Instituto Pedro Nunes

Instituto Pedro Nunes (IPN) is a non-profit private organization for innovation and technology transfer based in Coimbra, Portugal. It is named after the Portuguese 16th century mathematician and professor Pedro Nunes, who lived in the city of Coimbra and worked for the local university.

Founded in 1991, the Instituto Pedro Nunes is an autonomous technology transfer centre of the University of Coimbra, and the main link between the University of Coimbra and the business sector. IPN work is made through RTD in partnership with enterprises, specialized training and promotion and support to tech-based spin-offs. IPN has its own technological infrastructures – six laboratories – besides accessing a network of researchers in the scientific and technological system, particularly from the University of Coimbra, mainly through the Faculty of Sciences and Technology. It also belongs to several national and international networks, including TII, EARTO, Incubator Forum and Proton (Gate2Growth). Some examples of successful technological companies born in or otherwise linked to the IPN, include software company Critical Software, thermo-mechanical and electronics engineering company Active Space Technologies, and biotechnology company Crioestaminal.

LABGEO – Laboratory of Geotechnique: LABGEO covers the scientific areas of Geotechnique and foundations. The main services area is consulting, engineering geology and soil mechanical characterization, based on the execution of research and field and laboratory tests. LABGEO aims to contribute to a general quality improvement on the construction of Geotechnical structures, through applied research and services development in the area of Geotechnique.

LAS - Laboratory of Automation and Systems: LAS develops its activities primarily in the following fields: wearable computing and instrumentation, robotics and industrial automation, image analysis, medical instrumentation and rational use of energy and support for sustainable development.

LEC - Laboratory of Electroanalysis and Corrosion: LEC covers the areas of corrosion and of electroanalysis of trace metals or other pollutants in complex matrices, by detection in situ in real time, through continuous on-line monitoring, of inorganic or organic components of effluents or of environmental origin.

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