CHALMERS TEKNISKA HOGSKOLA AB

Their core work

Chalmers University of Technology is one of Sweden's leading technical universities, headquartered in Gothenburg — a major hub for automotive, shipping, and advanced manufacturing. With 270 H2020 projects and EUR 157M in EC funding, Chalmers delivers deep research across transport systems, energy technologies, advanced materials (especially graphene and nanoparticles), cybersecurity, and AI/machine learning. Their work spans from fundamental physics and quantum simulation to applied engineering in autonomous vehicles, maritime safety, and energy-efficient systems, making them a bridge between academic research and industrial deployment.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), Chalmers focused heavily on hardware security, graphene-based materials, high-performance computing, and environmental technologies — reflecting traditional strengths in materials science and embedded systems. By 2019–2022, the portfolio shifted decisively toward machine learning, autonomous vehicles, cybersecurity, and quantum-related research, mirroring broader European research priorities. The transition from "secure hardware" to "AI-driven safety systems" captures their evolution from component-level engineering to intelligent, software-defined systems.

Chalmers is rapidly building capacity in AI/ML-driven transport safety and quantum technologies — expect them to anchor future consortia at the intersection of autonomous systems, cybersecurity, and advanced simulation.

How they like to work

Chalmers operates as both a consortium leader (72 coordinated projects, 27% coordinator rate) and a reliable large-consortium partner (190 participant roles). With 2,285 unique consortium partners across 66 countries, they function as a major network hub rather than a closed-circle collaborator. Their high partner diversity and presence across RIA, IA, and MSCA schemes means they are well-practiced at working with industry, SMEs, and fellow research institutions alike — a low-friction partner for new collaborations.

Chalmers has collaborated with 2,285 distinct partners across 66 countries, making them one of the most connected universities in H2020. Their network spans all of Europe with strong Nordic, German, and Southern European links, plus global reach through MSCA and ERC programs.

What sets them apart

Chalmers sits at the intersection of Gothenburg's industrial ecosystem (Volvo, SKF, shipping) and top-tier academic research, giving them unmatched ability to translate fundamental science into automotive, maritime, and manufacturing applications. Their combination of materials science depth (graphene, MEMS/NEMS), growing AI capabilities, and transport domain expertise is rare — few European universities can credibly contribute across all three. For consortium builders, Chalmers brings both scientific credibility and industrial relevance in a single partner.

Highlights from their portfolio

• EUROfusion
  Pan-European fusion energy roadmap implementation — Chalmers' largest project by scope, reflecting deep physics and nuclear chemistry capabilities.
• smart-MEMPHIS
  Over EUR 1M in EC funding for piezoelectric MEMS energy harvesting with integrated supercapacitors — bridges their materials and energy expertise.
• PROSPECT
  Pedestrian and cyclist safety with autonomous emergency braking and steering — exemplifies their applied transport safety work with vehicle demonstrations.