Worked on the ansys/pydyna repository to enhance the transformation framework by introducing support for scaling and mirror transformations. Leveraging Python and strong mathematics skills, implemented scaling transformation matrices and integrated mirror matrix calculations to ensure consistent behavior across all transformation workflows. Focused on robust software development practices, including the addition of comprehensive unit tests for the new scaling functionality, which improved test coverage and regression protection. Emphasized reliability and maintainability by collaborating with other contributors through multi-author commits and adhering to CI/QA standards. The work increased the stability of the transformation subsystem, supporting more accurate downstream simulations.