Captain of the project
Doctor in Robotics, co-founder of Aldebaran Robotics in 2005 (today SoftBank Robotics), David Gouaillier defended his PhD around the design of the NAO humanoid robot, well-tried 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 a startup in November 2018 in Nantes called ORTHOPUS. His purpose: bringing new solutions to people with disabilities and widening the access to technical aids on a global scale. His motivation: offering high tech expertise at the crossroads between technology and solidarity.
Crew on board
Thibault - Mechatronic engineer
Experienced engineer specialised in mechatronics, Thibault spent 4 years working at the Aldebaran Robotics Advanced Mecatronic Lab. Here at ORTHOPUS, he steers the mechanical development of our medical devices by combining industry-derived techniques to the Maker culture.
Dorothée - Strategy & development manager
Science Po graduate, Dorothée landed in the world of digital manufacturing and Open Source in 2012 during the first Francophone FabLabs Meeting. Passionate about innovation, she is in charge of ORTHOPUS’ economic and strategic development as well as its communication.
Florian - Embedded systems engineer
Trained as an embedded systems engineer, Florian is specialised in robot actuator control. Here at ORTHOPUS, he develops adaptable and modular robotic technical aids designed to help people with limited mobility.
Côme - Mechatronic engineer
Trained as an engineer specialised in mechatronics, Côme is currently undertaking a CIFRE dissertation with the Laboratoire des Sciences du Numérique de Nantes (LS2N). Here at ORTHOPUS, he is in charge of developing a new accessible myoelectric prosthetic hand and monitors the progress made by research in this specific field.
Thomas - robotic engineer
Doctor in Robotics, Thomas defended his PhD on the modelling, design and control of robots. Prolific inventor, his garage is larger than a fablab! Here at ORTHOPUS, he brings his cross-functional expertise to the various R&D projects.
Mona - Communication & marketing officer
Communication Officer for ten years, Mona has sharpened her tools in the associative community at the crossroads between the Fablabs world, Social Economy and scientific and technical cultures. 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.
Alexane - MARKETING & SALES apprentice
Student at the Business School of Nantes, Alexane joins the crew for a one year long apprenticeship. At ORTHOPUS, she is in charge of business, marketing and communication missions.
Brisane - mechanical engineering intern
Student in mechanical and mechatronics engineering at the University of Technology of Belfort-Montbéliard, Brisane is doing her end-of-studies internship at ORTHOPUS. She is working on the different actuators of the robotic arm assistant solutions.
Malo - communication intern
Studying multimedia at the University Institute of Technology of Laval, Malo is doing his internship as a communication assistant at ORTHOPUS. He contributes to the production of content and participates in the development of communication strategies.
Yannis - regulatory affairs intern
Student in biomedical engineering, he is doing his end-of-studies internship at ORTHOPUS as a sailor. In this context, he is helping with production, stock management and the flow of the ship. The objective : never be out of parts for the proper development of robotic solutions and ensure that they will be sent to you in optimal conditions.
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.