Both H2020 projects — RESIN and RESCCUE — focused explicitly on adapting cities and urban infrastructure to climate change impacts.
ECOLE DES INGENIEURS DE LA VILLE DEPARIS
Paris municipal engineering school specializing in urban infrastructure resilience and city-systems adaptation to climate change.
Their core work
EIVP (École des Ingénieurs de la Ville de Paris) is a French higher education institution that trains engineers specifically for urban management — city infrastructure, water systems, energy networks, and public works. Unlike general engineering schools, its mandate is explicitly municipal: preparing professionals to design, operate, and adapt city systems. In H2020, they contributed to European urban climate resilience research, bringing practical city-engineering knowledge to multi-city projects studying how urban infrastructure can withstand climate change impacts. Their academic-practitioner profile bridges engineering education with real municipal operations in one of Europe's largest cities.
What they specialise in
RESIN (Climate Resilient Cities and Infrastructures) and RESCCUE (multisectorial urban resilience) both address physical city systems under climate stress.
As an institution training city engineers, EIVP contributes pedagogical and professional development capacity to urban research consortia.
RESCCUE's multisectorial framing suggests engagement with combined flood, heat, and infrastructure failure scenarios at city scale.
How they've shifted over time
EIVP's H2020 participation spans 2015–2020 and is entirely within a single thematic domain: urban climate resilience. The early project (RESIN, 2015–2018) addressed resilient city infrastructure broadly, while the later project (RESCCUE, 2016–2020) moved toward a more explicitly multisectorial resilience framing — suggesting a deepening rather than a shift in focus. With only two projects and no keyword differentiation available in the data, it is not possible to identify a meaningful evolution; their profile is consistent and narrowly specialized rather than evolving.
EIVP appears to be deepening its engagement with urban climate adaptation — moving from infrastructure resilience toward multisectorial city-wide resilience frameworks — which positions them as a natural partner for future climate adaptation, urban planning, or smart city projects.
How they like to work
EIVP has never led an H2020 project — in both cases they joined as a participant in larger consortia. With 38 unique partners across just 2 projects, they operate within broad, multi-partner networks rather than tight bilateral collaborations. This pattern suggests they function as a specialist contributor, bringing city-engineering expertise and educational capacity to consortia where others provide coordination and broader research infrastructure.
EIVP has collaborated with 38 unique partners across 9 countries through their two projects — a notably wide network for such a small H2020 footprint, indicating participation in large pan-European consortia. Their geographic reach is European, with a likely concentration on cities and urban research institutes across Western and Northern Europe.
What sets them apart
EIVP is one of the few engineering schools in Europe with an explicitly municipal mandate — it exists to train engineers for city operations, not just industry or research. This gives them a direct institutional link to Paris city management and practical urban infrastructure expertise that academic-only institutions cannot replicate. For consortia tackling urban adaptation, smart city transitions, or climate-proofing of city systems, EIVP offers a rare combination of engineering education and operational city knowledge.
Highlights from their portfolio
- RESINTheir largest project by far (EUR 630,875), focused on climate resilient cities and infrastructure — the clearest signal of EIVP's core competence in urban climate adaptation.
- RESCCUEA multisectorial urban resilience project running to 2020, showing EIVP's sustained engagement with climate resilience across multiple city system types, not just physical infrastructure.