
During June 2025, Hannah Hampson enhanced the childhealthbiostatscore/CHCO-Code repository by reorganizing Liver scRNA-seq data loading paths and improving repository structure to support more reliable data integration. She refactored R scripts to ensure accurate loading of Somalogic, clinical, and gene/protein data across proteomics and TEEN-LABS analyses, and introduced an R Markdown workflow for Hyak data processing. Leveraging R and Shell scripting, she prepared pseudotime analysis workflows with PCA and UMAP visualizations, streamlining dimensionality reduction and downstream analysis. Her work emphasized reproducibility, stability, and documentation, resulting in faster onboarding and improved cross-team collaboration without introducing new defects.

June 2025 Monthly Summary — CHCO-Code: Delivered reliability-focused enhancements to Liver scRNA-seq data loading paths and repository organization, and prepared pseudotime analysis workflows with PCA/UMAP visualizations. Key features include fix/reorganize data loading for Somalogic, clinical, and gene/protein keys across proteomics, TEEN-LABS, and overlap analyses; add Hyak data processing R Markdown. No major defects reported; improvements reduce data-loading errors and accelerate downstream analyses. Business impact: more reliable data integration, quicker onboarding, and stronger cross-team collaboration. Technologies demonstrated: R scripting, data wrangling, PCA/UMAP, pseudotime prep, R Markdown, and robust repo organization.
June 2025 Monthly Summary — CHCO-Code: Delivered reliability-focused enhancements to Liver scRNA-seq data loading paths and repository organization, and prepared pseudotime analysis workflows with PCA/UMAP visualizations. Key features include fix/reorganize data loading for Somalogic, clinical, and gene/protein keys across proteomics, TEEN-LABS, and overlap analyses; add Hyak data processing R Markdown. No major defects reported; improvements reduce data-loading errors and accelerate downstream analyses. Business impact: more reliable data integration, quicker onboarding, and stronger cross-team collaboration. Technologies demonstrated: R scripting, data wrangling, PCA/UMAP, pseudotime prep, R Markdown, and robust repo organization.
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