Worked on enhancing the robustness of Alpide parameter loading within the AliceO2Group/AliceO2 repository, focusing on detector configuration reliability. Addressed a bug that previously prevented Alpide parameters from being fetched and printed when clusterization was disabled, ensuring consistent parameter availability across all run modes. The solution improved observability and reduced operational risk by guaranteeing that detector configurations remain transparent regardless of processing conditions. Leveraged expertise in C++ and embedded systems, applying knowledge of data acquisition and detector physics to deliver a targeted fix. The work demonstrated attention to operational consistency and contributed to the maintainability of complex detector software.