Sonceboz is Swiss company specialized in manufacturing mechatronics products, including electric motors and their controls.
SF Tech possesses a long experience in the design and production of dry suits for professionnal scuba divers. This experience in the design of tailor-made solutions, for demanding environments and activities is particularly relevant for this project.
Médecins Sans Frontières (MSF) is an international, independent, medical humanitarian organisation that delivers emergency aid to people affected by armed conflict, epidemics, natural disasters and exclusion from healthcare. MSF offers assistance to people based on need, irrespective of race, religion, gender or political affiliation. MSF actions are guided by medical ethics and the principles of neutrality and impartiality.
MSF takes a co-prescriber role providing expertise and know-how with an active contribution in defining the product specifications. The organisation also participates in the co-development, providing regular expertise and know-how during the project development, together with a financial contribution. MSF Swiss will provide the conditions for performing field-testing at an MSF project, and once the product is validated, it is engaged to adopt it. Finally, MSF Swiss is providing public product endorsement and participates in dissemination activities, leveraging its institutional reputation and credibility in implementing VHF emergency programs.
Prescribers, developers and users
The University of Geneva (UNIGE) faculty of medicine has over 30 years' experience in collaborations with the Global South, especially in the field of Global Health.
The Geneva University Hospitals (HUG) are host to the Centre for Emerging Viral Diseases, and have state-of-the-art diagnostic facilities, including a BSL-4D lab.
The mission of the EssentialTech program of EPFL's Cooperation and Development Center (CODEV) is to reduce poverty through essential technologies. To reach this goal, the different EssentialTech projects follow a specific product development methodology that goes from need assessment and requirement definition, through prototype and business model validation, to technology transfer and product deployment by private sector partners.
EssentialTech is in charge of the following aspects of the SmartPPE project:
Sustainable Business Model Development
EPFL's Laboratory for Integrated Actuators (LAI) is focusing its research activities on two main topics: Small electromechanical and piezoelectric moving devices and their drives on one hand, and contactless energy transfer on the other. For the SmartPPE project, LAI is in charge of the development of a miniaturized, silent and robust motor for the ventilation system.
Manufacturers and disseminators
Seyntex is a Belgian company that has been making protective clothing for a wide range of applications for more than a century. The company is vertically integrated and has its headquarters and coating production in Belgium. Confection of garments is done at two own production facilities in Eastern Europe and the Far East.
Its coating division adds functional properties to base textiles, such as biological and chemical protection. Typically these coating are PVC and PU.
Yearly more than 1.5 million pieces of protective clothing and coated fabrics are shipped to customers in more than 20 countries around the world
Centexbel is the scientific and technical centre for the Belgian Textile industry, it offers a complete range of standardised testing, is a notified body for protective clothing and can deliver CE marking and testing. Centexbel is also involved in normalisation committees and offers technological advice and training to companies in Belgium or abroad. Centexbel focuses on applied research, is funded by private contract as well as state and international agencies (e.g. H2020, Eureka, Eranet). Additionally, some well selected subjects for strategic research are followed, being (i) polymer formulation and extrusion processes (incl. biopolymers), (ii) innovative finishing, (iii) biomedical interactions of textiles (incl. biocidal activity, cytotoxicity), (iv) intelligent textiles and (v) implementation of nanotechnology.
Researchers and technology developers
Healthcare workers fighting infectious diseases around the world, but particularly in demanding environments as those found in developing countries, face many issues. We believe that these issues are too complicated to be solved by a single actor, be it the best institution. A large partnership must be established to bring together at least three partners: those with a need unmet by existing solutions, those with creativity and innovative solutions, and those with the apparatus to deploy those solutions to make them available to the first group.
We thus created an alliance of field actors, academic and research institutions, and industrial companies to bring together the necessary knowledge to understand the problem and limitations of current equipment, to design solutions that are meaningful for the given context and realistic from an industrial point of view, and to conceive a deployment model that is sustainable in the long term.