Objectives
As one of the worldwide leading innovation countries, Switzerland has an opportunity to make its unique technological expertise and innovation competences available to society by supporting entrepreneurial solutions that have the potential to achieve sustainable impact in a comprehensive sense, i.e. in economic, environmental and societal terms.
The objective of the “Switzerland Innovation Tech4Impact Initiative” (SI Tech4Impact) was to facilitate the realization of innovation projects that tackle society’s most pressing environmental and societal challenges, focusing on selected themes of the UN 2030 Agenda for Sustainable Development.
To achieve this ambition, SI Tech4Impact promoted the development of ground-breaking projects that focus on real market applications by supporting research groups of Swiss universities as well as startups and SMEs collaborating with research partners. This initiative was led by Switzerland Innovation conjointly with E4S Tech4Impact and collaboratio helvetica. The companies supporting SI Tech4Impact as innovation partners were the following: ABB, Credit Suisse, Die Mobiliar, Economiesuisse, Interpharma, Schindler, Swiss Re Foundation, Swisscom, UBS, Zurich.
Through the network of the Switzerland Innovation Parks, the partners of this initiative receive direct added value and visibility through the supported projects, the annual demonstration event (Demo day) and through preferential access to the ecosystem of the network.
Switzerland Innovation is a network of six innovation parks across Switzerland based on a joint initiative of public institutions, academia, and the private sector with a statutory mandate from the Swiss government. Together with its partners, Switzerland Innovation forms an ecosystem accelerating the transformation of research results into marketable products and services.
The Program
The SI Tech4Impact initiative awarded 18 selected projects with a one-year project grant of up to CHF 85.000 each. The program focused specifically on projects that aim to tackle one of the following SDGs:
- SDG 3 – Good health and well-being
- SDG 7 – Affordable and clean energy
- SDG 9 – Industry, innovation and infrastructure
- SDG 11 – Sustainable cities and communities
- SDG 12 – Responsible consumption and production
- SDG 13 – Climate action
For more information on the SDGs, please refer to https://sustainabledevelopment.un.org/
Selection Process
The jury was composed by 5 members with a strong expertise in sustainability (economic, ecological and social) stemming from the academia, the industry and the NGO-sector.
The jury evaluated projects according to the following evaluation criteria:
- Severity of addressed societal or environmental project
- Relevance of the proposed project for tackling this societal or environmental problem
- Novelty of the project vis-à-vis current technological state of the art
- Competitiveness vis-à-vis existing solutions
- The qualification and experience of the project team & of the research partners
- Team’s ability to realize the project
- Potential to transfer scientific evidence into a marketable product or service
- Scalability potential (in terms of markets and impact)
- Validity of proposed use of the budget with clear breakdowns (funding to be used within the 12-month period)
Awarded Projects (as Subtitle)
GAIA TECHNOLOGIES
Upscale22 is a project by Gaia Technologies to develop a novel technology to upcycle agro waste into bio-compounds and added-value resources. It tackles the ever-increasing trend to substitute synthetic compounds by natural alternatives in the cosmetics, food and feed sector.
ASEPTUVA
Aseptuva builds a phototherapy device for localized deep UVC topical treatment against major infection vector in hospitals: contaminated skin. This pre-clinical study will use a functional prototype of an in situ disinfection adaptor, intended for catheters inserted into the human body.
Awarded Projects (as Image Gallery)
Awarded Projects (as Text Component)
GAIA TECHNOLOGIES
Upscale22 is a project by Gaia Technologies to develop a novel technology to upcycle agro waste into bio-compounds and added-value resources. It tackles the ever-increasing trend to substitute synthetic compounds by natural alternatives in the cosmetics, food and feed sector.
ASEPTUVA
Aseptuva builds a phototherapy device for localized deep UVC topical treatment against major infection vector in hospitals: contaminated skin. This pre-clinical study will use a functional prototype of an in situ disinfection adaptor, intended for catheters inserted into the human body.