
Contributed foundational thermal modeling and simulation capabilities to the z-the-turtle/Projet_CREPES repository, focusing on 1D convection models and establishing a scalable codebase for future physics enhancements. Applied Python, NumPy, and Matplotlib to implement numerical modeling, data analysis, and visualization, while refactoring core modules for clarity and maintainability. Enhanced repository hygiene through comprehensive code cleanup, consistent naming conventions, and detailed documentation updates, including refreshed READMEs and explanatory files. Addressed five bugs and delivered twelve new features in one month, enabling early experimentation and smoother onboarding for collaborators. The work emphasized scientific computing best practices and robust file management throughout development.
June 2025 performance summary for z-the-turtle/Projet_CREPES: Delivered foundational thermal modelling work, a major 1D convection refactor, and comprehensive documentation updates; strengthened repository hygiene to enable scalable simulations and better onboarding; established naming conventions and code organization as a baseline for continued physics enhancements.
June 2025 performance summary for z-the-turtle/Projet_CREPES: Delivered foundational thermal modelling work, a major 1D convection refactor, and comprehensive documentation updates; strengthened repository hygiene to enable scalable simulations and better onboarding; established naming conventions and code organization as a baseline for continued physics enhancements.

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