HOCHSCHULEN FRESENIUS GEMEINNUTZIGE TRAGERGESELLSCHAFT MBH

Their core work

Hochschule Fresenius (University of Applied Sciences Fresenius) is a German private university with strong roots in health sciences, chemistry, nutrition, and applied social sciences. In H2020, they contributed specialist expertise in toxicology, epidemiology, and human exposure assessment — particularly around environmental contaminants — as well as earlier work in urban security data integration. Their applied science orientation makes them a bridge between laboratory research and real-world public health impact. They participate in large international training networks and innovation consortia, providing disciplinary depth rather than project coordination.

What they specialise in

How they've shifted over time

In their first H2020 engagement (2018), Hochschule Fresenius contributed to urban security through data fusion — a digital/sensor integration domain that sits far from their traditional health-science identity. By 2020, their focus shifted sharply toward environmental health: PFAS contamination, human toxicology, green chemistry, and risk assessment. This second project aligns far more naturally with the university's applied chemistry and health sciences programs. The trajectory suggests that the SYSTEM project may have been a one-off cross-disciplinary engagement, while PERFORCE3 represents their more authentic research lane.

Their trajectory points clearly toward environmental health sciences — specifically chemical exposure risk and green chemistry — which is a high-growth EU research priority given tightening PFAS regulation under REACH and the EU Chemicals Strategy for Sustainability.

How they like to work

Hochschule Fresenius has participated exclusively as a consortium partner, never taking on a coordinator role across either project. Both projects placed them inside large, multi-country consortia — PERFORCE3 is an MSCA Innovative Training Network and SYSTEM is an Innovation Action — suggesting they join as disciplinary contributors rather than project managers. With 36 unique partners across just two projects, they operate in dense networks but have not demonstrated repeated partnerships with the same institutions.

Hochschule Fresenius has built connections with 36 unique consortium partners across 11 countries through only two projects — indicating each consortium was large and internationally distributed. Their network is European in scope but not yet deep, as no repeated partner relationships are visible in this dataset.

What sets them apart

Hochschule Fresenius occupies an unusual niche among German universities of applied sciences: a demonstrable track record in both environmental toxicology (PFAS, epidemiology) and earlier digital/security domains, within a health-and-chemistry-focused institutional identity. For consortia needing applied health science expertise — particularly around chemical safety, human biomonitoring, or green chemistry — they offer a practice-oriented academic profile that public research universities may not match. Their MSCA training network involvement also signals capacity to host and train early-stage researchers, which is attractive to H2020 successor projects under Marie Skłodowska-Curie Actions.

Highlights from their portfolio

• SYSTEM
  The largest funding award (€709,051) and an unusual thematic fit — an Innovation Action on urban security sensor integration — suggesting cross-disciplinary reach beyond the university's core health sciences identity.
• PERFORCE3
  An MSCA Innovative Training Network on PFAS — one of the EU's most regulated and commercially consequential chemical classes — positioning HSF in a research area with direct regulatory and industry relevance.