
Developed and consolidated educational resources for sequence analysis in the compbiozurich/UZH-BIO392 repository, focusing on reproducible, hands-on learning experiences for students. Built a conda-enabled Jupyter notebook and a comprehensive slide deck to streamline setup and instruction, reducing barriers for both students and instructors. Implemented a variant annotation workflow using Python, VEP, and AnnotSV, providing installation and usage examples to support genomic data analysis exercises. Enhanced onboarding by delivering a ready-to-run environment and end-to-end sequence analysis workflow, ensuring traceable, incremental improvements through multiple commits. The work emphasized clarity, reproducibility, and practical application in bioinformatics education and data analysis.
April 2026 monthly summary for compbiozurich/UZH-BIO392 focused on consolidating and delivering end-to-end educational content for sequence analysis. The work emphasizes reproducibility, hands-on practice, and scalable teaching resources that reduce setup friction for students.
April 2026 monthly summary for compbiozurich/UZH-BIO392 focused on consolidating and delivering end-to-end educational content for sequence analysis. The work emphasizes reproducibility, hands-on practice, and scalable teaching resources that reduce setup friction for students.

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