French Baccalauréat
High school diploma
French national high school diploma, awarded with highest honors (mention très bien).
I study mechanical engineering at Arts et Métiers, one of France’s oldest engineering schools. I am drawn to machines at every scale, from a shoulder implant to a plasma thruster, and I see engineering as a craft where technical rigor and creativity meet.
My current team projects span biomechanics, where we are redesigning a glenoid implant so that it resists loosening, and aerospace propulsion, where we are studying an air-breathing plasma thruster for CubeSats. Before that, I spent a year recovering speech from noisy recordings with digital filters and spectral methods I wrote from scratch in Python.
Across these projects I follow the same progression: study the literature and the physics, build a model, then confront it with tests and real signals.
Notes de l’image: 1. It’s the Arts et Métiers students’ formal uniform: a navy-blue outfit modelled on a French Navy officer’s uniform, a nod to the school’s military past. 2. This is Arts et Métiers' Metz campus. I studied there for my first year in the school before moving to Paris.Two years of intensive preparatory classes in mathematics, physics and engineering science, followed by a combined bachelor’s and master’s program at Arts et Métiers.
High school diploma
French national high school diploma, awarded with highest honors (mention très bien).
Intensive preparatory classes in mathematics, physics and engineering science
A highly selective two-year program preparing for the national competitive entrance exams to France’s leading engineering schools.
Includes the TIPE, a year-long supervised research project presented at the entrance exams. Mine was on recovering a voice from noisy recordings.
Combined BS × MS in Mechanical Engineering
Founded in 1780, Arts et Métiers is one of France’s top 10 graduate engineering schools and a reference in mechanical and industrial engineering. First year in Metz, then Paris.
15 / 1,266 · Arts et Métiers Institute of Technology · 2025–2026
Arts et Métiers Institute of Technology · 2025–2026
5.5 / 6 · ETS · 2026
French Ministry of Education · 2023
Most of my academic work happens in small teams on open-ended technical problems, from signal processing in preparatory school to plasma physics and biomechanics at Arts et Métiers. Each project opens as a full case study.
Using the thin upper atmosphere as propellant to keep very-low-orbit satellites aloft.
Datesept. 2026 – aujourd’huiÉquipe7-person teamDétail →A2En coursGlenoid implant design & optimizationRedesigning a glenoid implant to resist loosening, with a biomechanics institute.
Datesept. 2026 – aujourd’huiÉquipe7-person teamDétail →
A4TerminéTIPE research projectI compared digital filters with spectral subtraction, tuned the method to remove its artifacts, then made it run live on a microphone feed.
Datesept. 2024 – juil. 2025Équipe2-person teamDétail →A5TerminéMechanical designDetailed design of a cam-driven actuator that applies an 850 N pulsating load at 5.3 Hz, sized for two years of continuous operation.
Datesept. 2025 – janv. 2026Équipe2-person teamDétail →A3TerminéTheoretical study · PiezoelectricityThe physics of turning noise into electricity with piezoelectric materials.
Date2023 – 2024Équipe2-person teamDétail →I taught myself to program by building a website in 2020, and I still write code for most of my projects.
Comparing Python programs by their structure to detect plagiarism and AI-generated code.
Datesept. 2025 – mai 2026Équipe6-person teamDétail →B2En coursFounder & sole developerA story-sharing platform I built from scratch, now being rebuilt on a modern stack.
Datemars 2020 – aujourd’huiÉquipeSoloDétail →I have seen engineering from the assembly line, from a consultant’s desk and from a corporate seminar stage. Each taught me something the classroom could not.
Run the circulation desk and help students and faculty with research databases, alongside a full-time engineering course load.
Worked on the assembly line of the plant that builds the Renault Master, Europe’s best-selling light commercial vehicle, for Renault, Nissan and Renault Trucks.
French engineering programs include a stage ouvrier, a production-floor internship in which students work as operators to understand manufacturing from the line itself. I completed mine in the assembly department of Renault’s Batilly plant, which produces up to 720 vehicles a day for three brands.
Studied the feasibility of a fully automated, all-in-one system to disinfect and sterilize medical instruments, for a client preparing a company launch.
AMJE (Arts et Métiers Junior Études) is the student-run consultancy of Arts et Métiers, with branches on every campus. It was named France’s best Junior Enterprise of 2024 by the CNJE, the national confederation of junior enterprises.
The study ran in two phases, with Albert Garibyan, under the supervision of Alexandre Meurin:
Produced the opening video for Suez France’s annual seminar of senior executives, after more than 20 hours of editing in After Effects. It was screened at the Stade de France.
Suez is a French multinational specializing in water and waste management, with more than 40,000 employees.
Screened at the Stade de France to more than 100 senior executives.
Arts et Métiers has a strong tradition of student life, and I take an active part in it. Outside school, I have volunteered regularly since 2020.
Budgets, events and services for thousands of students.
First holder of this new role in one of France’s largest student associations (3,500 members). I track more than €55,000 in grants and run the campus’s new cashless payment platform.
One of seven members organizing student life for the residence, with a monthly events budget of €1,000.
Roles where I maintain equipment and serve other students.
Kept wired and wireless internet running across the residence hall.
Ran the club’s embroidery machine: turned students’ designs into machine programs, supervised production and managed equipment, inventory and orders.
From the Olympic Games to my own neighborhood.
Selected among 45,000 volunteers from more than 300,000 applicants to welcome and guide spectators, working with people of every nationality.
Help first-year preparatory students organize for an intense workload and tutor them in challenging subjects, a pressure I know well.
Took part in the annual collection drives organized by my high school with the Rotary Club for the regional Food Bank.
Cleaned, repainted and weeded public spaces in an underprivileged housing estate.
The tools I use, listed the way a drawing lists its parts. No self-assessed percentages: each line points to where I used it.
| Rep. | Désignation | Composants | Utilisé dans |
|---|---|---|---|
| 1 | CAD & mechanical design | 3DExperienceCATIA | — |
| 2 | Simulation & materials | Abaqus· Finite-element analysisSTAR-CCM+· CFDGranta EduPack· Materials selection | A1, A2 |
| 3 | Programming & software | PythonPHPSQLHTML/CSSLaravelLivewireAlpine.jsTailwind CSSLaTeX | A4, B1, B2 |
| 4 | Scientific & engineering methods | Digital filter design· FIR, IIRSpectral analysis· STFTFinite-element modeling | A2, A4 |
| 5 | Electronics | ArduinoRaspberry Pi PicoSoldering | A4, personal |
| 6 | Manufacturing & workshop | LatheCNC machining· G-codeFoundryForging | Coursework |
| 7 | Media | After Effects· Video editing | C4 |
| 8 | Languages | French· NativeEnglish· Advanced · TOEFL 5.5 / 6 (Jul 2026)Spanish· Intermediate | — |
I am applying to graduate programs in mechanical engineering in the United States, and I would be glad to answer questions from faculty and admissions committees.