SciTransfer
Organization

TECHNICKA UNIVERZITA V KOSICIACH

Slovak technical university bridging smart manufacturing, AI, and robotics across 15 H2020 projects with 257 partners in 33 countries.

University research groupmultidisciplinarySK
H2020 projects
15
As coordinator
1
Total EC funding
€3.2M
Unique partners
257
What they do

Their core work

Technical University of Kosice is a major Slovak technical university with strong applied research in smart manufacturing, industrial automation, and digital technologies for industry. They bring expertise in cyber-physical systems, Industry 4.0 solutions for SMEs, robotics, and AI platforms — translating academic research into tools that help manufacturers, logistics operators, and public infrastructure managers digitize their operations. They also contribute to environmental research (mineral processing, climate resilience) and social robotics for healthcare, making them a versatile engineering partner across multiple domains.

Core expertise

What they specialise in

3 projects

Core contributor to SME 4.0 (cyber-physical systems for SMEs), MONSOON (model-based process optimization), and MIDIH (manufacturing digital innovation hubs).

Robotics and AI systemsprimary
3 projects

Active in AI4EU (European AI platform), RIMA (robotics for infrastructure inspection), and LIFEBOTS Exchange (social robots for home care).

Resource processing and environmental engineeringsecondary
3 projects

Participated in CHROMIC (hydrometallurgical metal recovery), MIREU (mining regions), and SCORE (climate resilience in coastal cities).

Extrusion and materials processing machinerysecondary
1 project

NEWEX project focused specifically on developing a new generation of extruders with rotational barrel and active grooved feed section.

Social robotics for health and careemerging
2 projects

LIFEBOTS Exchange (social robots, dialogue management, socially-aware navigation) and PICASO (integrated care for patients).

Evolution & trajectory

How they've shifted over time

Early focus
Smart manufacturing and industrial optimization
Recent focus
AI, robotics, and digital ecosystems

In the early period (2016–2018), TUKE focused heavily on industrial process optimization, smart manufacturing for SMEs, mineral processing, and mechanical engineering (extrusion machinery). Their work was grounded in physical systems — factories, materials, logistics. From 2019 onward, a clear shift toward AI, robotics, and digital platforms emerged: they joined the European AI On Demand Platform (AI4EU), robotics for infrastructure inspection (RIMA), and social robotics for healthcare (LIFEBOTS). Most recently (2021+), they expanded into university alliance building (COMPASS/Ulysseus) and climate resilience digital twins (SCORE), signaling a broadening toward societal challenges.

TUKE is transitioning from a traditional manufacturing-focused engineering university toward an AI and robotics hub with growing involvement in digital platforms and societal applications — expect future projects at the intersection of AI and physical infrastructure.

Collaboration profile

How they like to work

Role: active_partnerReach: European33 countries collaborated

TUKE operates almost exclusively as a consortium partner (14 of 15 projects), with only one coordination role (WIRE2017, a smaller CSA event). They work in mid-to-large consortia, having collaborated with 257 unique partners across 33 countries — a remarkably wide network for a university of this size. This pattern suggests a reliable, low-overhead partner that integrates well into diverse teams without needing to lead, making them easy to slot into new proposals.

With 257 unique consortium partners spanning 33 countries, TUKE has one of the broadest collaboration networks among Slovak universities. Their reach is pan-European with no strong geographic clustering, reflecting their versatility as a partner across Western, Central, and Southern European consortia.

Why partner with them

What sets them apart

TUKE is one of the few Central European technical universities that bridges traditional manufacturing engineering with modern AI and robotics — they understand both the factory floor and the digital layer above it. Their location in eastern Slovakia gives them access to lower-cost but highly skilled engineering talent, which is attractive for consortia seeking strong technical contributions at competitive costs. Their 33-country network and willingness to join diverse projects makes them an unusually flexible partner for a university of their size.

Notable projects

Highlights from their portfolio

  • MONSOON
    Largest single EC contribution (EUR 472,875) — model-based optimization for data-intensive industrial processes, showcasing their core manufacturing expertise.
  • SME 4.0
    Five-year MSCA-RISE project on Industry 4.0 for SMEs — their longest project and most keyword-rich, reflecting a deep commitment to smart manufacturing research.
  • RIMA
    Robotics for infrastructure inspection — marks their pivot toward AI/robotics applications with significant funding (EUR 233,080) and real-world maintenance use cases.
Cross-sector capabilities
manufacturingdigitalhealthenvironment
Analysis note: 15 projects provide a solid basis for profiling. Some early projects (PICASO, PLUGGY, LessThanWagonLoad) lack keyword data, so early-period analysis relies partly on project titles and descriptions. The breadth of sectors (manufacturing, digital, health, environment, transport) suggests multiple departments are active in H2020, so specific collaboration capabilities may vary by faculty.