
Contributed to the IBM/materials repository by delivering documentation and dependency scaffolding for the SMI-SSED model, which supports quantum property prediction workflows. Focused on improving onboarding and reproducibility, the work consolidated model description and dependency management into a single feature package. Using Python and Markdown, the developer detailed the SMI-SSED model’s capabilities and applications, while updating the requirements file to enable machine learning and data processing functionality. All changes were tracked through two commits to ensure traceability. This effort enhanced maintainability and aligned the repository with the project’s data science direction, providing a foundation for future quantum property prediction tasks.
December 2024: Delivered documentation and dependency scaffolding for the SMI-SSED model in IBM/materials, enabling quantum property prediction workflows with ready-to-run ML/data processing. This work improves onboarding, reproducibility, and alignment with the project’s data science direction. All changes are tracked via two commits for traceability.
December 2024: Delivered documentation and dependency scaffolding for the SMI-SSED model in IBM/materials, enabling quantum property prediction workflows with ready-to-run ML/data processing. This work improves onboarding, reproducibility, and alignment with the project’s data science direction. All changes are tracked via two commits for traceability.

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