STICHTING HAS OPLEIDINGEN

Their core work

HAS University of Applied Sciences is a Dutch hogeschool (university of applied sciences) based in 's-Hertogenbosch, with a strong practical focus on agri-food, nature management, and rural business. Their H2020 participation reflects two distinct competencies: applied nutritional science — through the PROMISS project on malnutrition prevention in elderly populations — and digital agriculture, where they contributed to IoF2020, one of Europe's largest Internet of Things pilots in food and farming. As a teaching institution deeply embedded in the Dutch agri-food sector, they bring the capacity to bridge scientific knowledge and real-world adoption, particularly in translating precision farming technologies to practitioners and SMEs. Their role in large-scale pilots suggests they function as a test bed and knowledge dissemination node, not a pure research lab.

What they specialise in

How they've shifted over time

In the first project (PROMISS, 2016), HAS's H2020 footprint was in applied food science and human nutrition — no digital or precision agriculture keywords appear for that period. By 2017–2021, their second project (IoF2020) shifted focus entirely toward digital transformation of agriculture: IoT, smart farming, data-driven farming, and IoT business integration dominate. This mirrors a broader institutional turn in Dutch agri-food education toward precision agriculture and digital skills. The shift is sharp rather than gradual, likely reflecting deliberate curriculum and research strategy changes rather than an organic evolution.

HAS is heading deeper into precision agriculture and IoT-enabled food chains, making them a useful education and adoption partner for agri-tech projects needing a bridge between technology developers and farming practitioners.

How they like to work

HAS has participated in both of their H2020 projects as a partner, never as coordinator — consistent with the role of a teaching institution that joins research consortia to contribute applied expertise and disseminate results rather than lead scientific work. Their presence in IoF2020, which had 113 unique consortium partners spanning 20 countries, indicates comfort working in very large, diverse consortia on pan-European pilots. This suggests they are a reliable, low-friction partner rather than a dominant consortium actor.

HAS has built connections with 113 unique consortium partners across 20 countries through just two projects — a disproportionately large network for such a small project footprint, almost entirely attributable to IoF2020's massive multi-national consortium structure. Their network is European in scope with likely concentration in the Netherlands and nearby agri-food hubs.

What sets them apart

HAS occupies a specific niche as a Dutch applied-sciences institution with direct links to the agri-food industry and a student base that goes on to work in farming, food processing, and rural business — which means they are a natural partner for projects that need not just research output but actual uptake by practitioners. Unlike research universities, they are oriented toward practical application and knowledge transfer to SMEs and farmers, which is rare in EU consortia where academic partners often stay theoretical. For an agri-tech project needing real-farm pilots, industry engagement, or educational dissemination, HAS offers sector access that a pure research institute cannot match.

Highlights from their portfolio

• IoF2020
  One of Europe's largest IoT-in-agriculture pilots — a €30M+ Innovation Action spanning the entire food and farm value chain — giving HAS exposure to cutting-edge precision farming deployments at continental scale.
• PROMISS
  A pan-European RIA on malnutrition prevention in senior citizens, demonstrating HAS's range beyond digital agriculture into applied nutritional science and public health food research.