Experience
A path shaped by industrial robotics, demanding personal projects, and a growing specialization in autonomous systems.
My profile was built through both industry and ambitious personal projects. That dual approach taught me not to separate theory, execution, and real-world integration.
Professional experience
Industrial Robotics Apprentice
AMME
Several years of apprenticeship within an industrial robotics company, with increasing involvement in real projects, from simulation to commissioning.
- Offline robot path simulation and cycle time validation.
- Robotic cell layout and collision detection.
- Robot programming and integration with vision systems, conveyors, and peripherals.
- Final adjustments, production tests, commissioning, and debugging.
- Near-autonomous ownership on some projects, with a full logic going from virtual preparation to real deployment.
Mechanical Design Intern
RTP Company · Beaune, France
Internship focused on mechanical design in an industrial environment, with work centered on CAD, tooling, and technical preparation for manufacturing.
- Designed mechanical components and assemblies using SolidWorks.
- Collaborated with the engineering team to develop specialized tooling for the plastics industry.
- Created technical drawings and documentation for manufacturing processes.
Mechanical Assembly Intern
Monnot · Beaune, France
Internship focused on mechanical assembly for specialized machinery, with attention to fitting accuracy, execution quality, and the reading of technical drawings.
- Performed the mechanical assembly of specialized machinery for the cooperage industry.
- Adjusted and fitted precision parts according to technical blueprints.
- Used manual and power tools to ensure high-quality equipment assembly.
Education
Engineering degree in robotics
General engineering education with a focus on robotics, vision, and autonomous systems. It gave me a strong foundation, but complete projects and real integration are what mostly shaped the way I think.
Bachelor’s degree in Engineering Sciences – electrical specialization
This degree helped me strengthen the fundamentals in electrical engineering, systems, and technical reasoning. It reinforced my interest in coherent physical architectures beyond software alone.
BTS CRSA – Design and Manufacturing of Automated Systems
The BTS CRSA gave me a concrete approach to design, automation, and industrial systems integration. It was an important step in the way I connect mechanics, electricity, and real operating logic.
Vocational high school diploma in Maintenance
This program exposed me early to technical equipment, diagnostics, and intervention on real systems. It anchored a practical relationship to machines, reliability, and maintenance work.
Technical skills
Mobile robotics
Robot architecture, locomotion, sensing, odometry, navigation, and system-level thinking, especially through SCUREDGE.
Mechanical design & CAD
SolidWorks design, assembly logic, mechanical packaging, printed parts, and clean integration work.
Electronics
Strong interest in electronic architecture, power distribution, sensor integration, and the overall coherence between computing, control, and embedded subsystems.
ROS 2 and robotics software
Node organization, inter-process communication, supervision, simulation, and coherent software architecture design.
Simulation
Using simulation environments to prepare, validate, or accelerate robotics development.
Industrial robotics integration
Robot programming, offline simulation, cell layout, validation, and commissioning in real industrial environments.
Tools & environments
Tools