Bilingual Physicist and Data Analyst with solid experience in predictive modeling, Python automation, SQL, and open-source software development. Expert in statistical analysis of experimental data, network administration, and Power BI visualization development. Demonstrated ability to design data architectures and solve complex problems in high-demand environments.
Bachelor's Degree Undergraduate Thesis in Physics
Open-source library for the automation and GPIB-based interfacing of the Rohde & Schwarz TS-RSP radio frequency switching matrix. Developed independently for the Engineering Institute Foundation.
Design and development of an open-source platform for automating metrology procedures, conceived as an alternative to proprietary industry suites (e.g., Fluke MET/CAL). Automates calibration data acquisition, manages metrological traceability, and interacts with multi-brand instrumentation using industry-standard protocols.