
Developed and maintained the Karim-bakhtyar/Optimus-Syria-WEC repository, delivering robust wind turbine simulation workflows using OpenFAST and ROSCO. Over two months, built consolidated simulation setups for both IEA-15-240-RWT and IEA 3.4 MW models, integrating ElastoDyn, ServoDyn, and extensive airfoil data to enhance aerodynamic fidelity. Implemented gust-resilient controller demonstrations and tuned startup conditions for accurate performance analysis, leveraging MATLAB scripting and configuration management. Improved repository hygiene by refining .gitignore and removing outdated assets, while adding clear documentation to streamline onboarding. The work emphasized reproducibility, compatibility, and maintainability, utilizing Fortran, MATLAB, and version control best practices throughout the development process.
October 2025 monthly summary for Karim-bakhtyar/Optimus-Syria-WEC: Focused on delivering a stable OpenFAST/ROSCO-based workflow for the IEA 3.4 MW model, with foundational data, configuration compatibility updates, startup tuning, repository cleanup, and enhanced documentation. These efforts deliver business value by enabling accurate simulations, reducing integration risk, and accelerating future development.
October 2025 monthly summary for Karim-bakhtyar/Optimus-Syria-WEC: Focused on delivering a stable OpenFAST/ROSCO-based workflow for the IEA 3.4 MW model, with foundational data, configuration compatibility updates, startup tuning, repository cleanup, and enhanced documentation. These efforts deliver business value by enabling accurate simulations, reducing integration risk, and accelerating future development.
September 2025 monthly summary for Karim-bakhtyar/Optimus-Syria-WEC: Focused on delivering robust OpenFAST-based wind turbine simulation capabilities and improving repository hygiene to enhance reproducibility and collaboration. Key features delivered include a consolidated IEA-15-240-RWT wind turbine simulation setup with ElastoDyn, ServoDyn, and OpenFAST configurations plus expanded AF00-AF49 airfoil and polar data to improve aerodynamic fidelity; a gust-resilient controller demonstration (FB, FBFF) with MATLAB scripts to illustrate performance under extreme gusts; and a repository hygiene update to ignore temporary simulation outputs. No major defects were reported; instead, the month delivered tangible business value by enabling higher fidelity simulations, repeatable analyses under gust conditions, and cleaner version control. Technologies demonstrated: OpenFAST suite, MATLAB scripting, airfoil/polar data management, and Git hygiene.
September 2025 monthly summary for Karim-bakhtyar/Optimus-Syria-WEC: Focused on delivering robust OpenFAST-based wind turbine simulation capabilities and improving repository hygiene to enhance reproducibility and collaboration. Key features delivered include a consolidated IEA-15-240-RWT wind turbine simulation setup with ElastoDyn, ServoDyn, and OpenFAST configurations plus expanded AF00-AF49 airfoil and polar data to improve aerodynamic fidelity; a gust-resilient controller demonstration (FB, FBFF) with MATLAB scripts to illustrate performance under extreme gusts; and a repository hygiene update to ignore temporary simulation outputs. No major defects were reported; instead, the month delivered tangible business value by enabling higher fidelity simulations, repeatable analyses under gust conditions, and cleaner version control. Technologies demonstrated: OpenFAST suite, MATLAB scripting, airfoil/polar data management, and Git hygiene.

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