I am a final-year engineering student at Mines Saint-Étienne and the Paris Observatory, pursuing a double degree in Space Systems Engineering. With experience ranging from CubeSat autonomy to rocket prototyping and satellite communications, I specialize in systems engineering and the integration of complex hardware–software architectures. Passionate about space transportation and satellite technologies, I aim to contribute to ambitious projects shaping the future of the space industry.
Bringing together scientific rigor, engineering know-how, and project leadership to drive innovation in space systems and complex technical challenges.
![image of engineers working on satellite components [team]](https://cdn.prod.website-files.com/68b83f7953e03475d67b3464/68cb0d9d0e1c2178795da143_Lyce%CC%81e_Saint-Louis%2C_44_boulevard_Saint-Michel%2C_Paris_6e_2.jpg)
LYCÉE SAINT-LOUIS, PARIS
2020 - 2022
description
Intensive two-year preparatory program providing rigorous foundation in mathematics, physics, and engineering sciences. PSI* track specifically designed for students targeting France’s most prestigious engineering schools, with enhanced curriculum in physics and engineering sciences.
ACADEMIC CHOICES
Selected Engineering Sciences option after first semester, demonstrating early commitment to technical applications and systems approach.
ACHIEVEMENTS
Successfully admitted to the highly selective Mines-Ponts competitive examination, ranking among top candidates nationwide in this prestigious engineering school entrance exam.
DEGREE : /
![image of engineers working on satellite components [team]](https://cdn.prod.website-files.com/68b83f7953e03475d67b3464/68cc70523814dd92d8f0c8ef_IMG_4366.jpeg)
ÉCOLE DES MINES, Saint-Étienne,
2022 - 2024
description
CTI-accredited generalist engineering program combining strong theoretical foundations (mathematics, physics, computer science) with practical applications. ICM degree represents 120+ years of French engineering excellence, training high-level executives for industry.
ACADEMIC CHOICES
- Core curriculum supplemented with Project Management electives
- Designed and carried out a science outreach initiative titled "The Sun, Friend or Foe of Our School Garden?" with children from a priority education area.
ACHIEVEMENTS
- GPA 3.80 (top third of class)
- Admission to competitive double degree program, validating academic excellence and international potential
- Elected as class representative, demonstrating leadership skills
DEGREE : Master of Science in Engineering - General Engineering Program (Diplôme d’Ingénieur)
![image of engineers working on satellite components [team]](https://cdn.prod.website-files.com/68b83f7953e03475d67b3464/68cc70524d83b2e8ad5cd1c3_IMG_8924%202.jpeg)
bristol university, bristol
2023 (1 semester)
description
Specialized space engineering semester at UK’s 2nd-ranked aerospace program. Exposure to advanced aerodynamics, structures and materials, dynamics and control systems within Bristol’s world-renowned aerospace research environment.
ACADEMIC CHOICES
Strategic selection of aerospace specialization to complement general engineering background, preparing for space systems focus :
- Introduction to Space Systems
- Numerical and Simulation Methods for Aerodynamics
- Fluid Mechanics and Heat Transfer for Aerospace
- Behavior of dynamic systems
ACHIEVEMENTS
International perspective on engineering practices, English proficiency development, and integration into Bristol’s space ecosystem.
DEGREE : /
![image of engineers working on satellite components [team]](https://cdn.prod.website-files.com/68b83f7953e03475d67b3464/68c9c3f17ba4da6e9716e5eb_IMG_2712.jpeg)
LYCÉE SAINT-LOUIS, PARIS
2020 - 2022
description
Highly specialized double degree program in space systems engineering, combining advanced technical skills with systems approach essential for complex space missions. Focus on instrumentation, spacecraft design, and space mission engineering.
ACADEMIC CHOICES
- Year 1 (Valedictorian) : Orbitography, Space Instrumentation, Astronomy, Computer Science
- Year 2 (On going) : Systems Engineering, Embedded Space Digital Systems, Control Theory
ACHIEVEMENTS
Direct preparation for systems engineer role in space agencies or space industry
DEGREE : Master of Science in Space Systems Engineering
(Double Degree Program)
Discover my key competencies and advanced know-how in space systems engineering and software development, driving mission success and innovation through technical excellence
Designs and orchestrates end-to-end architectures for space missions—defining requirements, integrating subsystems, and validating performance to ensure mission success.
Builds scalable, maintainable applications using Python and Docker-based microservices, streamlining deployment and version control for ground and onboard systems.
Applies advanced data-processing techniques, including Bayesian inference, to calibrate models, quantify uncertainties, and extract actionable insights from complex datasets.
Develops test protocols and performs performance characterization of sensors and instruments, ensuring reliability and compliance with rigorous quality standards.
Fluent in English with working knowledge of additional languages; adept at coordinating with multicultural teams and presenting technical concepts to diverse audiences.
Leads cross-functional teams through complex technical challenges—managing schedules, budgets, and stakeholder communication to deliver innovative engineering solutions.
Balancing technical expertise with cultural, social, and outdoor interests that fuel my creativity, broaden my perspective, and strengthen the values I bring to collaborative and innovative projects.
Autonomous debris avoidance for CubeSats, rocket telemetry systems, and optical instrument validation - projects that bridge theory and real-world space applications.
From ground stations to Mars rover analysis at IAS - building the skills that space agencies and aerospace companies need for tomorrow’s missions.
