MAPS-LED focused on smart specialisation for local economic development, ZES on innovation ecosystem governance, and TREND on resilience in evolutionary economic development.
NORTHEASTERN UNIVERSITY
US research university contributing transatlantic expertise in urban innovation, sustainable resource recovery, and computational biology to European consortia.
Their core work
Northeastern University is a major US research university in Boston that contributes transatlantic expertise to European research consortia, primarily through Marie Skłodowska-Curie researcher exchange and mobility programs. Their H2020 involvement spans computational modeling, urban innovation policy, sustainable resource recovery, and cybersecurity — reflecting the university's broad interdisciplinary research base. They typically serve as a non-EU third-party partner, providing US-based research capacity and access to American academic networks for European-led projects. Their value lies in bridging European and American research ecosystems across multiple disciplines.
What they specialise in
e.THROUGH addressed sustainable mining and recycling of secondary materials, while CREATE targeted critical raw materials elimination for hydrogen and electricity generation.
NETCONTROLOGY studied controllability of biological networks for cancer and stroke applications; COMPLIMB developed computational tools for mechanobiological regulation.
PROTASIS addressed systems security and trust in cyberspace, while RENOIR focused on reverse engineering of social information processing.
How they've shifted over time
Early H2020 participation (2015-2017) centered on social science and information systems — smart specialization planning, social information processing, and cybersecurity. From 2018 onward, the focus shifted markedly toward sustainability (mining, raw materials recovery, circular economy) and computational biology (network controllability, mechanobiology). The most recent projects also show growing engagement with urban governance and resilience frameworks, suggesting a convergence around sustainability-oriented systems thinking.
Moving toward sustainability science and computational approaches to complex systems (biological, urban, industrial), making them increasingly relevant for green transition and circular economy consortia needing US-based partners.
How they like to work
Northeastern operates almost exclusively as a third-party partner (8 of 9 projects), never as coordinator — consistent with its status as a non-EU institution that cannot lead H2020 projects. They join diverse consortia across very different topics, suggesting multiple independent research groups participate rather than a single coordinated unit. With 54 unique partners across 17 countries, they maintain a broad but non-repetitive network, functioning as an accessible transatlantic bridge rather than a deeply embedded consortium member.
Broad international network spanning 54 partners across 17 countries, reflecting their role as a US-based node connecting to diverse European consortia. The geographic spread is wide rather than concentrated in any single European region.
What sets them apart
As a top-tier US research university, Northeastern offers something most H2020 participants cannot: a direct bridge to the American research ecosystem and industry landscape. Their participation through MSCA mobility programs means they facilitate genuine researcher exchange, not just paper collaborations. For consortium builders, adding Northeastern provides transatlantic dimension and access to US expertise without the complexity of a non-associated third-country coordinator role.
Highlights from their portfolio
- CREATETheir only project as a direct participant (not third party), focused on eliminating critical raw materials in hydrogen and electricity generation — their most applied, industry-relevant involvement.
- NETCONTROLOGYAddresses controllability of biological networks with direct applications to cancer treatment and stroke — represents their most recent and potentially high-impact research direction.
- TRENDLong-running project (2019-2024) on resilience and evolutionary economic development, combining their urban innovation and sustainability threads into a single framework.