
Worked on the FESOM/fesom2 repository to enhance modularity and maintainability by introducing RECoM as a submodule and transitioning its integration to a library-based approach. This involved removing legacy DNAD components, aligning RECoM imports, and refactoring the build system to link RECoM as a library, reducing legacy coupling and streamlining future upgrades. Updated continuous integration workflows to handle submodules recursively and synchronized the RECoM submodule to the latest master branch, improving build stability and cross-repository collaboration. Utilized Fortran, CMake, and Git, applying skills in CI/CD, library management, and submodule workflows to deliver robust architectural improvements.
2026-05 monthly summary for FESOM/fesom2. Delivered architectural and integration improvements by introducing RECoM as a submodule and transitioning to library-based usage. Key work included introducing RECoM as a submodule, removing legacy DNAD, aligning RECOM imports, and building integration to use RECoM as a library. Also completed RECoM Submodule Maintenance and CI Submodule Handling, including synchronizing the submodule URL to the latest master and updating CI to clone submodules recursively. This work reduces legacy coupling, improves build stability, and enables smoother upgrades across the repository. Impact: modular, maintainable codebase with improved cross-repo collaboration and faster iteration. Technologies demonstrated: submodule workflows, library integration, build system refactoring, and CI automation.
2026-05 monthly summary for FESOM/fesom2. Delivered architectural and integration improvements by introducing RECoM as a submodule and transitioning to library-based usage. Key work included introducing RECoM as a submodule, removing legacy DNAD, aligning RECOM imports, and building integration to use RECoM as a library. Also completed RECoM Submodule Maintenance and CI Submodule Handling, including synchronizing the submodule URL to the latest master and updating CI to clone submodules recursively. This work reduces legacy coupling, improves build stability, and enables smoother upgrades across the repository. Impact: modular, maintainable codebase with improved cross-repo collaboration and faster iteration. Technologies demonstrated: submodule workflows, library integration, build system refactoring, and CI automation.

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