Led FourByThree (human-robot collaboration), A4BLUE (adaptive assembly automation), and participated in MANUWORK, AUTOWARE, and multiple manufacturing process projects.
FUNDACION TEKNIKER
Basque applied research centre specializing in advanced manufacturing, surface engineering, aerospace components, and AI-driven predictive maintenance for European industry.
Their core work
Tekniker is a Spanish applied research centre based in the Basque Country that develops advanced manufacturing technologies, surface engineering, and intelligent maintenance systems for industry. They build robotic solutions for factory floors, design smart sensor and sealing systems for aerospace and transport, and create digital twin and AI-driven predictive maintenance platforms. Their work spans from laser micro-drilling and anti-erosion coatings for aircraft to energy-efficient building management and concentrated solar power systems. They bridge the gap between laboratory research and industrial deployment, with strong capabilities in mechatronics, materials, and data-driven process optimization.
What they specialise in
Coordinated MOSAIC (modular solar configuration) and INDIGO (district cooling), participated in CAPTure, WASCOP, IN-POWER, SUSPIRE, and RESPOND across solar thermal, heat recovery, and energy-positive buildings.
Coordinated HyperDrill (laser micro-drilling for laminar flow panels) and WINNER (erosion-resistant wing coatings), participated in EIROS (smart composites), STIMULANT (superalloy machining), and multiple Clean Sky 2 projects.
Coordinated TWIN-CONTROL (machine tool simulation and control) and participated in MANTIS (cyber-physical maintenance); recent keywords show strong shift toward digital twins and AI-based monitoring.
Recent-period keywords show concentration on artificial intelligence, machine learning, and digital twins — a clear pivot from earlier mechanical/materials focus toward data-driven industrial intelligence.
Coordinated ISSELUB (sealing and sensing for lubricated elements), participated in FLEXPOL (antimicrobial nanopatterned surfaces), and EIROS (self-healing materials with nanoadditives).
How they've shifted over time
In 2014–2018, Tekniker focused heavily on physical manufacturing technologies — collaborative robotics, smart components, machine tool simulation, proactive maintenance of mechanical systems, and intelligent building energy management. From 2019 onward, their work shifted decisively toward digital twins, AI/machine learning, and data-driven approaches, while maintaining their materials and aerospace base. The transition mirrors the broader Industry 4.0 wave: Tekniker moved from building and optimizing physical systems to instrumenting them with intelligence.
Tekniker is converging its manufacturing and aerospace expertise with AI and digital twin technologies, making them a strong partner for projects that need both physical engineering depth and data-driven intelligence.
How they like to work
Tekniker balances leadership and partnership effectively — they coordinated 20 out of 60 projects (33%), showing they can drive consortia but are equally comfortable as a technical contributor. With 744 unique partners across 43 countries, they operate as a network hub rather than sticking to a closed circle of repeat collaborators. This broad reach makes them easy to integrate into new consortia, and their experience across both RIA (research) and IA (innovation) projects means they can adapt to different project ambitions.
Tekniker has built one of the denser collaboration networks among Spanish research centres, partnering with 744 distinct organizations across 43 countries. Their geographic reach spans all of Europe with particularly strong ties in Western European manufacturing and energy research ecosystems.
What sets them apart
Tekniker occupies a rare position as a research centre that combines deep materials and surface engineering expertise with advanced manufacturing automation AND growing AI/digital capabilities — most centres specialize in one of these, not all three. Their Basque Country industrial heritage gives them strong connections to real factory environments, meaning their research is consistently oriented toward deployment rather than theory. For consortium builders, they offer a versatile technical partner who can handle everything from laser processing and coating development to digital twin implementation within a single organization.
Highlights from their portfolio
- HyperDrillTheir largest single grant (EUR 1.5M) as coordinator — developing laser micro-drilling machines for aircraft laminar flow panels, combining their laser, aerospace, and precision manufacturing strengths.
- TWIN-CONTROLCoordinated project that exemplifies their pivot to digital: virtual manufacturing through machine tool simulation and model-based control, bridging their traditional manufacturing base with digital twin technology.
- MOSAICLarge coordinated project (EUR 1M+) in concentrated solar power with a distinctive modular design using spherical concentrators and parallel kinematics tracking — showing their energy engineering depth.