Core contributor in RELOCAL (cohesion policy), CONCISE (science communication), DESIRA (rural digitisation), CRISEA (regional integration), SMEthod (SME segmentation), and PL-ERADays.
UNIWERSYTET LODZKI
Polish university combining social science policy research with emerging CBRN security capabilities, active across circular economy, gender equality, and urban sustainability.
Their core work
The University of Lodz is a major Polish public university contributing social science research, policy analysis, and applied humanities expertise to European research consortia. Their work spans circular economy governance, gender equality in research institutions, science communication, CBRN security detection systems, and rural digitisation impacts. They frequently serve as the Central-Eastern European research node in large EU projects, bringing regional case studies and social science methodologies to multidisciplinary teams.
What they specialise in
GRACE studied gender cultures of equality across Europe; RESET focuses on redesigning gender equality plans with co-design and living lab methods.
FRONTSH1P deploys systemic circular economy solutions; ProCEedS promotes circular economy in agri-food chains; ICRI-BioM focused on bio-based materials including bioplastics and biodegradable polymers.
HoloZcan develops deep-learning holographic microscopy for biothreat detection; NEST builds an interoperable multidomain CBRN detection system — both are their largest-funded projects.
CLEARING HOUSE studies urban forests and green infrastructure; T-Factor explores culture-led urban transformation strategies.
VACTRAIN was a twinning project on DNA-based cancer vaccines, building researcher mobility and training capacity in immunotherapy.
How they've shifted over time
In the early period (2015–2018), the University of Lodz focused on bio-based materials research, cancer vaccine training, researcher mobility, and gender equality studies — largely capacity-building and fundamental research activities. From 2019 onward, their portfolio shifted markedly toward applied societal challenges: circular economy, responsible innovation, CBRN security systems, and urban sustainability. The most striking change is the emergence of security-related projects (HoloZcan, NEST) as their highest-funded work, suggesting a deliberate move into applied technology domains alongside their traditional social science base.
Moving from capacity-building and fundamental social research toward applied security technology and circular economy governance, with growing project budgets indicating increased trust from consortia.
How they like to work
Exclusively a consortium partner — they have never coordinated an H2020 project, joining instead as a contributing member in medium-to-large consortia. With 306 unique partners across 45 countries, they are a well-networked but non-leading participant, typically providing social science expertise, regional case studies, or specific technical capabilities to broader European teams. This makes them a reliable, low-risk partner who integrates well into existing project structures without competing for coordination roles.
Remarkably broad network of 306 unique partners spanning 45 countries, reflecting their participation in many large consortia rather than deep bilateral ties. Their reach extends well beyond the EU into global partnerships, though the bulk of collaboration is European.
What sets them apart
The University of Lodz offers an unusual combination of social science depth and emerging security-technology capability, making them valuable for projects that need both societal impact assessment and technical development. As a Central-Eastern European university, they provide access to Polish and CEE regional contexts that Western-dominated consortia often lack. Their recent pivot into CBRN security — with two well-funded projects — sets them apart from typical social-science-focused universities in the region.
Highlights from their portfolio
- HoloZcanTheir highest-funded project (EUR 581,500) and a departure from social science — deep learning holographic microscopy for biothreat detection signals a new technical capability.
- NESTSecond-largest funding (EUR 536,942) in CBRN security, confirming their serious entry into the security domain with interoperable threat detection systems.
- RESETEUR 432,750 for redesigning gender equality in research institutions using co-design and living labs — their largest social-science project and a continuation of longstanding gender research expertise from GRACE.