Worked on the Mu2e/otsdaq-mu2e repository to deliver ROC System State Management, enabling per-ROC enabled versus emulated state detection and accurate propagation to the ROCCoreVInterface. This feature allows the system to reflect real-time ROC configurations, supporting robust runtime behavior in embedded environments. The work involved targeted code quality improvements, including comprehensive whitespace cleanup and formatting alignment using C++ and clang-format. By addressing code hygiene and maintainability, the developer reduced configuration risks and improved readability across ROC-related interfaces. The focus on embedded systems and hardware interface development established a solid foundation for future enhancements in ROC state handling.