RESEARCH FOUNDATION OF THE CITY UNIVERSITY OF NEW YORK

Their core work

The Research Foundation of CUNY is the grants administration arm of the City University of New York, one of the largest urban public university systems in the United States. Through its affiliated faculty, it contributes specialized research in cognitive science, wave physics, and manufacturing ergonomics to European consortia. In H2020, RFCUNY participated exclusively as a third-party contributor, providing US-based academic expertise — particularly in neuroscience, advanced sensing technologies, and human factors research for industrial applications.

What they specialise in

How they've shifted over time

In its early H2020 period (2015-2018), RFCUNY's involvement centered on fundamental research — neurodevelopmental disorders (MiND) and physics of wave propagation, sensors, and plasmonics (NOCTURNO). By the later period (2020-2025), there was a clear pivot toward applied industrial research, with MAIA focusing on smart manufacturing, collaborative robots, and ergonomics for ageing workforces. This shift suggests a growing capacity to bridge fundamental physics and cognitive science with real-world manufacturing and human factors challenges.

RFCUNY is moving from pure fundamental research toward applied industrial problems — particularly human-robot collaboration and workforce adaptation — making them increasingly relevant for Industry 4.0 consortia seeking a US academic partner.

How they like to work

RFCUNY participates exclusively as a third party, never as coordinator or direct partner, which means they are brought in by lead consortium members for specific expertise contributions. With 46 unique partners across 19 countries from just 4 projects, they operate in large, diverse consortia. This third-party role makes them a low-commitment, high-expertise addition — useful when a consortium needs US-based academic credibility without the administrative overhead of a full partner.

Despite only 4 projects, RFCUNY has connected with 46 partners across 19 countries, reflecting the large MSCA consortia they join. Their network is broadly European with a transatlantic dimension, serving as a US bridge for European research teams.

What sets them apart

RFCUNY's distinct value is as a US-based academic entry point into European research consortia — few American institutions appear this consistently in MSCA mobility actions. Their combination of cognitive science and advanced physics expertise is unusual, and their recent move into manufacturing ergonomics gives them a rare interdisciplinary profile spanning from fundamental wave physics to human-robot interaction. For European coordinators, they offer access to CUNY's large research faculty network without requiring a full transatlantic partnership setup.

Highlights from their portfolio

• NOCTURNO
  A 5-year MSCA-RISE project on non-conventional wave propagation spanning acoustics, optics, and plasmonics — the most technically defined of their projects.
• MAIA
  Their most recent and applied project (2020-2025), addressing the ageing workforce challenge through collaborative robots and smart manufacturing — signals their strategic direction.