Worked on the NREL/ssc repository to enhance the reliability of revenue forecasting by addressing a critical edge case in C++. Focused on defensive programming and error handling, the developer implemented a safeguard to prevent segmentation faults when the forecast data array is empty. By checking for empty input before invoking std::max_element and defaulting the maximum revenue to zero, the solution ensured stable calculations for downstream analytics and reporting. The approach involved minimal, review-ready changes that improved crash resilience without altering core logic. This work demonstrated careful attention to safe edge-case handling and robust bug fixing within a C++ codebase.