A robot developed by Ceit-IK4 will allow patients who have suffered a stroke to undergo rehabilitation at home
Connected to the doctor at all times, the robot facilitates the recovery of lost mobility after a stroke
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The IDEN project will bring improvements to both the conversion and the efficient distribution of power within the aircraft
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A project led by Ceit-IK4 will use drones to offer predictive maintenance to offshore wind turbines
The Watereye project will design an advanced monitoring system that will make it possible to remotely detect corrosion levels
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35 years developing TECHNICAL SOLUTIONS for companies
A private non-profit research center with over 250 employees, including 120 PhDs; we develop R&D projects
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Close to the needs of INDUSTRY
Continuous collaboration for more than a decade with top firms such as INTEL, ARCELOR MITTAL, CAF and ITP.
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From SCIENCE to the market
CEIT-IK4 has created 16 spin-offs based on technology development, employing more than 300 people. Four of them have been bought by companies on the NASDAQ, NYSE, PAR and MADX.
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EXCELLENCE in scientific activity
Over the last 5 years, there have been more than 150 PhD Thesis defended, 400 papers presented at international congresses and 350 articles published in scientific journals.
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INTERNATIONAL collaboration
Partnership with companies, research centers and
universities from more than 20 countries. Ceit-IK4 has participated
in 66 European-funded projects, 12 of which we have coordinated. -
Industrial sectors
Our areas of research
We are passionate about innovation, both in our products and our areas of research.
News & events
Ceit-IK4 undertakes two research projects in line with the Provincial Council’s circular economy strategy
The aim is to extract bioproducts that are used in the production of fertilizer as well as in the pharmaceutical and cosmetic industries from municipal waste streams
Projects
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DREAM
Beyond-5G cellular networks
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CircRural4.0
The aim is to bring resource recovery to rural areas
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Railsand
The design of a new track type and train wheels for high abrasion conditions
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NANOTUN3D
Development of the complete workflow for producing and using a novel nanomodified Ti-based alloy for additive manufacturing in special applications