Sigma Clermont · Class of 2026

Final-year engineering student at Sigma Clermont, specialising in mechatronics design and industrial automation. Currently at Husky Technologies in Luxembourg — hot runner systems, precision injection mould design with Siemens NX.

2021

Intensive Physics and Engineering Sciences at Lycée Louis Thuillier.

2022

Advanced Mathematics and Physics competitive exam preparation.

2023

Master's in Mechanical Engineering — Robotics & Automated Systems.

2024

Army Reservist — Operational training and security missions.

2025

Internship — Industrial vision PoC for defect detection using Cognex.

2026

Internship — Mechanical design of hot runner systems using Siemens NX.

scroll

Portfolio

Previous
Projects.

01Aubert & Duval · 2025

Industrial Vision System

CognexIndustry 4.0JavaScript

Presentation

Development of a defect detection system for superalloy castings using Cognex vision software to automate quality control in an Industry 4.0 context.

Presentation

Implementation

Applied industrial vision tools (regions, blobs, edge detection) and built a data pipeline using JavaScript and Excel to analyze production defects.

Implementation

Results

Validated by the project team, this Proof of Concept measured a 5.17% defect rate, guiding future production grinding processes.

Results
02ASM Omnisport · 2025–2026

Wheelchair Home Trainer

CADCATIA 3DXMechatronics

Presentation

Design of a roller-based home trainer for wheelchair athletes, inspired by commercial indoor cycling trainers but adapted for para-sports.

Presentation

Implementation

Defined technical requirements with athletes and created full CAD models in CATIA 3D Experience to validate kinematics and structural integrity.

Implementation

Results

Completed a functional prototype design with a 30x30mm steel chassis and a magnetic resistance system adaptable to various camber angles.

Results
03Sigma Racing · 2023–2025

Racing Car Pedal Box

CADCATIA 3DXMotorsport

Presentation

Redesign of an electric racing car pedal box to replace the bulky original model, aiming to free up critical space in the pilot's cockpit.

Presentation

Implementation

Designed the accelerator pedal assembly in CATIA 3D Experience. Specified and integrated potentiometers for precise throttle sensing.

Implementation

Results

Delivered a lighter and more compact pedal box design, significantly improving driver ergonomics and weight distribution.

Results