Highlights:GSharp solution,the project developed during my experience that has become a reference for correction services for IGS.

Skills:C++, Python, GNSS, ODTS, Matlab, Simulink, Jenkins, CI/CD, Git, Bash, Agile, pytest, RT Software, Docker

Goal:Become a technical leader for R&D projects inside the GNSS software sector

GNSS Algorithms Software Engineer 05/2023 - current
GMV, Tres Cantos, Madrid Spain
Industry: Aerospace
Part of the GNSS algorithms team for corrections service and operator on-call for real-time services.
Experience contributing to projects like HADG (EUSPA), RSN (Eumetsat), and clients such as Hisdesat or BMW's autonomous driving. Responsible for real-time GNSS signal analysis, maintaining GNSS services, and supporting ODTS (Orbit Determination and Time Synchronization) as well as development of PPP input products for satellite operations. Design of high precision software, optimized and efficient in agile environment. Techonologies used include: GNSS performance analysis, real-time services, communication, teamwork, scripting (Bash, Python), development of corrections algorithms, and analysis tools (Matlab, Simulink), CI/CD, Jenkins, Git, Gtest, pytest, UTs, Kalman Filtering, embedded software, agile environment, AI tools--
GNSS Software Developer Intern 09/2022 - 05/2023
GMV, Tres Cantos, Madrid Spain
Industry: Aerospace
Working as an intern linked to university in order to develop my Master's thesis.
Worked on enhancing navigation software for Precise Point Positioning, utilizing visual odometry measurements, coded in C++ and Python. Simulated the reduction of horizontal and vertical position errors by integrating yaw angle measurements. This was al part of the master's thesis. Technologies include: GNSS performance, visual odometry, position accuracy improvements, teamwork, GitHub, C++, Python, GNSS, navigation, computer vision, satellite navigation, agile methodologies.--

Universidad Carlos III de Madrid 09/2021 - 06/2023
Leganés, Madrid, Spain
Degree: Master's Degree
Major:Master's in Space Engineering
Specialized in spacecraft operations, orbital dynamics, and control systems. Gained practical experience in simulation tools like GMAT, Matlab, and Simulink (even KSP), applied to real-world orbital scenarios. Simulated orbital trajectories, rendez-vous scenarios, and collision analysis. Also conducted studies on launchers, GNC (Guidance, Navigation, and Control), AOCS (Attitude and Orbit control subsystem), on-board computers, thermal subsystems, gaining deep insights into orbital dynamics and spacecraft operations.

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