31 energy-sector projects including ECCSEL (CO2 capture/storage infrastructure) and wind energy research like AWESOME, with CO2 utilisation and wind energy as recurring recent keywords.
NORGES TEKNISK-NATURVITENSKAPELIGE UNIVERSITET NTNU
Norway's largest technical university, leading in energy transition, AI, marine science, and circular economy across 253 H2020 projects.
Their core work
NTNU is Norway's largest technical university, delivering applied research and training across engineering, natural sciences, and technology. Their H2020 portfolio spans energy systems (wind, CO2 capture), marine and aquaculture sciences, digital technologies (AI, HPC, cybersecurity), and environmental sustainability including circular economy and climate adaptation. They operate major research infrastructures and run extensive doctoral training networks, making them both a research powerhouse and a talent pipeline for European industry.
What they specialise in
23 environment-sector projects with 'circular economy' as the top keyword across both early and recent periods, plus resource recovery and climate change adaptation work like BINGO.
23 digital-sector projects spanning GPU computing (CloudLightning), AI, machine learning, simulation, and cybersecurity, with AI emerging strongly in the recent period.
Projects including MarineUAS (autonomous marine monitoring drones), AQUAEXCEL2020 (aquaculture infrastructure), and SWARMs (underwater robotics), with 'aquaculture' and 'fish' among top keywords.
15 health-sector projects including PreventIT (ICT-based ageing prevention) and active implants research, with biobank and biomarker work in the early period.
19 MSCA training networks, 18 individual fellowships, and 7 research infrastructure projects including HYDRALAB-PLUS and ELIXIR-EXCELERATE, forming the backbone of their capacity-building role.
How they've shifted over time
In the early H2020 period (2015–2018), NTNU focused heavily on industrial innovation themes — circular economy, GPU/high-performance computing, open science, and institutional change — alongside foundational work in aquaculture and health biomarkers. By 2019–2022, their portfolio shifted decisively toward AI, climate change mitigation, wind energy, CO2 utilisation, and cybersecurity, reflecting both European policy priorities and Norway's strategic positioning in energy transition. The growing emphasis on research infrastructure and standardisation suggests NTNU is consolidating its role as a platform provider, not just a project participant.
NTNU is converging its digital (AI/simulation) and energy (wind/CO2) capabilities toward climate-tech solutions, making them an increasingly attractive partner for green transition projects.
How they like to work
NTNU coordinates 29% of its projects (73 of 253), a high rate for a university, indicating strong project leadership capacity and willingness to take on administrative and scientific leadership. With 2,340 unique consortium partners across 69 countries, they operate as a major European hub — rarely working with the same small circle, instead connecting broadly across sectors and geographies. This makes them an excellent gateway partner: joining a consortium with NTNU gives access to one of H2020's largest collaboration networks.
NTNU has collaborated with 2,340 unique partners across 69 countries, making it one of the most connected universities in H2020. While rooted in the Nordic-European research ecosystem, their partnerships span all continents, including significant work in Africa (AfricanBioServices in the Serengeti).
What sets them apart
NTNU sits at the intersection of heavy engineering (energy, manufacturing, marine) and digital transformation (AI, HPC, cybersecurity) — a combination few European universities match at this scale. Their location in Trondheim, Norway's technology capital with deep ties to the offshore energy and maritime industries, gives them unique access to real-world testbeds and industrial partners that pure academic institutions lack. With EUR 140M+ in H2020 funding and 253 projects, they bring not just expertise but proven capacity to deliver at scale.
Highlights from their portfolio
- INSULATRONICSEUR 2.1M ERC-level project where NTNU coordinates frontier research on controlling electric signals with insulating magnets — showcasing deep physics capability.
- AfricanBioServicesEUR 2.9M coordinated project linking biodiversity and ecosystem services in the Serengeti — demonstrates NTNU's reach beyond Europe into global environmental challenges.
- MarineUASNTNU-coordinated project on autonomous drones for marine monitoring — a signature combination of their robotics, marine science, and environmental monitoring strengths.