UNIVERSITE DE NAMUR

Their core work

Université de Namur is a Belgian university with strong research capabilities spanning advanced materials science, evolutionary biology, and digital technologies. Their materials work centers on graphene and carbon nanomaterials — designing nanocomposites with specific electromagnetic, thermal, and structural properties, including 3D-printed structures. In parallel, they maintain deep expertise in genome evolution and microbiology, studying organisms like bdelloid rotifers and pathogenic bacteria. More recently, they have expanded into cybersecurity governance, AI semantics, and smart manufacturing, positioning themselves as a versatile research partner across both fundamental science and applied digital domains.

What they specialise in

How they've shifted over time

In the earlier period (2015–2018), UNamur focused heavily on advanced materials — graphene nanocomposites, carbon nanomaterials, and self-assembled structures — alongside fundamental biology work on genome evolution and plant development. From 2018 onward, the portfolio shifted noticeably toward applied and societal themes: proton beam therapy, cybersecurity governance, human-centric AI, smart manufacturing with digital twins, and a major gender-economics project on women in Africa. The university appears to be broadening from a materials-and-biology core toward interdisciplinary applied research with stronger digital and societal dimensions.

UNamur is diversifying from fundamental materials science toward applied digital technologies (AI, digital twins, cybersecurity) and socially engaged research, making them increasingly relevant for interdisciplinary consortia.

How they like to work

UNamur primarily joins consortia as a participant (16 of 20 projects) rather than leading them, contributing specialized expertise to larger teams. With 360 unique partners across 36 countries, they operate as a well-connected node rather than a repeat-partner institution — suggesting adaptability and openness to new collaborations. Their four coordinator roles span diverse topics (plant proteomics, veterinary diagnostics, microbiology, gender economics), indicating they lead where they have deep domain authority rather than seeking coordination for its own sake.

UNamur has collaborated with 360 distinct partners across 36 countries, giving them one of the broader networks for a mid-sized Belgian university. Their reach extends well beyond Western Europe, with projects touching Africa (AfricanWomen) and international cooperation themes (SPARTA, INFUSION).

What sets them apart

UNamur combines deep materials science expertise (graphene, nanomaterials) with strong life sciences and an expanding digital portfolio — a rare combination in a single mid-sized university. Their willingness to take on socially engaged research (gender economics in Africa, cybersecurity governance) alongside hard science makes them a flexible consortium partner who can cover multiple work packages. For a Belgian institution of their size, the breadth of 360 partners across 36 countries signals a team that actively seeks and manages international collaboration.

Highlights from their portfolio

• AfricanWomen
  Their largest H2020 project (EUR 1.5M) and a coordinator role — an ERC Consolidator Grant studying gender, domestic violence, and resource allocation in Africa, showing social science depth.
• RHEA
  A 7-year project (2017–2024) on genome evolution in asexual organisms with EUR 843K funding — their longest-running and second-largest project, indicating sustained fundamental biology strength.
• DENiM
  Their most recent large project (EUR 676K, 2020–2024) on digital twins and IoT for manufacturing energy management — signals their pivot toward Industry 4.0 applications.