UNIVERSITY OF CÁDIZ
UNIVERSITY OF CÁDIZInformative DossierVice-Rectorate for Transference and Technological InnovationUniversity of Cádiz0
Below we present information relating to the University of Cádiz research lines for its considerationon possible collaborative R&D activities.We have selected consolidated research groups with an extensive experience in R&D collaborativeprojects that have expressed interest in hosting MSCA fellows.1
THE UNIVERSITY OF CÁDIZThe University of Cádiz (UCA, www.uca.es) was founded in 1979 to promote education, research andknowledge transfer. It offers a wide range of academic programs, including first degrees, master's degrees anddoctorate studies, taught on its four campuses.The UCA brings together teachers, researchers and students from five continents, signing cooperationagreements with national and international universities, institutions and companies.The UCA forms an academic and scientific bridge between Europe, North Africa, Latin America and theformer Soviet Union, and this is reflected in its Latin American, Strait of Gibraltar and Hispanic-RussianUniversity Foundations.Moreover, the University of Cádiz is a great university with:-16 centres and 4 university campuses-44 degree programmes-45 officially recognized master's degree programs-15 doctoral programmes-Over 20.000 students-Over 1.200 teachers-Over 350 classrooms-Nearly 150 research teams and over 1.300 researchers-100 teaching laboratories and 318 research laboratories-63.771 m2 of groundsThe excellence level of our researchers and our infrastructures have made possible that the University ofCádiz coordinates and leads the Campus of International Excellence of the Sea (CEIMAR). From its originCEIMAR has been organized as an authentic system of Science, Innovation and Enterprise (See tific activities bear in mind the needs of innovation of the business network. The UCA also forms part ofthe Agrifood Campus of International Excellence (CEIA3).According to the participation of the University of Cádiz, we can summarize that in 2014 we applied 24proposals and we successfully obtained 4 projects, in 2015 we applied other 22 proposals and, at the moment,we have obtained a coordinated H2020 project and we participate in 2 other projects. This last year we alsoapplied 34 projects to different INTERREG programs.2
AREAS OF EXPERTISEMATERIALS AND MANUFACTURING ENGINEERING AND TECHNOLOGYThis research group at the UCA, under the direction of Professor Mariano Marcos Bárcena, is specialized on:Machining of strategic materials used in theaerospace industry: Light Alloys, CFRP, HybridStructures.Analysis, assessment and improvement of materialmachining processes performance: Economical,Energetic, Environmental and Functional SustainableManufacturing.Applications of Additive Manufacturing Technologies and Reverse Engineering in AdvancedDesign and Manufacturing.Quality engineering.Intelligent manufacturing systems.Analysis and improvement of aeronautical manufacturing processes.Expertise in Computer Fluid Dynamic (CFD) and Computer Aided Design (CAD), Computer AidedManufacturing (CAM) y Computer Aided Engineering (CAE).This research group has a high scientific productivity (more than 150 JCR papers) and recognizabletechnological productivity (4 national patents in the last 5 years). To the date, this group has developed a totalof 18 research projects (Regional, National and European). Some of these projects are related with AdditiveManufacturing. Members of this group are scientific advisors in the Spanish Association for Standardisationand Certification (AENOR) developing new standards for samples in additive manufacturing.Contact: mariano.marcos@uca.es, antoniojuan.gamez@uca.es3
MATERIALS AND NANOTECHNOLOGY FOR INNOVATION – INNANOMATUnder the direction of Professor Sergio I. Molina Rubio, this group is specialized on:Nano- and micro-scale characterization of materials.Nano-manufacturing of materials.Innovation in materials and products through the use ofnanotechnology.Research and development of materials for additivemanufacturing.Development of nanocomposite materials (graphene, nanoparticles, etc.) for Additive ation) for use in aerospace and other industrial sectors.This research group has a high scientific (220 JCR papers) and technological productivity (8 patents and aspin-off company). In the last 5 years they have participated in 12 research projects (Regional, National,European FPs and H2020, USA). Currently, INNANOMAT participates in the MSCA ITN PROMIS (20152018). This research group is currently developing several projects on additive manufacturing:3D printing for nanoscale manufacturing of devicesAdditive manufacturing of large ( several m3) structures3D printing for memberingDevelopment of molds for thermoforming by 3D printingDevelopment of composite polymers, resins and powders for additive manufacturingThis group has facilities for characterization (structural, mechanical, optical, electrical, magnetic, thermalproperties) and synthesis of materials for Additive Manufacturing (chemical and physical methods: morethan 20 M UCA facilities from IMEYMAT and SC-ICyT). Besides, INNANOMAT can also contributewith additional additive manufacturing technologies (plastic selective laser sintering, thermal sintering,polyjet technologies, etc.) through Andalusian technological centers.Contact: sergio.molina@uca.es, http://mse.com.es/4
CORROSION AND PROTECTION – LABCYPhttp://labcyp.com/This research group, under the direction of Professor F. Javier Botana Pedemonte, centres its research on:Additive Manufacturing of metal parts by SelectiveLaser Melting-Improving surface finishing:-Quality assurance and repeatability of theSLM ation of sintered elements.Quality control and standards using: SEM-EDS,Contact angle measurements, corrosion behaviour,microscopy, profilometry, XPS.Environmental-friendly surface treatments of aluminium alloys:-Cr-free anodizing and Cr-free conversion coatings.Laser treatment for hardening and welding of metals:-Optimization of welding and laser remelting of titanium and aluminium alloys.-Study of microstructural, mechanical and corrosion resistance.Laser surface activation of composites for bonding processes: Searching of automated treatmentsfor surface activation process previous to adhesive bonding: Composite/Composite bonding;Composite/Titanium hybrid bonding. Study of surface energy, superficial composition, interfacialfracture toughness, lap shear strength.To the date, this research group has participated in more than 100 publications and has developed a total of 25research projects. Furthermore, the members of this group hold 4 national patents.Contacts: javier.botana@uca.es, leandro.gonzalez@uca.es5
INTELLIGENT COMPUTATIONAL SYSTEMSThis research group is under the direction of Full Professor Pedro L. Galindo Riaño and focuses its mensionality reduction, etc.Digital treatment of images (filtration, segmentation,labelling, deconvolution, reconstruction, n,classification and prediction) and modelling (finiteelement method).Nanotechnology simulation of electron microscopy images and modelling of nanostructures.Design of parallel software for supercomputing systems.This research group has a high scientific productivity (59 (principal) JCR papers) and recognizabletechnological productivity (1 patent and 3 intellectual property registers in the last 5 years). To the date, thisgroup has developed a total of 13 research projects (national and international). This research group hasdeveloped a successful software for determining distortion in periodic and/or pseudoperiodic images usingPeak Pairs Analysis (PPA). This software is distributed by the Japanese company HREM Research Inc. (worldleader in software for electron microscopy) and has been acquired by companies and institutions such asSAMSUNG, TOSHIBA, U.S. Air Force, Los Alamos Labs., Max-Planck Institute, etc.Contact: pedro.galindo@uca.es6
BIOSYNTHETIC DESIGN OF FUNGICIDESThis research group is under the direction of Full Professor Isidro González Collado and focuses its researchon:BIOLOGICAL CHEMISTRYUse of bioactive molecules as molecular probes to explorebiological processBiosynthetic design of fungicides and bioactivemoleculesSynthesis of bioactive substancesDesign of KPC’s agonists: new latency of VIH viruspromoting substancesNeuronal regenerators. Design of molecules forproliferation and differentiation of stem cells. Studiesof mechanisms of action.GENETIC CHEMISTRYStudy of filamentous fungi genome using chemical tools.Functional characterization of genes and enzymes involved in the secondary metabolism ofphytopathogen fungi. EpigeneticGenetic bases of the biosynthesis of fungal toxins.Valuation of agricultural byproducts.This research group has participated in 30 publications since 2011 and has developed 7 research projects(national and international).Contact: isidro.gonzalez@uca.es7
PHYSIOLOGY AND PATHOLOGY IN AQUACULTUREThis research group is under the direction of Full Professor Jose Antonio Muñoz Cueto and focuses itsresearch on:Osmoregulation in teleostean fishes: basic andapplied aspectsInterrelation between osmoregulation and energeticmethabolism: application to growth processesStress in species of interest in aquaculture:detection and mitigationEffects of pollutants over osmoregulator systemEffects of probiotics over growth processes, resistanceto stress and stimulation of the immune systemFunctional neuroanatomy of fishesNeuroendocrine control of the reproduction in fishesEnvironmental physiology of fishesPhysiology of fish developmentBiological rhythms in fishesThis research group has a high scientific productivity, with more than 100 publications, and has participated in30 research projects (Regional, National, European FPs and H2020)Contact: munoz.cueto@uca.es, juanmiguel.mancera@uca.es8
APPLIED ROBOTICSResearchers guided by Professor Arturo Morgado Estévez work on the following research areas:Study, design and development of robotic systems.Sensing, communications and control of mobile robots.Design of reconfigurable systems.Vision, communication and manipulation in bio-inspired systems.Hardware: systems interconnection.This research group has a high technological productivity (5 national patents in the last 5 years). To thedate, this group has developed more than 5 research projects (European and National) in the last 5 years.Contact: arturo.morgado@uca.esTECHNICAL SERVICES AND SCIENTIFIC INFRAESTRUCTURESThe excellence of our scientific research groups are supported by referent facilities in several fields with aninversion of more than 25 M . Prominent among these are the Institute of Electron Microscopy andMaterials (IMEYMAT), with the reference of the FEI Titan Cubed Themis 60-300 kV, the only of itscharacteristics in Spain and the third in Europe, the Additive Manufacturing Laboratory with instrumentsfor developing new materials, characterization and developing of standardization and supercomputingfacilities, with a capacity of 20 TFlops.INSTITUTE OF ELECTRON MICROSCOPY AND MATERIALS – IMEYMAThttp://imeymat.uca.es/en/This institute is an UCA initiative, considered a center of excellence joining and sharing resources, to promoteand support interdisciplinary studies in materials science and engineering. With this institute, University ofCádiz is recognized as a referent institution in Electron Microscopy by its instrumental facilities, thecapabilities of its researchers, their expertise in results interpretation, and the network contacts with worldleading groups working in such family of techniques. This singularity is considered as the distinctive featureof IMEYMAT. Electron microscopy facilities in the Institute:9
3 Scanning electron microscopes: Jeol JSM-6701F CL, FEI Quanta, FEI NanoSEM 450.1 focused ion beam (dual-beam FEI QUANTA 3D FIB);5 Transmission electron microscopes: Jeol 1200EX, Jeol 2011, Jeol 2100, Jeol 2010F and the flagshipof the Institute, the Double-aberration-corrected FEI Titan Cubed Themis 60-300 kV.FEI TITAN3 THEMIS 60-3010
ADDITIVE MANUFACTURING LABORATORY (3D PRINTING)We develop and use materials for additive manufacturing and offer services of rapid prototyping, productmanufacturing and support for the design and development of products. The Division of AdditiveManufacturing has the following 3D printing equipments:Fortus 450 mc (FDM Production)FORTUS 450 mcProjet 4500 (Ink and binder injection of polymerpowders)Projet 1200 (Digital Light Processing of resins)MCOR (Additive manufacturing with cellulose)Laser additive manufacturing: EOS M290 (400-wattYb-fiber laser, operates in protective nitrogen or argonatmosphere), operating with maraging steel, cobaltchrome, stainless steel, titanium, aluminium andnickel alloy.Z-Corp 3D printerMoreover, this Division has other equipments to contribute to Additive Manufacturing:Nano-scale ball and cryogenic milling facilitiesPlastic injection moldingThermal and electrical conductivimetersSpin-, dip- and spray-coatersHDI Advance 3D scanner from LMI TechnologiesGeomagic design and inverse engineering softwareCAD DesignOTHER TECHNICAL SERVICES AND SCIENTIFIC INFRASTRUCTURESBelow we present a description of main technical services that can be check boratorios/ es/11
Supercomputing facilities: A cluster computer architecture, comprising 48 nodes, with a total computingcores reach 768 units, more than 6Tb of main memory, which makes available a peak of 20 TFlops and astorage capacity of 60 Tb. Surface Metrology: dealing mainly with machining and conformation of materials (moulding, cutting),surface treatments (chemical attacks, polishing, abrasion), coatings and layers (paintings, film deposition,passivation layers), surface texture (textiles, hydrophobic surfaces), surface degradation (corrosion),quality control of machining tools , as well as experimental CAD data of devices (LEDs, encapsulations),with resolutions of the order of 1 nm. Surface Characterisation of Materials by Use of Electronic Microscopy: Structural, physical andchemical characterisation of biological, organic and inorganic materials on a microscopic scale, focusingon the analysis, quality control, and basic and applied research. Preparation of TEM and SEM samples,Analysis using electronic microscopy techniques, Interpretation of the results. Tests, Studies and Selection of Materials for Industry: Technological tests for materials normalized byISO or ASTM. Fractographical studies to characterized fractures and their causes. Industrial Metrology Centre (Dimensional Area andMechanics): Implementation of measuring, calibrationand certification activities, in different magnitudes ofdimensional and geometric measurements and surfacefinishes. Traceable calibration and certification inMechanical Metrology: Mass (scales); Force and Torque(momentum); Pressure and Vacuum. Advice on thedesign, introduction and auditing of ManagementSystems in Test and Calibration laboratories, inaccordance with UNE-EN ISO/IEC 17025 (with ENAC accreditation requirements) and UNE-EN ISO9001. Analysis, design, introduction and maintenance of integrated metrology and calibrationmanagement systems, in accordance with regulation UNE-EN ISO 10012:2003 and UNE-66180:2008.12
Other scientific infrastructures and equipment:X-Rays: Bruker S4 Pioneer X-ray fluorescence spectrometer; Bruker Smart Apex CCDdiffractometer; Bruker D8Advance powder diffractometer.Laser equipments:oUV Laser: Nd: YVO4 pulsed Trumark 6350. Wavelength 355 nm. Power: 5 W.oIR Laser: ytterbium-doped fibber pulsed Rofin Easymark F20.Wavelength 1064 nm.Power: 20 W.oHigh power diode laser: ROFIN-SINAR DL028S. Wavelength 940-808 nm. Power: 2800W.Electrochemical testing: AUTOLAB Potenciostat/galvanostat. Model 302N with FRA unit 32Mfor impedance measurements. Capacity ( 10V y 2A), Model 204 with FRA unit 32M forimpedance measurements. Capacity ( 10V y 400 mA).Surface treatment line at laboratory scale for chemical and electrochemical processes of metals.10 tanks of 10 L each.Atmospheric corrosion stations, built according to UNE-EN ISO 2810. Degradation studies innatural environments of bare and coated (painted, anodized) metals.13
CONTACT DETAILSMaterials and Manufacturing Engineering andTechnologyDr. Mariano MarcosPermanent ProfessorSchool of EngineeringPhone: 0034 956 483415E-mail: mariano.marcos@uca.esIntelligent Computational SystemsDr. Pedro L. Galindo RiañoPermanent ProfessorSchool of EngineeringPhone 0034 956 016434E-mail: pedro.galindo@uca.esMaterials and Nanotechnology for InnovationDr. Sergio Molina RubioPermanent ProfessorFaculty of SciencesPhone: 0034 956 012736E-mail: sergio.molina@uca.esApplied RoboticsDr. Arturo Morgado EstévezPermanent PrfoessorSchool of EngineeringPhone: 0034 956 015698E-mail: arturo.morgado@uca.esCorrosion and ProtectionDr. Leandro González RoviraProject ManagerSchool of EngineeringPhone: 0034 956 016762E-mail: leandro.gonzalez@uca.esPhysiology and pathology in aquacultureDr. Jose Antonio Muñoz CuetoFull ProfessorFaculty of Environmental and Marine SciencesPhone: 0034 956 016023E-mail: munoz.cueto@uca.esBiosynthetic design of fungicidesDr. Isidro González ColladoFull ProfessorFaculty of SciencesPhone: 0034 956 012738E-mail: isidro.gonzalez@uca.esUCA Contacts Point:Dr. Jesus Medina MorenoInternational Project ManagerPhone: 0034 956 015163E-mail: director.proyectos@uca.esWeb: www.empresas.uca.es/enMr. Juan José PantojaInternational Project OfficerPhone: 0034 956 015483E-mail: proyectos.europeos@uca.esWeb: www.empresas.uca.es/enMs. Marta Abelleira ÁlvarezInternational Project ManagerPhone: 0034 956 015292E-mail: proyectos.europeos@uca.esWeb: www.empresas.uca.es/en14
The University of Cádiz (UCA, www.uca.es ) was founded in 1979 to promote education, research and . Under the direction of Professor Sergio I. Molina Rubio, this group is specialized on: This research group has a high scientific (220 JCR papers) and technological productivity (8 patents and a
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