedev grid initialization, and refined rotational standard deviation calculations to boost throughput and accuracy. Commits: d9c928237f06ae9f492c5a8562c5c10f86aa3eca; 51784f64ec13ce10d516d51343a17bdb95499e3b. 2) PETMADCalculator Testing Enhancements, expanding coverage for atomic positions, cell rotation, streaming mean/std for scalar energies, forced equivariance checks under rotation, adaptive batch size handling, and unknown-key rejection during accumulations. Commit: cab6000dbeb5236f932f64e5fe795eb8fe281ef6. 3) No explicit bugs fixed were reported this month; nonetheless, the enhanced test suite mitigates risk and improves reliability. Overall impact: improved numerical accuracy and processing speed, heightened reliability in production, and greater developer productivity through clearer abstractions and robust tests. Technologies/skills demonstrated: Python-based numerical optimization, batch processing, Lebedev grid initialization, rotation-invariant computations, and comprehensive test-driven development.
February 2025 monthly summary: Delivered mts_labels_difference API for metatensor, enabling computing set difference between label sets with mapping to original positions. Implemented core in Rust, exposed a C API, and added Julia bindings, with updated docs. This work provides a robust, cross-language capability that improves data analysis workflows and reproducibility.
February 2025 monthly summary: Delivered mts_labels_difference API for metatensor, enabling computing set difference between label sets with mapping to original positions. Implemented core in Rust, exposed a C API, and added Julia bindings, with updated docs. This work provides a robust, cross-language capability that improves data analysis workflows and reproducibility.

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