Professional Experience
KAHE NAUTIC
DeepTech Start-Up
12,000+ products sold – Revenue > €1M
Consumer distribution, including a partnership with Decathlon (Itiwit) since 2024.
Kahe POD 600
High-efficiency electric propulsion system with integrated battery, combining inertial sensing, embedded intelligence, wireless communication, and advanced safety features (digital kill switch, automatic shut-off out of water).
A patented system enables autonomous navigation (GPS waypoints and virtual anchoring).
I defined the overall system architecture and designed the propulsion systems (mechanical, energy, and hydrodynamic: motor, transmission, battery, propeller, cooling), in coordination with embedded electronics and software development.
Kahe POD 160 / ITIWIT (Decathlon)
Flagship product of the Kahe POD platform, designed as a compact electric propulsion solution for outdoor applications (kayak, paddleboard, float tube, underwater scooter).
I defined the system architecture and designed the main subsystems (mechanical, propulsion, battery, plastic parts), as well as embedded algorithms for motor control. Now distributed at scale by Decathlon under the Itiwit brand.
Kahe SURF 8.0
First product developed at Kahe Nautic, an electric-assisted surfboard used as a technology demonstrator. The project validated key electric propulsion building blocks and helped identify market limitations. This analysis led to a strategic pivot toward a modular propulsion platform (Kahe POD), which now forms the core of the offering.
Recognition & Awards
- Selected for CES Las Vegas 2024 (French Pavilion)
- Winner – Sustainable Industry Awards, Usine Nouvelle 2024
- Winner – AFBE Award 2023
Partnerships
- Selected by Renault to support the launch of the new Twingo (Brussels Motor Show 2026)
12,000+ products sold – Revenue > €1M
KAHE NAUTIC
DeepTech Start-Up
12,000+ products sold – Revenue > €1M
Consumer distribution, including a partnership with Decathlon (Itiwit) since 2024.
Kahe POD 600
High-efficiency electric propulsion system with integrated battery, combining inertial sensing, embedded intelligence, wireless communication, and advanced safety features (digital kill switch, automatic shut-off out of water).
A patented system enables autonomous navigation (GPS waypoints and virtual anchoring).
I defined the overall system architecture and designed the propulsion systems (mechanical, energy, and hydrodynamic: motor, transmission, battery, propeller, cooling), in coordination with embedded electronics and software development.
Kahe POD 160 / ITIWIT (Decathlon)
Flagship product of the Kahe POD platform, designed as a compact electric propulsion solution for outdoor applications (kayak, paddleboard, float tube, underwater scooter).
I defined the system architecture and designed the main subsystems (mechanical, propulsion, battery, plastic parts), as well as embedded algorithms for motor control. Now distributed at scale by Decathlon under the Itiwit brand.
Kahe SURF 8.0
First product developed at Kahe Nautic, an electric-assisted surfboard used as a technology demonstrator. The project validated key electric propulsion building blocks and helped identify market limitations. This analysis led to a strategic pivot toward a modular propulsion platform (Kahe POD), which now forms the core of the offering.
Recognition & Awards
- Selected for CES Las Vegas 2024 (French Pavilion)
- Winner – Sustainable Industry Awards, Usine Nouvelle 2024
- Winner – AFBE Award 2023
Partnerships
- Selected by Renault to support the launch of the new Twingo (Brussels Motor Show 2026)
DISSI
a local brand
from roots to canopy
DISSI is a solid wood furniture brand developed in French Guiana, built on the use of local resources and craftsmanship.
As co-founder and president, I structured and developed the company alongside a master craftsman and a product designer, from concept to commercialization. We reached nearly €300k in revenue over the last two years of activity (2017–2018).
Key Learnings
- Structuring a complete local value chain, from raw materials to sales
- Operational management of an entrepreneurial project in a constrained environment (French Guiana)
- Collaboration with complementary profiles (craftsmen, product designer, local partners)
- Product design integrating material, manufacturing, and usage constraints
DISSI
a local brand
from roots to canopy
DISSI is a solid wood furniture brand developed in French Guiana, built on the use of local resources and craftsmanship.
As co-founder and president, I structured and developed the company alongside a master craftsman and a product designer, from concept to commercialization. We reached nearly €300k in revenue over the last two years of activity (2017–2018).
Key Learnings
- Structuring a complete local value chain, from raw materials to sales
- Operational management of an entrepreneurial project in a constrained environment (French Guiana)
- Collaboration with complementary profiles (craftsmen, product designer, local partners)
- Product design integrating material, manufacturing, and usage constraints
CHRYSALIS ENGINEERING
from concept to industrial prototype
Independent design studio dedicated to product innovation, from early-stage concepts to industrial-ready prototypes.
I supported brands such as Quechua, Geonaute, Wedze, and Oxelo across a wide range of projects, combining design, modeling, prototyping, and validation. The studio relied on comprehensive in-house capabilities: CAD, CNC machining, 3D printing, composites, technical sewing, electronics, and testing. This approach enabled rapid transformation of ideas into concrete, testable solutions.
Patented high-performance
self-inflating cooler
From the first prototype to the commercial version, I developed this product for Quechua through to industrialization. It became a global success, with over one million units sold over more than 10 years.
I am the inventor of the patents filed by Decathlon:
FR3026728 | Extensions: ES2583052 (B1) | ITUB20154076 (A1)
Outdoor products
self-sufficient in water and energy
Product development for Quechua focused on water and energy autonomy: hydration systems, solar showers, filtration, rechargeable batteries, solar panels, wood stoves.
Modeling, prototyping, and validation
CHRYSALIS ENGINEERING
from concept to industrial prototype
Independent design studio dedicated to product innovation, from early-stage concepts to industrial-ready prototypes.
I supported brands such as Quechua, Geonaute, Wedze, and Oxelo across a wide range of projects, combining design, modeling, prototyping, and validation. The studio relied on comprehensive in-house capabilities: CAD, CNC machining, 3D printing, composites, technical sewing, electronics, and testing. This approach enabled rapid transformation of ideas into concrete, testable solutions.
Patented high-performance
self-inflating cooler
From the first prototype to the commercial version, I developed this product for Quechua through to industrialization. It became a global success, with over one million units sold over more than 10 years.
I am the inventor of the patents filed by Decathlon:
FR3026728 | Extensions: ES2583052 (B1) | ITUB20154076 (A1)
Outdoor products
self-sufficient in water and energy
Product development for Quechua focused on water and energy autonomy: hydration systems, solar showers, filtration, rechargeable batteries, solar panels, wood stoves.
Modeling, prototyping, and validation
OXELO
DECATHLON Group
Participated in the creation of the brand. Recruited and directed the R&D department, and managed innovation. Successfully brought sports products to market generating over €150M in revenue (the group’s highest growth for several years). Managed a team of 5 engineers and a €900k budget. Established short- and long-term objectives and tracked performance. Drove innovation, resulting in 4 patents filed in 5 years.
A concentration of innovations successfully brought to market
Sneakin / Step-In: system enabling the use of everyday shoes on inline skates, with a quick transition from walking mode to skating mode.
Development of a secure, rigid locking mechanism ensuring efficient power transfer.
The OXELO ‘Sneakin’ or ‘Step-In’ System: Allows users to wear their own street shoes on their inline skates, transitioning from walking to skating in seconds. Seamless mobility: A disruptive solution for urban skating, eliminating the hassle of carrying spare shoes. Technical innovation: Developed a fast, secure, and rigid locking mechanism to guarantee optimal power transfer between the shoe and the frame.
OXELO
DECATHLON Group
Participated in the creation of the brand. Recruited and directed the R&D department, and managed innovation. Successfully brought sports products to market generating over €150M in revenue (the group’s highest growth for several years). Managed a team of 5 engineers and a €900k budget. Established short- and long-term objectives and tracked performance. Drove innovation, resulting in 4 patents filed in 5 years.
A concentration of innovations successfully brought to market
Sneakin / Step-In: system enabling the use of everyday shoes on inline skates, with a quick transition from walking mode to skating mode.
Development of a secure, rigid locking mechanism ensuring efficient power transfer.
The OXELO ‘Sneakin’ or ‘Step-In’ System: Allows users to wear their own street shoes on their inline skates, transitioning from walking to skating in seconds. Seamless mobility: A disruptive solution for urban skating, eliminating the hassle of carrying spare shoes. Technical innovation: Developed a fast, secure, and rigid locking mechanism to guarantee optimal power transfer between the shoe and the frame.
SUPAERO / ONERA
(The French Aerospace Lab)
Aerospace Research Engineer
Final-year project at ONERA, postgraduate research internship (DEA) at SUPAERO, followed by a Research Engineer position at the Aerospace Center of SUPAERO. I led several miniature drone projects, combining aerodynamics, propulsion, flight mechanics, autopilot systems, radio links, and experimental testing. This experience laid the foundation for my expertise in system architecture, global optimization, and management of complex technological projects.
Flying wing: multi-constraint optimization
Forward-flight drone
Co-designed the micro-drone minus-Kiool (19 cm, 56 g, onboard camera), awarded 1st Prize at the Toulouse Micro-Drone Trophy (2002).
Innovative aerodynamic configuration patented (INPI). Later development of a Maxi-Kiool variant with autopilot.
VTOL Drone
(Vertical Take-Off and Landing)
Design of a miniature aerial surveillance UAV with vertical takeoff and landing.
- Project leadership and coordination of involved laboratories and workshops
- Management of human and material resources (5 laboratories, 28 people)
- UAV platform design and autopilot tuning
- Global optimization: mass, propulsion, aerodynamics, flight mechanics, and control systems
- Experimental testing in wind tunnel and flight conditions
SUPAERO / ONERA
(The French Aerospace Lab)
Aerospace Research Engineer
Final-year project at ONERA, postgraduate research internship (DEA) at SUPAERO, followed by a Research Engineer position at the Aerospace Center of SUPAERO. I led several miniature drone projects, combining aerodynamics, propulsion, flight mechanics, autopilot systems, radio links, and experimental testing. This experience laid the foundation for my expertise in system architecture, global optimization, and management of complex technological projects.
Flying wing: multi-constraint optimization
Forward-flight drone
Co-designed the micro-drone minus-Kiool (19 cm, 56 g, onboard camera), awarded 1st Prize at the Toulouse Micro-Drone Trophy (2002).
Innovative aerodynamic configuration patented (INPI). Later development of a Maxi-Kiool variant with autopilot.
VTOL Drone
(Vertical Take-Off and Landing)
Design of a miniature aerial surveillance UAV with vertical takeoff and landing.
- Project leadership and coordination of involved laboratories and workshops
- Management of human and material resources (5 laboratories, 28 people)
- UAV platform design and autopilot tuning
- Global optimization: mass, propulsion, aerodynamics, flight mechanics, and control systems
- Experimental testing in wind tunnel and flight conditions
FREELANCE PHOTOGRAPHER
nature, editorial, and corporate
Developed alongside my engineering activities, photography became a fully professional practice. Specializing in nature, editorial, and corporate, I worked under contract with Naturimages and as a correspondent in French Guiana for SIPA Press.
Image Selection
Publications & References
FREELANCE PHOTOGRAPHER
nature, editorial, and corporate
Developed alongside my engineering activities, photography became a fully professional practice. Specializing in nature, editorial, and corporate, I worked under contract with Naturimages and as a correspondent in French Guiana for SIPA Press.
Image Selection
Publications & References
Personal Projects
MOD-L 3D Digital Wind Tunnel
MOD-L is a 3D aerodynamic solver developed in MATLAB, based on the Vortex Lattice Method (VLM). Designed for the study of complex lifting systems, it enables the rapid modeling of multi-surface configurations in both aerodynamics and hydrodynamics. The code integrates wake dynamics, free-surface effects, multi-constraint optimization, and viscous drag estimation to analyze performance, stability, and equilibrium at a reduced computational cost.
Complex wing geometry (sweep, ailerons, twist, winglets...)
Aircraft wing wake simulation (generation of wingtip vortices)
Dynamic simulation of a fin
Free surface deformation around a hydrofoil
Multi-surface and free-surface modeling
From simulation to physical testing: model validation
2003 - 2023 (phased development)
MOD-L 3D Digital Wind Tunnel
MOD-L is a 3D aerodynamic solver developed in MATLAB, based on the Vortex Lattice Method (VLM). Designed for the study of complex lifting systems, it enables the rapid modeling of multi-surface configurations in both aerodynamics and hydrodynamics. The code integrates wake dynamics, free-surface effects, multi-constraint optimization, and viscous drag estimation to analyze performance, stability, and equilibrium at a reduced computational cost.
Complex wing geometry (sweep, ailerons, twist, winglets...)
Aircraft wing wake simulation (generation of wingtip vortices)
Dynamic simulation of a fin
Free surface deformation around a hydrofoil
Multi-surface and free-surface modeling
From simulation to physical testing: model validation
High-Voltage Van de Graaff Generator
Complete 3D modeling, followed by the manufacturing of all parts via 4-axis CNC machining
2022
High-Voltage Van de Graaff Generator
Complete 3D modeling, followed by the manufacturing of all parts via 4-axis CNC machining
L'Arbre à Noix Project
Supporting Latin American national parks
A year-long project conducted in Latin America, serving four partner national parks in Ecuador, Bolivia, Peru, and Argentina.
The objective was to support local teams in promoting their conservation, research, and public outreach efforts. On the ground, we designed and produced various communication and mediation tools: photo and video content, virtual tours, websites, and an interpretation center. The project also included a significant skills transfer component, ensuring local teams became autonomous in using and updating these tools.
Interpretation Center – Yanachaga Chemillén National Park
Promotional Video – Yanachaga Chemillén National Park
360° Interactive Tour – Los Alerces National Park
Documentary Film – Fundación Natura Bolivia
Beyond these achievements, we designed the parks’ websites and trained local teams in WordPress, photography, and content creation. We also supported scientists and park rangers, spending extended periods in the field to produce photo, video, and audio assets dedicated to promoting these protected areas.
2011
L'Arbre à Noix Project
Supporting Latin American national parks
A year-long project conducted in Latin America, serving four partner national parks in Ecuador, Bolivia, Peru, and Argentina.
The objective was to support local teams in promoting their conservation, research, and public outreach efforts. On the ground, we designed and produced various communication and mediation tools: photo and video content, virtual tours, websites, and an interpretation center. The project also included a significant skills transfer component, ensuring local teams became autonomous in using and updating these tools.
Interpretation Center – Yanachaga Chemillén National Park
Promotional Video – Yanachaga Chemillén National Park
360° Interactive Tour – Los Alerces National Park
Documentary Film – Fundación Natura Bolivia
Beyond these achievements, we designed the parks’ websites and trained local teams in WordPress, photography, and content creation. We also supported scientists and park rangers, spending extended periods in the field to produce photo, video, and audio assets dedicated to promoting these protected areas.
Formation & Compétences
DIGITAL & PRECISION
- CNC machining equipped with a Mécanuméric Charly2U milling machine (4-axis)
- 3D printing FDM (equipped with BCN3D Sigma), SLA, SLS, PolyJet
- Laser cutting equipped with Sculpfun
TEXTILE & FOAM
- Technical sewing functional textile prototypes (equipped with a PFAFF 1222 machine)
- Foam cutting CNC hot wire cutting (custom-built machine)
MATERIALS & PROCESSES
- Anodizing personal equipment for aluminum
- Composites Glass / Carbon & Epoxy
- Wood Traditional woodworking






































