Conducted research and development for the ALICE Inner Tracking System (ITS 3) focusing on the characterization of MOST sensors and laboratory validation of silicon-based particle detection prototypes. Ensured design and readiness for production through testing and analysis. Developed advanced tools to maintain and enhance data quality, supporting high-performance research outcomes.

Coordinated experimental operations and conducted comprehensive data analysis to uphold data quality standards. Managed full-cycle operations of the tracking system, ensuring seamless performance and accuracy. Oversaw the development of a quality control system for ALICE ITS, leading a team of developers and data analysts.

Performed extensive research and characterization of monolithic active pixel sensors (MAPS) for high-energy physics tracking systems, focusing on the ALPIDE R&D project. Conducted the development and construction of experimental systems to study radiation effects on ALPIDE sensors. Developed scripts for the ITS2 (ALPIDE) and ITS3 (APTS) chips to support research, quality control, and sensor yield assessment. Participated in test beam studies at DESY, PS, and SPS to evaluate chip efficiency, contributing to the advancement of tracking technology for the ALICE Inner Tracking System.