
Developed an end-to-end AI image analysis pipeline for the Image-Analysis-Hub/Pasteur-BioImage-Analysis-Course-2025 repository, delivering a repeatable workflow from raw data to Excel-ready reports. The work included building deep learning-based image processing, region of interest analysis, and automated data curation with CSV-backed statistics for masks, objects, and sources. Leveraging skills in AI pipeline development, data engineering, and machine learning, the developer improved maintainability by reorganizing the codebase into a clear ai_pipeline structure and standardizing folder naming conventions. XML was used for data handling, supporting reproducible experiments and faster model iteration while reducing onboarding time and technical debt.
May 2025: Delivered an end-to-end AI image analysis pipeline and Day 2 training dataset for the Pasteur BioImage course, establishing a repeatable workflow from data to analyzed results and Excel-ready reports. Implemented data curation with CSV-backed statistics for masks, objects, and sources, enabling faster model iteration and clearer performance insights. Completed foundational codebase cleanup and maintainability improvements, including folder naming consistency and a reorganization into ai_pipeline to reduce onboarding time and technical debt.
May 2025: Delivered an end-to-end AI image analysis pipeline and Day 2 training dataset for the Pasteur BioImage course, establishing a repeatable workflow from data to analyzed results and Excel-ready reports. Implemented data curation with CSV-backed statistics for masks, objects, and sources, enabling faster model iteration and clearer performance insights. Completed foundational codebase cleanup and maintainability improvements, including folder naming consistency and a reorganization into ai_pipeline to reduce onboarding time and technical debt.

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