IOWA STATE UNIVERSITY OF SCIENCE AND TECHNOLOGY

Their core work

Iowa State University is a major US research university contributing specialist expertise to European research consortia across a surprisingly broad range of disciplines — from particle physics and astrophysics to advanced materials, nanosafety, and urban infrastructure. Their H2020 involvement is driven by individual research groups rather than a centralized EU strategy, which explains the diversity of topics. ISU primarily serves as a non-EU knowledge partner, bringing American research capabilities into transatlantic collaborations, particularly through Marie Skłodowska-Curie mobility and training programmes.

What they specialise in

How they've shifted over time

ISU's early H2020 involvement (2017-2018) centered on fundamental physics — gravitational waves, particle detectors, superconducting magnets — alongside urban infrastructure research on smart pavements. By 2019-2020, the focus shifted toward applied materials science and product safety, with projects on organic light-emitting materials, nanosafety, and safety-by-design for commercial products. This trajectory suggests a move from pure science toward industrially relevant research with clearer commercial applications.

ISU is shifting from fundamental science partnerships toward applied materials research with industrial relevance, particularly in product safety and functional materials — making them increasingly relevant for industry-facing consortia.

How they like to work

ISU never coordinates H2020 projects; they join as a third-party or partner, contributing specialized American expertise to European-led consortia. With 107 unique partners across 28 countries from just 6 projects, they operate in large, diverse consortia rather than tight bilateral arrangements. This pattern is typical of a non-EU university valued for specific research capabilities rather than project management — expect them to deliver focused technical contributions without taking on administrative leadership.

Despite only 6 projects, ISU has built connections with 107 partners across 28 countries, reflecting participation in large multinational consortia. Their network is genuinely global, spanning Europe, the US, and Japan, with particular strength in trilateral research frameworks.

What sets them apart

As a leading US research university, ISU offers European consortia something most partners cannot: access to American research infrastructure, talent pipelines, and a transatlantic dimension that strengthens proposals. Their breadth — from particle physics to nanosafety to urban engineering — means multiple ISU departments can be tapped depending on the project's needs. For consortium builders, ISU is a credible non-EU partner that adds geographic diversity and scientific depth without competing for coordination.

Highlights from their portfolio

• NEWS
  Ambitious trilateral EU-US-Japan collaboration spanning gravitational wave astronomy to particle physics instrumentation — ISU's longest-running H2020 engagement (2017-2023).
• ASINA
  ISU's only RIA project and sole participant role (vs. third party), focused on industrially relevant nanosafety — signals a shift toward applied, commercially oriented research.
• SAFERUP
  Unusually broad scope covering smart pavements, bioremediation, energy harvesting, and flood mitigation — shows ISU's ability to contribute across engineering disciplines.