INSTITUTE OF MECHANICS - BAS IMECHBAS

Their core work

The Institute of Mechanics at the Bulgarian Academy of Sciences specializes in the mechanical behavior of advanced materials, with a strong concentration in graphene and 2D material composites. They develop multifunctional nanocomposites with engineered electromagnetic shielding, thermal conductivity, and structural strength — including 3D-printed architectures. Beyond materials science, they contribute expertise in micro/nano-scale robotics and miniaturized gas flow systems, bridging fundamental mechanics research with applied technologies in energy, electronics, sensors, and biomedical devices.

What they specialise in

How they've shifted over time

In their early H2020 period (2015-2018), IMECHBAS established dual tracks: graphene nanocomposite development (with emphasis on processing control, 3D printing, and electromagnetic/thermal properties) alongside micro/nano robotics and miniaturized flow systems. From 2019 onward, their focus consolidated heavily around graphene, progressing from basic research into applied domains — energy, electronics, photonics, sensors, and biomedical technologies — and advancing toward pilot-line manufacturing readiness through the Graphene Flagship. The space sector entry via FALCon suggests they are also seeking to apply their structural mechanics knowledge in aerospace.

IMECHBAS is moving from fundamental graphene research toward industrial-scale manufacturing and application-specific material solutions, making them increasingly relevant for companies seeking to integrate 2D materials into products.

How they like to work

Predominantly a participant (7 of 8 projects), they contribute specialist knowledge to large consortia rather than leading them — their one coordinated project (Graphene 3D) was a focused MSCA mobility action. With 278 unique partners across 29 countries, they have built an exceptionally broad network relative to their size, indicating they are well-connected and trusted within the European research community. Their repeat involvement in the Graphene Flagship (three consecutive core projects plus the pilot line) shows they are a valued long-term partner in large-scale collaborative programs.

An extensive network of 278 partners across 29 countries, built largely through participation in the Graphene Flagship — one of Europe's largest research initiatives. This gives them direct connections to leading graphene research groups, material manufacturers, and application developers across the continent.

What sets them apart

IMECHBAS brings a rare combination: deep mechanics expertise (structural, thermal, electromagnetic) applied specifically to graphene and 2D materials, housed within a national academy of sciences. Their sustained presence inside the Graphene Flagship — from early core research through to the pilot line — means they have tracked the full journey from lab-scale material science to manufacturing readiness. For consortium builders, they offer a cost-effective Eastern European partner with top-tier graphene expertise and an established track record in FET Flagship-scale programs.

Highlights from their portfolio

• Graphene 3D
  Their only coordinated project — focused on 3D-printed graphene nanocomposites with electromagnetic and thermal properties, the clearest expression of their core competence.
• 2D-EPL
  Participation in the Graphene Flagship Experimental Pilot Line signals their transition from research into manufacturing-readiness for 2D materials.
• MIGRATE
  Their largest single funding (EUR 346,198) and a training network on miniaturized gas flow, showing breadth beyond graphene into thermal-fluid mechanics.