SciTransfer
Organization

HOCHSCHULE RHEIN-WAAL-HSRW RHINE-WAAL UNIVERSITY OF APPLIED SCIENCES

German university of applied sciences specializing in responsible research and innovation, science-society engagement, and translating EU research into institutional and territorial practice.

University of Applied SciencessocietyDE
H2020 projects
9
As coordinator
1
Total EC funding
€2.5M
Unique partners
149
What they do

Their core work

Rhine-Waal University of Applied Sciences is a German university located in Kleve (North Rhine-Westphalia, near the Dutch border) with a strong applied research profile bridging science, society, and responsible innovation. Their H2020 portfolio centers on Responsible Research and Innovation (RRI), public engagement with science, and translating academic knowledge into societal practice. They also contribute to biomedical engineering (osteochondral scaffolds, stem cell research), water technology, and agricultural knowledge platforms. As a university of applied sciences, their strength lies in connecting research to real-world implementation and multi-actor collaboration.

Core expertise

What they specialise in

Climate adaptation and sustainabilitysecondary
2 projects

TeRRIFICA addressed territorial climate action through living labs and co-creation, while Project Ô demonstrated circular water reuse technologies.

Agricultural knowledge systemsemerging
1 project

Eureka project built a European knowledge repository for best agricultural and forestry practices with a multi-actor, end-user focus.

Evolution & trajectory

How they've shifted over time

Early focus
Science-society governance and engagement
Recent focus
Applied RRI, climate action, open science

HSRW's early H2020 work (2015–2018) was firmly rooted in governance, public engagement, and the Science with and for Society agenda — they even coordinated NUCLEUS, their largest project by far, on university-society communication. From 2019 onward, the focus shifted noticeably toward applied domains: climate adaptation, open access, institutional change, gender equality, and practical tools like living labs and knowledge platforms. The biomedical and navigation projects (iP-OSTEO, iNavigate) represent a newer branch into technical research excellence through international staff exchanges.

HSRW is moving from theorizing about responsible innovation toward implementing it in concrete domains like climate, agriculture, and institutional reform — making them increasingly relevant for projects that need societal impact design.

Collaboration profile

How they like to work

Role: active_partnerReach: Global35 countries collaborated

HSRW predominantly joins consortia as a participant (8 of 9 projects), contributing specialized expertise rather than leading large initiatives — though their one coordination role (NUCLEUS, EUR 1.47M) shows they can manage substantial projects. With 149 unique partners across 35 countries, they operate in broad, diverse consortia rather than repeating partnerships. Their heavy use of CSA (Coordination and Support Action) funding schemes suggests they are valued for networking, knowledge exchange, and bridging research with practice rather than for lab-based technical output.

HSRW has built an unusually wide network for a mid-sized university of applied sciences: 149 unique partners across 35 countries, reflecting their focus on globally networked RRI initiatives and international staff exchange programs (MSCA-RISE). Their border location near the Netherlands likely supports strong cross-border collaboration.

Why partner with them

What sets them apart

HSRW occupies a distinctive niche as a university of applied sciences that specializes in the design and implementation of responsible innovation practices — not just studying RRI in theory but embedding it in institutions and territories. Their cross-border location in Kleve gives them a natural Dutch-German collaboration axis. For consortium builders, HSRW brings the ability to handle societal impact work packages, public engagement design, and institutional change processes — skills that many technically-focused partners lack but that EU evaluators increasingly demand.

Notable projects

Highlights from their portfolio

  • NUCLEUS
    Their only coordinated project and by far the largest (EUR 1.47M, 60% of total funding), focused on transforming university-society communication across Europe.
  • iNavigate
    Their second-largest funding (EUR 377K) and a departure from their RRI core — brain-inspired navigation technologies via MSCA-RISE international exchange, running until 2025.
  • TeRRIFICA
    Combines their RRI expertise with climate adaptation through living labs and co-creation methods — represents the applied turn in their research profile.
Cross-sector capabilities
Food & agriculture (knowledge platforms, multi-actor approaches)Health & biomedical engineering (regenerative medicine, 3D cell culture)Environment & water (circular water reuse, climate adaptation)Education & training (science communication, STEM engagement)
Analysis note: Profile is clear and well-supported by 9 projects with distinct thematic clustering. The RRI/society focus is dominant and unambiguous. The biomedical and navigation projects (MSCA-RISE) appear somewhat disconnected from the core profile — they may reflect individual researcher mobility rather than institutional strategy. No website was provided in the data for verification.