Railway safety through predictive maintenance
The SIA European project, coordinated by Ceit-IK4, links prognostic information from rail wheels, pantographs and overhead lines
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Railway safety through predictive maintenance
The SIA European project, coordinated by Ceit-IK4, links prognostic information from rail wheels, pantographs and overhead lines
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A project developed at Ceit-IK4 will detect lung cancer through a simple test
The INDICATE project promises to revolutionize diagnostic systems for lung cancer
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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
A project developed at Ceit-IK4, the technology center of the University of Navarra, will detect lung cancer through a simple test, similar to the pregnancy test
The INDICATE project (IN vitro DIagnostic CAncer Test) promises to revolutionize diagnostic systems for lung cancer.
Projects
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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
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NESMONIC
Manufacturing of aircraft parts without machining.