
Developed MRI quality control tooling and visualization features for the NA-MIC/ProjectWeek repository, focusing on enhancing data quality monitoring in medical imaging workflows. The work involved documenting quality control protocols for both clinical and MRI data, exploring anomaly detection concepts, and building a prototype web-based MRI visualization interface. Using Python and web technologies, the developer established a technical foundation for future machine learning model training aimed at robust MRI quality assessment. Updates to the README included a visual representation of the QC process, supporting clearer communication and faster QA workflows. The month’s efforts emphasized rigorous documentation and practical data science applications.
June 2026: Progress on MRI Quality Control (QC) tooling and visualization for NA-MIC/ProjectWeek. Documented QC protocols for clinical and MRI data, explored anomaly detection concepts, and developed a web-based MRI visualization interface. This work established groundwork for training a robust MRI QC model and added a visual QC representation to the README. The month included a README.md update reflecting progress. No major bugs fixed; efforts focused on delivering technical foundation and business value through improved data quality monitoring, faster QA workflows, and clearer communication of QC capabilities. Technologies demonstrated include data quality tooling, web visualization, ML model training planning, and rigorous documentation.
June 2026: Progress on MRI Quality Control (QC) tooling and visualization for NA-MIC/ProjectWeek. Documented QC protocols for clinical and MRI data, explored anomaly detection concepts, and developed a web-based MRI visualization interface. This work established groundwork for training a robust MRI QC model and added a visual QC representation to the README. The month included a README.md update reflecting progress. No major bugs fixed; efforts focused on delivering technical foundation and business value through improved data quality monitoring, faster QA workflows, and clearer communication of QC capabilities. Technologies demonstrated include data quality tooling, web visualization, ML model training planning, and rigorous documentation.

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