UNIVERSIDAD DE BURGOS

Their core work

Universidad de Burgos is a Spanish public university with strong materials science and nanotechnology research groups. They specialize in characterizing and assessing the safety of nanomaterials, developing advanced alloys and magnetic materials, and applying robotics and automation to manufacturing. Their work spans from fundamental materials research (permanent magnets, thermal transport in polymers, piezoelectrics) to applied environmental remediation and industrial process optimization, making them a versatile partner for both basic and applied research projects.

What they specialise in

How they've shifted over time

In their early H2020 period (2015–2018), UBU focused heavily on fundamental materials science — permanent magnets, nanostructured alloys, piezoelectrics, and nanosafety assessment tools including bioinformatics and genotoxicity analysis. From 2019 onward, their portfolio shifted toward applied and interdisciplinary work: collaborative robotics, additive manufacturing, environmental bioremediation, circular economy, and bio-based nanomaterials. The university has clearly moved from being a pure materials characterization lab toward integrating its materials expertise into manufacturing, environmental, and digital applications.

UBU is transitioning from fundamental materials research toward applied industrial and environmental solutions, making them increasingly relevant for manufacturing automation and circular economy consortia.

How they like to work

UBU balances coordination and participation — they coordinated 9 of 34 projects (26%), showing they can lead but are equally comfortable as a specialist partner in larger consortia. With 357 unique partners across 36 countries, they maintain a broad and diverse network rather than relying on a fixed group of repeat collaborators. Their typical EC contribution (avg EUR 258K) positions them as a mid-sized technical contributor, bringing specific characterization and analysis capabilities rather than managing large-scale infrastructure.

UBU has collaborated with 357 unique partners across 36 countries, indicating a well-connected European network that extends globally through MSCA-RISE mobility projects. Their partnerships span universities, research institutes, and industrial players across materials science and manufacturing sectors.

What sets them apart

UBU's distinguishing strength is the intersection of nanosafety assessment with advanced materials development — they both create new materials and evaluate their biological and environmental impact, a combination few mid-sized universities offer. Their ICARUS project lineage (ICARUS → ICARUS-SW → ICARUS-INAS) shows they can take research from fundamental science through software development to commercial service, demonstrating a rare research-to-market trajectory. For consortium builders, they fill a valuable niche as a materials characterization and safety assessment partner who understands both the science and the regulatory landscape.

Highlights from their portfolio

• GREENER
  Largest coordinated project (EUR 602K) focused on integrated environmental remediation — demonstrates leadership capacity in applied sustainability research.
• NANOGENTOOLS
  Flagship coordinated project in nanosafety assessment tools, connecting bioinformatics, genotoxicity, and policy — the foundation of their nanosafety expertise identity.
• CoLLaboratE
  Marks UBU's entry into human-robot collaboration and Industry 4.0, signaling a strategic expansion from materials science into manufacturing automation.