Lucía Rubio Escribano

- Development and maintenance of control software for radio telescopes using the ALMA Common Software (ACS) framework. - Integration of hardware control modules and monitoring interfaces within distributed systems.

- ADMINISTER research project (Ref. TED2021-131301B-I00), focused on the agile deployment of a sensometric monitoring and control system in a cyber-physical environment based on augmented reality. - Development of real-time sensing solutions using technologies such as MQTT, ESP32, WiFi FTM, and Unity. - Project funded by the Spanish Ministry of Science and Innovation.

- Simulation and electromagnetic design using ANSYS HFSS. - Operation and analysis with vector network analyzers and fiber optic measurement systems. - Author of technical report: "Time domain analysis of coaxial switches for CDMS calibration" https://icts-yebes.oan.es/reports/doc/IT-CDT-2023-2.pdf

Final Project: "Indoor Localization of Static Sensors for User Guidance" - awarded highest grade (10/10) with Honors. Developed a localization system using WiFi FTM and ESP32-S3, integrating MQTT, Node-RED, PostgreSQL, and augmented reality (Unity). Designed for accurate device tracking in scenarios such as industry, construction, and logistics.

Extraordinary Achievement Award : 2019-2023 Final Project: "Study and Design of a Microstrip Filter for Interference Suppression in Radio Astronomy", in collaboration with the Yebes Astronomical Observatory. Awarded highest distinction (10/10) with Honors.