Central role in DISCOVERY, BILAT USA 4.0, GENDER STI, and NanoFabNet — all focused on transatlantic and international cooperation frameworks.
GEORGIA TECH RESEARCH CORPORATION
Georgia Tech's research arm — a top US engineering university bridging transatlantic cooperation in computational science, nanofabrication, and advanced materials.
Their core work
Georgia Tech Research Corporation is the research administration arm of the Georgia Institute of Technology, one of the top engineering universities in the United States. Within H2020, GTRC serves as the primary US-based bridge partner for transatlantic research cooperation, contributing American expertise in computational science, advanced manufacturing, climate economics, and materials engineering to European consortia. Their role is consistently that of a non-EU knowledge partner — providing access to Georgia Tech's deep bench in applied mathematics, data-driven modeling, and engineering disciplines while facilitating EU-US policy dialogues on science and technology.
What they specialise in
Contributed to NGTMod (structural complexity modeling), TraX (Hamiltonian transport processes), RandNET (network algorithms), and CoMetaS (metamaterial structural optimization).
Participant in NanoFabNet and SUSNANOFAB (nanofabrication scale-up and coordination) and partner in CoMetaS (additive manufacturing with metamaterials).
Long-running partnership in GEMCLIME (2016-2022), covering CO2 mitigation, adaptation economics, consumer behaviour, and renewable energy modeling.
Partner in SYNMAT FOR ORGANOIDS (2022-2025), working on microfluidics encapsulation for intestinal organoid development.
International partner in OASyS, contributing to air transport system scenarios including supersonic aircraft and UAV environmental impact assessment.
How they've shifted over time
In the early H2020 period (2016-2018), GTRC focused heavily on EU-US bilateral policy coordination (ICT dialogues, STI partnerships) alongside fundamental research in climate economics and mathematical modeling of complex systems. From 2019 onward, their involvement shifted decisively toward applied technology themes — nanofabrication scale-up, machine learning for materials design, and international coordination for manufacturing infrastructure. The recent addition of biomedical engineering (organoids) signals a broadening beyond their traditional engineering and policy domains into life sciences.
GTRC is shifting from soft cooperation and policy dialogue toward hands-on technology partnerships in advanced manufacturing and data-driven materials science, making them an increasingly relevant partner for applied engineering consortia needing a US anchor.
How they like to work
GTRC has never coordinated an H2020 project — they consistently join as a partner or third-party contributor, which is typical for non-EU associated country organizations. With 108 unique partners across 32 countries, they operate as a wide-reaching network node rather than a loyal repeat-partner organization. This means they bring exceptional breadth of international contacts and are accustomed to plugging into diverse consortia without requiring a leadership role.
Remarkably broad network for a non-EU entity: 108 unique consortium partners spanning 32 countries, built primarily through coordination and support actions (CSA) and Marie Skłodowska-Curie mobility projects. Their reach extends well beyond the transatlantic axis into a truly global collaborative footprint.
What sets them apart
As one of the top US engineering universities, Georgia Tech brings world-class capabilities in computational methods, machine learning, and advanced manufacturing that few European partners can match at the same scale. Their consistent presence in H2020 as a third-party partner means they understand EU project mechanics despite being a non-associated country — a rare combination. For any consortium needing credible US-based expertise in engineering, materials, or data science, GTRC is one of the most experienced American partners in the Framework Programme ecosystem.
Highlights from their portfolio
- GEMCLIMELongest-running GTRC involvement (2016-2022), a 6-year MSCA-RISE exchange covering climate economics, CO2 mitigation, and energy policy — their deepest thematic commitment.
- CoMetaSCombines additive manufacturing, metamaterials, and machine learning for structural optimization — represents GTRC's evolution toward applied AI in materials engineering.
- BILAT USA 4.0Largest single EC contribution to GTRC (€61,406) and a flagship EU-US bilateral cooperation project, reflecting their core role as a transatlantic science bridge.