Our
crew
Captain of the project
Doctor in Robotics, co-founder of Aldebaran Robotics in 2005 (now SoftBank Robotics), David Gouaillier defended his PhD thesis on the design of the humanoid robot NAO, tested with children with autism spectrum disorders.
As an expert in motion engineering, David decided to put his technical skills at the service of mankind and launched the startup ORTHOPUS in November 2018. His purpose: providing new solutions to people with disabilities and improving access to assistive technologies worldwide. His motivation: offering high-tech expertise at the crossroads between technology and solidarity.
Crew on board
Thibault - Mechatronic engineer
Thibault is a specialist of robotic subsystems conception. He has more than 7 years of experience (research in actuators, bionic hand conception) including 5 years at Aldebaran Robotics’ Advanced Mecatronic Lab. At ORTHOPUS he steers the development of our medical devices range: he coordinates R&D (from conception to manufacturing) and the quality process. He also is the crew’s Happiness Manager.
Dorothée - Strategy & development manager
Science Po graduated, Dorothée is a specialist in innovative and sustainable projects. She worked in the sectors of scientific research and technological innovation for 7 years (research institute, hardware start-up, NGO). Today, she’s in charge of ORTHOPUS’ strategic and economic development in order to bring to life and achieve the company’s social mission by having a positive impact on society.
Florian - Embedded systems engineer
Florian is a specialist of robotic actuators control. He has more than 10 years of experience in the automobile and robotic sector, including 5 years at Aldebaran Robotics’ Advanced Mecatronic Lab. By combining his IT, electronic development skills and the coordination of the test phases, he becomes the embedded systems engineer that makes ORTHOPUS’s solutions work.
Côme - Mechatronic engineer
Trained as an engineer specialised in engineering and robotics, Côme is currently undertaking a CIFRE dissertation about the development of a new accessible prosthetic hand with the Laboratoire des Sciences du Numérique de Nantes (LS2N). Coupled with that, he develops intuitive control methods for ORTHOPUS medical devices.
Thomas - robotic engineer
Arts & Métiers and ISEA Supaero graduated, Thomas defended his PhD on the modelling, design and control of robots. He gathered 7 years of experience by working on zero gravity experimentations, hardware and software conception of a flexible robotic arm and an agricultural autonomous robot. At ORTHOPUS he contributes with his technical expertise to the different R&D projects.
Mona - Communication & marketing officer
Specialised in scientific and technical culture for 10 years, Mona is experienced at the crossroads between social economy, digital manufacturing and the fablab world. Her skills range from transmedia communication, to building effective networks and event planning. Here at ORTHOPUS she implements and drives the communication and marketing strategy.
Lea - Regulatory Affairs officer
Specialised in medical devices field, Léa had a scientific and pharmaceutical background before pursuing in to regulatory. Here at ORTHOPUS, she is leading the quality policy to assure the safety of people who use our solutions.
ANAÏS - communication apprentice
Anaïs used to work in tourism before her conversion in communication, with the aim of having a transversal path. She’s now working as Community Manager for ORTHOPUS, altering with studies of Animation and Management of communication networks.
Sébastien - User care & sales manager
Coming from paramedical, Sebastien has more than 20 years of experience in the optical sector, including commercial development and product conception. He also has a university degree of fabmanager-facilitator. At ORTHOPUS, he’s the distributor’s privileged contact for our technical aid marketing, in France and Europe. He has the major mission of taking care of our users by bringing forward their needs to the ORTHOPUS team.
Sylvain - Production manager
After studies in microtechnologies, Sylvain aimed his career in the health sector, with the idea of producing products that give patients life improvements. During his 18 years of experience in medical devices, Sylvain became specialized in management, manufacturing and pharmaceuticals products industrialization, in keeping with quality standards. At ORTHOPUS, he ensure the manufacture ( production and assembly) of robotics assistants.
Baptiste - industrialization manager
Graduated of Polytech Tours in speciality Mechanics and Systems Conception, Baptiste has more than 6 years of experience as R&D Project Manager. His skills range from products developpement to industrialization, passing by robotization of integrated processes on production lines. At ORTHOPUS, Baptiste is in charge of robotics assistants industrialization : providing a link between production and R&D, developing device improvements, and optimizing manufacturing processes.
Pauline - MECHANICAL ENGINEERING AND DESIGN R&D INTERN
Student in mechanics engineering and specialized in industrial design, Pauline settle the ORTHOPUS crew as a trainee for 6 months for her end-of-studies internship. Her mission is to conceive Supporter customizable inlays for 3D printing. She also will help in graphics medias.
Iséa - mechatronics R&D intern
Intern for 6 months, Iséa joins ORTHOPUS for her end-if-studies internship. she will participate in the studies for the ORTHOPUS Partner, as well as in the design and production of a prototype of it
Marie - QUALITY and regulatory affairs intern
Currently in her fifth year of pharmacy school specialized in industrial pharmacy, Marie joins the crew as a trainee for 4 months. During that time, she will help set up the ship’s quality management system and draft technical files.
ORTHOPUS IN VIDEO
Home port
ORTHOPUS, our ship, is currently berthed at the Karting, a business centre located on l’Île de Nantes, in the close vicinity of the Elephant (Machines de l’Île) and near the Hangar à Bananes.
Our R&D Lab is equipped with numerous prototyping machines (electronic, 3D printers) thus enabling us to quickly prototype our solutions and validate our frugal innovation approach.