I am currently completing a double degree that combines engineering software development, high-performance computing, and CAD design. This program provides strong hands-on training in industry-standard tools and prepares me for advanced technical roles in the engineering IT sector.

At this engineering school, I received multidisciplinary training across various fields, developing strong skills in programming, materials engineering, industrial engineering, electrical engineering, and mechanical simulation. The school’s trilingual environment also strengthened my ability to work in multicultural and international contexts.

I strengthened my skills in materials engineering and manufacturing processes, while also gaining experience in civil engineering through structural analysis and the study of architectural principles.

During this Bachelor’s program, I studied a wide range of advanced theoretical topics, including fluid thermodynamics, quantum physics, thermochemistry, crystallography, and fluid mechanics. I also strengthened my experimental skills through extensive laboratory work. I completed two years of the program before joining my engineering school.

I am currently working in the defense sector at the French Defense Procurement Agency (DGA), contributing to the development and management of test benches used to evaluate subsystems of both civil and military aircraft. My role involves drafting technical specifications, analyzing system requirements, and collecting and formalizing functional and technical needs from stakeholders. I also support supplier selection and the evaluation of technical solutions, while integrating both technical and cost constraints to optimize overall project performance.

I developed a prototype for drone fuel monitoring involving extensive electronics work, CAD design, circuit development, breadboard wiring, programming, 3D printing, system optimization, performance improvements, and complete technical documentation.

I implemented a Cost Breakdown architecture to optimize supplier costs and traceability, developed a digital modeling process for composite and plastic materials to predict prototype weight before manufacturing, and participated in weekly meetings with international suppliers in English.

I performed rescue and first-aid interventions in various situations, set up safety measures to prevent accidents, and provided assistance and information in three different languages.