
Developed the foundation for the tgstone/sio-math-workshop repository by establishing reproducible environments, robust documentation, and streamlined onboarding processes. Implemented Sphinx-based documentation with GitHub Pages deployment, enabling rapid publishing and external collaboration. Built and enhanced Jupyter notebooks covering linear algebra, derivatives, and data analysis, supporting mathematics education and accelerating content delivery. Stabilized CI/CD workflows using GitHub Actions and YAML configuration, resolving deployment and rendering issues for reliable course materials. Leveraged Python, CSS, and LaTeX to ensure technical accuracy and accessibility. This work reduced onboarding friction, improved release cycles, and provided a maintainable structure for ongoing educational content development.
September 2025: Established a strong foundation for tgstone/sio-math-workshop with reproducible environments, hygiene, and a docs-driven delivery model. Delivered scaffolding and environment provisioning, cleaned repository hygiene, and introduced Sphinx-based documentation plus GitHub Pages deployment templates to accelerate onboarding and external collaboration. Built and enhanced classroom materials as Jupyter notebooks across linear algebra, derivatives, data workshops, and related topics, enabling faster content delivery to students. Stabilized CI/CD workflows and notebook deployments, resolving pandoc, parsing, and KaTeX issues to ensure reliable, publish-ready docs. This work reduces onboarding friction, accelerates release cycles, and directly supports teaching activities and external contributions.
September 2025: Established a strong foundation for tgstone/sio-math-workshop with reproducible environments, hygiene, and a docs-driven delivery model. Delivered scaffolding and environment provisioning, cleaned repository hygiene, and introduced Sphinx-based documentation plus GitHub Pages deployment templates to accelerate onboarding and external collaboration. Built and enhanced classroom materials as Jupyter notebooks across linear algebra, derivatives, data workshops, and related topics, enabling faster content delivery to students. Stabilized CI/CD workflows and notebook deployments, resolving pandoc, parsing, and KaTeX issues to ensure reliable, publish-ready docs. This work reduces onboarding friction, accelerates release cycles, and directly supports teaching activities and external contributions.

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