Dual-degree aerospace and telecommunications engineer, currently completing an MSc in Space Systems Engineering at ISAE-SUPAERO. Five years of combined undergraduate study and graduate research have given me a broad technical base across the full engineering lifecycle — from design and modelling to prototyping, testing and validation — along with the analytical rigour to tackle challenging problems. Methodical and genuinely passionate about space, with a proven ability to deliver in both professional and research settings.
Education
ISAE-SUPAERO
Toulouse, France
Master of Science in Aerospace Engineering
Sep 2025 – Mar 2027
Specialised in Space Systems.
GPA 3.9/4
Universitat Politècnica de Catalunya
Barcelona, Spain
Bachelor’s in Aerospace Engineering
Sep 2020 – Jun 2025
Strong foundation in flight mechanics, systems engineering and aerospace structures.
GPA 2.82/4
Universitat Politècnica de Catalunya
Barcelona, Spain
Bachelor’s in Telecommunications Engineering
Sep 2020 – Jun 2025
Strong foundation in signal processing, RF design, antennas and electronics.
GPA 2.94/4
Experience
QA Software Engineer
Barcelona, Spain
Aimsun · Internship
Jun 2024 – Jul 2025
Designed and ran functional, regression and integration test plans for Aimsun Next; logged and tracked defects in Jira.
Strengthened CI pipelines, improving release stability and cutting time-to-detection of critical bugs.
Python
Jira
GitLab
Linux
Multimedia Engineer
Barcelona, Spain
La Rumba de Barcelona S.L. · IZI Record · Internship
Jun 2023 – Sep 2023
Built a backend video-editing service integrated into production media-processing workflows.
Summer Camp Instructor
Palafolls, Spain
ANNCON & Xatrac
Summers 2018–2022
Organised and led educational and recreational activities for children and teenagers.
Academic & research projects
MSc Research Project
Toulouse, France
Plasma leakage through the magnetospheric boundaries of Jupiter and Saturn
Mar 2026 – Present
Studying plasma transport across Jupiter’s and Saturn’s magnetospheric boundaries from multi-instrument spacecraft data, using signal analysis and data visualisation.
3D-printed Hold-Down Release Mechanism for CubeSat missions
Jan 2025 – Jul 2025
Designed and validated a 3D-printed Hold-Down Release Mechanism for a CubeSat’s solar panels and antennas, tested under high-vibration launch conditions against a compliance matrix.
Developed INOAS, an integrated navigation system for LEO orbital servicing balancing GNSS accuracy against energy efficiency.
Built the state estimation (Unscented Kalman Filter) and control (Model Predictive Control) for safety-critical rendezvous and collision avoidance, validated in MATLAB/Simulink.