The document provides information about the Universitat Politècnica de València (UPV) including its research and development (R&D) activities. It states that UPV has 3 campuses, 13 centres, and over 30 undergraduate/master's degrees and PhD programs. It reports UPV's 2013 R&D+I contracts and grants totaled €43.2 million. The document outlines UPV's 8 R&D activity lines and lists several of its research centers and institutes that conduct work in fields like information and communications technologies, nanotechnologies, and more.
Opportunities For Cooperation In National And InternationalOriol Miralbell
Presentation at the Workshop “ICT and innovation in the management of tourist companies and
destinations”
Wednesday 25 March 2009
University School of Tourism and Leisure, Vila-seca
Anton Habjanič: IP policy model at the University of MariborCUBCCE Conference
As the global knowledge economy grows each year, the importance of intellectual property (IP) policy also grows for non-profit organizations such as universities. Pretty much every organization has an IP portfolio of some kind and value, whether or not the organization realizes it as such. As a result, almost every organization needs an IP policy model, even if it’s a simple one.
This presentation is intended to help the universities and other research organizations to set IP policy model to optimise the benefits from the intellectual assets created by their staff and students. The presented model, which was adopted at the University of Maribor, does not provide an IP policy that can be applied across all organizations as there is no “one size fits all” approach to IP management. But, it identifies the key features that need to be considered in order to build a strategic framework for the managing of IP, as for example the issues of ownership, protection and sharing of the economic benefits arising from the commercial exploitation of IP created by researchers in the course of their duties or activities at the university.
Presentation by António J. Pontes for Digital PortugalBDI
Präsentation von António J. Pontes (Programme Director for IC-HMI Partnership, Universidade do Minho) bei der Veranstaltung Digital Portugal vom BDI und der portugiesischen Botschaft.
Adrián Pekár: Innovation of Research, Development and Entrepreneurship at Uni...CUBCCE Conference
International experience proves that the existence of science and technology parks brings obvious benefits – they form a platform which brings together education, research and innovation. In response to the current trends, the University Centre for Innovation, Technology Transfer and Intellectual Property Protection (UCITT) of the Technical University of Košice (TUKE) was founded, which is aimed at the creation of a virtual environment at university level that will permanently support research and development in terms of cooperation between scientists and practice, and to ensure efficient transfer of knowledge, products and technologies into society and economy. The presentation is focused on the introduction of the UCITT as well as on its services such as supporting innovations, cooperation with commercial sphere, innovative project activities, start-ups and spin-off companies. Further on, several activities of the UCITT will be also presented by which it creates and supports structures helping to implement innovative solutions and approaches.
Discover ParisTech, a consortium of 10 Graduate Schools of Engineering & Science, which are among the most prestigious "Grandes Ecoles" in France. More information about the admission process to complete a Master’s degree in Science and Engineering (Diplôme d’ingénieur) or a PhD in Paris.
Opportunities For Cooperation In National And InternationalOriol Miralbell
Presentation at the Workshop “ICT and innovation in the management of tourist companies and
destinations”
Wednesday 25 March 2009
University School of Tourism and Leisure, Vila-seca
Anton Habjanič: IP policy model at the University of MariborCUBCCE Conference
As the global knowledge economy grows each year, the importance of intellectual property (IP) policy also grows for non-profit organizations such as universities. Pretty much every organization has an IP portfolio of some kind and value, whether or not the organization realizes it as such. As a result, almost every organization needs an IP policy model, even if it’s a simple one.
This presentation is intended to help the universities and other research organizations to set IP policy model to optimise the benefits from the intellectual assets created by their staff and students. The presented model, which was adopted at the University of Maribor, does not provide an IP policy that can be applied across all organizations as there is no “one size fits all” approach to IP management. But, it identifies the key features that need to be considered in order to build a strategic framework for the managing of IP, as for example the issues of ownership, protection and sharing of the economic benefits arising from the commercial exploitation of IP created by researchers in the course of their duties or activities at the university.
Presentation by António J. Pontes for Digital PortugalBDI
Präsentation von António J. Pontes (Programme Director for IC-HMI Partnership, Universidade do Minho) bei der Veranstaltung Digital Portugal vom BDI und der portugiesischen Botschaft.
Adrián Pekár: Innovation of Research, Development and Entrepreneurship at Uni...CUBCCE Conference
International experience proves that the existence of science and technology parks brings obvious benefits – they form a platform which brings together education, research and innovation. In response to the current trends, the University Centre for Innovation, Technology Transfer and Intellectual Property Protection (UCITT) of the Technical University of Košice (TUKE) was founded, which is aimed at the creation of a virtual environment at university level that will permanently support research and development in terms of cooperation between scientists and practice, and to ensure efficient transfer of knowledge, products and technologies into society and economy. The presentation is focused on the introduction of the UCITT as well as on its services such as supporting innovations, cooperation with commercial sphere, innovative project activities, start-ups and spin-off companies. Further on, several activities of the UCITT will be also presented by which it creates and supports structures helping to implement innovative solutions and approaches.
Discover ParisTech, a consortium of 10 Graduate Schools of Engineering & Science, which are among the most prestigious "Grandes Ecoles" in France. More information about the admission process to complete a Master’s degree in Science and Engineering (Diplôme d’ingénieur) or a PhD in Paris.
Lubomir Dimitrov: Good Practices in the cooperation of the university and bus...CUBCCE Conference
As the largest educational institution in technical area, the Technical University of Sofia has good experience in university and business cooperation both on national and international levels. TU-Sofia has the potential of an active cooperation with business: it has 13 faculties and 6 research laboratories at which more than 1200 professionals (professors, lecturers, and research staff) work in fields more or less related to business activities and needs. In the paper proposed, some of the collaborative international and national projects of our university will be presented. These projects include: proposals submitted to Horizon 2020 and experience in FP7; works done within the structural fund on the regional and international levels, Erasmus+ projects and experience within TEMPUS projects. Also, the paper discusses Bulgarian national higher education rating system which encourages relation and collaboration between business organizations and educational institutions. Further, the paper proposes new initiatives for university and business cooperation in Central Europe.
Ilmars Viksne: Innovation and Technology Transfer as the Third Pillar of Mod...CUBCCE Conference
RTU has been purposefully developing to become the 3rd generation university that provides high quality education, ensures excellence in research and carries out innovation and technology transfer. The sustainable innovation and commercialization is a new objective declared in RTU strategy for 2014-2020. The university needs implementation of new support structures and tools to facilitate relationships between research groups and the outside environment. There are several internal structural units (“Department of Business and Innovation”, “Innovation and Technology Transfer Centre”, “Design Factory”, “Career Centre”) and a network of external institutions where RTU is co-founder and active participant, for example: “Latvia Technology Park”, “Green Technology Incubator” and other.
RTU provides the mandatory course “Product Development and Design” (6-9ECTS) and internships for all undergraduate students implementing the concept “Learning by Doing” and helping in setting up their future business and acquiring investments.
The internal units ensure a one-stop agency for industrial partners and provide support to RTU’s researchers to: identify and assess potentially interesting research results; identify suitable commercialization methods and industrial partners; patent and research results; create prototypes; negotiate with companies and prepare contracts; create spin-off companies. They consult on business, design and engineering issues and carries out different activities stimulating researchers to interact with external players.
The external institutions promote market-oriented objectives of the university research and engage the university in strategic partnerships with stakeholders form business, national and regional authorities, other universities and research centres.
The presentation explore functioning and interaction of main players of commercialization process, shows the latest RTU achievements.
La presentazione di Franco Cima, Ambasciatore Epale e consigliere della città di Bologna al Cultural Exchange con la delegazione israeliana del 21 gennaio a Firenze
Neven Vrček: Internship programme and students’ entrepreneurship as a hub be...CUBCCE Conference
University of Zagreb, Faculty of Organization (FOI) and Informatics launched an internship programme for students. The programme was very positively accepted by the business community. In short time we signed agreement with more than 350 companies indicating their willingness to accept students for internships. The experiences are very positive. One third of students remain employed by the companies after finishing internship. Additional befit of the programme is closer relationship with involved companies and exploration of new ways of cooperation on various projects. Recently Faculty launched startup@foi.hr programme. The idea is that all costs related to establishment and first year of operations, including location, is funded by Faculty. This form of pre-incubation attracted great attention across student community. It is interesting to notice that some of the companies accepted to cosponsor this programme in order to be close to innovative ideas. Such activities made FOI a strong regional hub for IT industry and meeting point for various projects.
Vilmos Beskid: University and business: a win-win gameCUBCCE Conference
Ericsson has the largest ICT R&D Center in Hungary, this intellectual center is active in the area of telecommunication and information technology research, software development, impacting the Hungarian ecosystem. The company committed to innovation and continuous learning and development, having more than 20 years of university cooperation and four active university labs.
Here we present some best practices, giving an insight to what we are doing and the aim why we are doing this, emphasizing why it is good for the company, for the universities and for the ecosystem.
Krzysztof Krzysztofiak: Krakow Technology Park innovation support system: fr...CUBCCE Conference
The presentation will present KTP complex system of innovation and business support that creatively adapted many recognized tools and methodologies, from special economic zone which was the first area of our activity, via technology park and incubation to living lab and other user-driven innovation concepts. The background is drawn by the evolution of regional innovation policy strategies and socioeconomic changes in Poland as Malopolska (Krakow) region.
Performance Evaluation and Quality Assessment by Stefan Pletschacher, University of Salford. Presentation given at the Europeana Newspapers Information Day, held at the British Library on 9 June 2014.
Kęstutis Jasiūnas: Complex cooperation and Tower of BabelCUBCCE Conference
Main problems in communication between science, business and education are talking in different languages or having a different aspirations. Some examples from personal experience in facing this and solutions to avoid will be presented.
EXPECT MORE project wants to foster the crucial mutual exchange of practices and good practice approaches on three core levels which are all focusing on:
1. enhancing equal and broad access to training and qualifications in C-VET;
2. supporting work-based learning;
3. developing the necessary transversal and social competences of refugees from different cultural and societal backgrounds for integration into the European labour markets and societies.
Jornada informativa organizada el 14 de noviembre de 2017 sobre las convocatorias ITN dentro del programa MSCA de Horizonte 2020. El evento, celebrado en la Universidad de Málaga (UMA), fue organizado por la Agencia Andaluza del Conocimiento en colaboración con la Oficina Europea del MINEICO y la UMA.
The inLab FIB participate in the Brokerage Event MWC2014 explaining and showing technological capabilities and research companies and participating institutions. This is our presentation.
Department of Information and Communication Technologies. Univ. Pompeu Fabra,...Aurelio Ruiz Garcia
Slides introducing the Department of Information and Communication Technologies at Universitat Pompeu Fabra (DTIC-UPF) in Barcelona.
The activity of DTIC-UPF lies in the broad range of fields created around the convergence of ICT with biomedical and cognitive sciences, computation and networks.
The DTIC-UPF has since its beginnings emphasized scientific excellence and internationalization as core aspects of its activities.
Its community is composed by over 300 people from 58 nationalities. DTIC-UPF is the leading university department in Spain in participating in EU programmes (65 projects in FP7, including 9 prestigious ERC grants).
DTIC delivers both undergraduate and master training in its areas of interest of research (including brain and cognition, cognitive systems and interactive media, intelligent interactive sytems, music and sound computing, computer vision and an upcoming program in wireless communications) and professional activity (digital arts, animation, videogame creation, ICT strategic management, data visualisation, etc),
DTIC-UPF holds agreements with both leading international companies (including Yamaha, General Electric, Siemens, Philips, Telefónica, etc) and a rich ecosystem of local and international SMEs.
DTIC-UPF is also very active in its engagement with society in general, and students in particular, leading and participating regular activities in artistic centres, museums, schools and NGOs.
For more information please visit http://www.upf.edu/dtic/en/
Lubomir Dimitrov: Good Practices in the cooperation of the university and bus...CUBCCE Conference
As the largest educational institution in technical area, the Technical University of Sofia has good experience in university and business cooperation both on national and international levels. TU-Sofia has the potential of an active cooperation with business: it has 13 faculties and 6 research laboratories at which more than 1200 professionals (professors, lecturers, and research staff) work in fields more or less related to business activities and needs. In the paper proposed, some of the collaborative international and national projects of our university will be presented. These projects include: proposals submitted to Horizon 2020 and experience in FP7; works done within the structural fund on the regional and international levels, Erasmus+ projects and experience within TEMPUS projects. Also, the paper discusses Bulgarian national higher education rating system which encourages relation and collaboration between business organizations and educational institutions. Further, the paper proposes new initiatives for university and business cooperation in Central Europe.
Ilmars Viksne: Innovation and Technology Transfer as the Third Pillar of Mod...CUBCCE Conference
RTU has been purposefully developing to become the 3rd generation university that provides high quality education, ensures excellence in research and carries out innovation and technology transfer. The sustainable innovation and commercialization is a new objective declared in RTU strategy for 2014-2020. The university needs implementation of new support structures and tools to facilitate relationships between research groups and the outside environment. There are several internal structural units (“Department of Business and Innovation”, “Innovation and Technology Transfer Centre”, “Design Factory”, “Career Centre”) and a network of external institutions where RTU is co-founder and active participant, for example: “Latvia Technology Park”, “Green Technology Incubator” and other.
RTU provides the mandatory course “Product Development and Design” (6-9ECTS) and internships for all undergraduate students implementing the concept “Learning by Doing” and helping in setting up their future business and acquiring investments.
The internal units ensure a one-stop agency for industrial partners and provide support to RTU’s researchers to: identify and assess potentially interesting research results; identify suitable commercialization methods and industrial partners; patent and research results; create prototypes; negotiate with companies and prepare contracts; create spin-off companies. They consult on business, design and engineering issues and carries out different activities stimulating researchers to interact with external players.
The external institutions promote market-oriented objectives of the university research and engage the university in strategic partnerships with stakeholders form business, national and regional authorities, other universities and research centres.
The presentation explore functioning and interaction of main players of commercialization process, shows the latest RTU achievements.
La presentazione di Franco Cima, Ambasciatore Epale e consigliere della città di Bologna al Cultural Exchange con la delegazione israeliana del 21 gennaio a Firenze
Neven Vrček: Internship programme and students’ entrepreneurship as a hub be...CUBCCE Conference
University of Zagreb, Faculty of Organization (FOI) and Informatics launched an internship programme for students. The programme was very positively accepted by the business community. In short time we signed agreement with more than 350 companies indicating their willingness to accept students for internships. The experiences are very positive. One third of students remain employed by the companies after finishing internship. Additional befit of the programme is closer relationship with involved companies and exploration of new ways of cooperation on various projects. Recently Faculty launched startup@foi.hr programme. The idea is that all costs related to establishment and first year of operations, including location, is funded by Faculty. This form of pre-incubation attracted great attention across student community. It is interesting to notice that some of the companies accepted to cosponsor this programme in order to be close to innovative ideas. Such activities made FOI a strong regional hub for IT industry and meeting point for various projects.
Vilmos Beskid: University and business: a win-win gameCUBCCE Conference
Ericsson has the largest ICT R&D Center in Hungary, this intellectual center is active in the area of telecommunication and information technology research, software development, impacting the Hungarian ecosystem. The company committed to innovation and continuous learning and development, having more than 20 years of university cooperation and four active university labs.
Here we present some best practices, giving an insight to what we are doing and the aim why we are doing this, emphasizing why it is good for the company, for the universities and for the ecosystem.
Krzysztof Krzysztofiak: Krakow Technology Park innovation support system: fr...CUBCCE Conference
The presentation will present KTP complex system of innovation and business support that creatively adapted many recognized tools and methodologies, from special economic zone which was the first area of our activity, via technology park and incubation to living lab and other user-driven innovation concepts. The background is drawn by the evolution of regional innovation policy strategies and socioeconomic changes in Poland as Malopolska (Krakow) region.
Performance Evaluation and Quality Assessment by Stefan Pletschacher, University of Salford. Presentation given at the Europeana Newspapers Information Day, held at the British Library on 9 June 2014.
Kęstutis Jasiūnas: Complex cooperation and Tower of BabelCUBCCE Conference
Main problems in communication between science, business and education are talking in different languages or having a different aspirations. Some examples from personal experience in facing this and solutions to avoid will be presented.
EXPECT MORE project wants to foster the crucial mutual exchange of practices and good practice approaches on three core levels which are all focusing on:
1. enhancing equal and broad access to training and qualifications in C-VET;
2. supporting work-based learning;
3. developing the necessary transversal and social competences of refugees from different cultural and societal backgrounds for integration into the European labour markets and societies.
Jornada informativa organizada el 14 de noviembre de 2017 sobre las convocatorias ITN dentro del programa MSCA de Horizonte 2020. El evento, celebrado en la Universidad de Málaga (UMA), fue organizado por la Agencia Andaluza del Conocimiento en colaboración con la Oficina Europea del MINEICO y la UMA.
The inLab FIB participate in the Brokerage Event MWC2014 explaining and showing technological capabilities and research companies and participating institutions. This is our presentation.
Department of Information and Communication Technologies. Univ. Pompeu Fabra,...Aurelio Ruiz Garcia
Slides introducing the Department of Information and Communication Technologies at Universitat Pompeu Fabra (DTIC-UPF) in Barcelona.
The activity of DTIC-UPF lies in the broad range of fields created around the convergence of ICT with biomedical and cognitive sciences, computation and networks.
The DTIC-UPF has since its beginnings emphasized scientific excellence and internationalization as core aspects of its activities.
Its community is composed by over 300 people from 58 nationalities. DTIC-UPF is the leading university department in Spain in participating in EU programmes (65 projects in FP7, including 9 prestigious ERC grants).
DTIC delivers both undergraduate and master training in its areas of interest of research (including brain and cognition, cognitive systems and interactive media, intelligent interactive sytems, music and sound computing, computer vision and an upcoming program in wireless communications) and professional activity (digital arts, animation, videogame creation, ICT strategic management, data visualisation, etc),
DTIC-UPF holds agreements with both leading international companies (including Yamaha, General Electric, Siemens, Philips, Telefónica, etc) and a rich ecosystem of local and international SMEs.
DTIC-UPF is also very active in its engagement with society in general, and students in particular, leading and participating regular activities in artistic centres, museums, schools and NGOs.
For more information please visit http://www.upf.edu/dtic/en/
Graduate Engineering School for Information & Communication TechnologiesTélécom Paris
Telecom ParisTech, top Graduate Engineering School for
Information & Communication Technologies :
Communication & Electronics, Computer Science & Networking, Signal and Image processing
Economics, Management & Social Sciences
DIGITAL INNOVATION HUBS IN PRACTICE: How to share best practices and further ...I4MS_eu
Moderator: Maurits Butter, TNO, NL
Speakers:
VTT: Riikka Virkkunen, FI
IJS: Ales Ude, SI
AFIL, Marzia Morgantini, IT
CIDIHub, Jorge Galván, ES
ManuHubWG, Stavropoulos Panagiotis, EL
IS4PROD, John Cosgrove, IR
Health and Wellbeing Living Lab Symposium PresentationsVITALISEProject
The Health and Wellbeing Living Lab Symposium is dedicated to showcasing the outcomes of the VITALISE project, which focuses on harmonizing Living Lab services and procedures while recognizing Living Labs as integral Research Infrastructures. Over the past three years, a collaborative effort among Living Labs in Health has actively demonstrated the significance of Living Labs as Research Infrastructures, effectively representing the global Living Lab community. The work undertaken in VITALISE aligns with the overarching vision of Living Labs developed over the last 15 years, manifesting in project results that advance the recognition and quality of harmonized Living Labs.
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 101007990 The symposium's primary objective is to engage in collective reflection with the European Commission and relevant stakeholders and beneficiaries of Research Infrastructures. The aim is to discuss and plan the next steps toward a new era where Research Infrastructures are open and actively involve communities as powerful tools for co-research.
The Department of Information and Communication Technologies at Universitat Pompeu Fabra (DTIC-UPF) was created in 1999 to offer such a multidisciplinary environment. with the vision to become a leading European university department generating frontier research and advanced training at the crossroads created by the close interaction of excellent research in four key areas, namely computing, networking, cognitive sciences and biomedical sciences.
In terms of research, DTIC-UPF is the absolute leader in Spain in EU projects, including 9 prestigious ERC grants.
DTIC-UPF offers a comprehensive portfolio of 1-year research MSc’s in English, fully exploiting synergies among research lines:
- Cognitive Systems and Interactive Media (since 2007-08) offers an in-depth understanding of the design, construction and deployment of advanced autonomous artifacts, grounded in our understanding of biological, psychological and technological principles, by combining the lines in Synthetic Perceptive, Emotive and Cognitive Systems; Cognitive Media Technologies; Musical and Advanced Interaction; Interactive Technologies.
- Sound and Music Computing (since 2008-09) pushes this interdisciplinary field by combining basic engineering strengths in Signal Processing, Machine Learning and HCI with methodologies from other fields such as advanced interface design or cognitive science and psychology, reflecting the impact of ICT technologies in the music industry and research.
- Intelligent Interactive Systems (since 2012-13) trains in the design, analysis, and development of agents and robots that interact intelligently with humans and other agents; agents that can perceive, plan, act, learn, and communicate, by combining DTIC-UPF lines on Artificial Intelligence, Robotics, Machine Learning, Natural Language Interaction and Big Data, with electives including distributed systems and wireless networks.
The offer is being completed with MSc’s in Computer Vision (coordinated by UAB, started in 2013-14), Brain and Cognition (started in 2014-15) and Wireless Communications (jointly with UPC, starting in 2015-16).
Professional MSc are offered throught the UPF - Barcelona School of Management, including Animation, Creation of videogames, digital arts, ICT management and sonology.
Its international PhD program in ICT’s, unique in Spain in terms of its content, aims to provide a bridge between several disciplines,and has serves as a succesful program to boost the careers of alumni in research and industrial environment, including the creation of several start-ups.
Recent awards to PhD alumni include: the Cisco Security Grand Challenge 2014, Best Young European Researcher Award (Euroscience) 2013, MIT Technology Review Innovators under 35 for Spain 2014, the Vodafone Mobile for Good Awards 2013, The National Commendation for Invention - Japan Institute of Invention and Innovation 2013, BBVA Innova Challenge 2013 International Competition on Big Da
The DTIC hosts faculty and researchers in the field of Information and Communication Technologies, which groups the disciplines of Telecommunications and Computer Science. Through UPF's Polytechnic School (ESUP), the DTIC supports degrees in Telematics Engineering, Audiovisual Systems Engineering and Computer Science. At the postgraduate level, the DTIC offers several master's degrees and a full Ph.D. program. Some of these master programs are offered in cooperation with other UPF departments and research institutions.
The DTIC's research activities are organized around 15 groups pursuing a wide range of topics that include networking, wireless communications, multimedia, image and music processing, medical imaging, interactive technologies, artificial intelligence, data mining, and computational neuroscience, among others. The department participates extensively in National and European research programmes, and has active cooperation agreements with other prominent universities and corporations.
The DTIC is sited in UPF's Communication Campus, which was opened in 2009 and is located within the vibrant 22@ technological district of Barcelona. The campus features modern facilities for both research and teaching, in close proximity to other research institutions, industry, technology start-up clusters, and government agencies.
Il mercato unico digitale offre interessanti opportunità per le imprese e per i territori. Le strategie regionali possono supportare attivamente la transizione verso il nuovo paradigma tracciato da Industria 4.0., promuovere gli investimenti e contribuire alla creazione di un eco-sistema favorevole all'innovazione e allo sviluppo. Commissione Europea e regioni europee offrono un quadro sulle opportunità e sulle principali esperienze.
Alrededor de 30 millones de colchones llegan al final de su vida cada año en la Unión Europea y gran parte de ellos acaban en vertedero o son incinerados.
Este tipo de residuo genera problemas muy importantes en vertederos, ya que ocupa un volumen muy elevado, genera inestabilidades en el vaso de vertido y aumenta el riesgo de incendios por recalentamiento del material férrico que contienen o por combustión espontánea de determinados materiales como el látex.
Esto supone un verdadero problema medioambiental y la búsqueda de una solución para el reciclado de estos colchones es clave para poder alcanzar los objetivos de reciclado para 2030.
En respuesta a esta necesidad, nace el proyecto ORACLE, en el que se están desarrollando núcleos de espuma de alto valor añadido a partir de colchones fuera de uso (CFU) para su reutilización en los sectores de la construcción y el descanso.
El uso de núcleos de poliuretano (PUR) reciclado proveniente de colchones representa una gran oportunidad para el impulso de una construcción sostenible, ya que permite mejorar aspectos tan importantes como el aislamiento y el confort acústico o la durabilidad en el reves-timiento de paredes y suelos.
Como resultado del proyecto ORACLE, el material reciclado de colchones se podrá reintroducir en el propio sector del descanso. De este modo, un residuo generado en las ciudades se convierte en materia prima en la edificación de esas mismas ciudades, creando sinergias entre los sectores del descanso y la construcción y promoviendo la economía circular.
Contacto: Arsenio Ramos / Romina del Rey
Entidades: AIMPLAS / Universitat Politècnica de València
Emails de contacto: anavarro@aimplas.es / roderey@fis.upv.es
Distrito Digital Comunitat Valenciana junto con la UPV Campus de Gandia, el Ajuntament de Gandia, Safor Salut e Innsomnia, han organizado la jornada E-Health Gandia Demo Day que se celebró el jueves 15 de junio a las 10.30h, en el Aula Magna del Campus de Gandia de la UPV.
Durante la jornada se presentaron los resultados de los pilotos llevados a cabo por las empresas del programa de Innovación Abierta eHealth que fueron elegidas para testar sus soluciones en centros de salud públicos así como se compartirán los resultados y la repercusión del programa en su conjunto. Además, se dieron a conocer ejemplos de algunos proyectos de impacto en el sector de salud que se están desarrollando en la universidad y en el ecosistema cercano a través del programa Safor Salut. A continuación, tuvo lugar la presentación de las nuevas empresas que se están adhiriendo al hub de Distrito Digital de Gandia.
Más información: https://saforsalut.es/e-health-gandia-demo-day/
Desde el 12 de junio se abre la fase de presentación de ideas de la II edición del Programa UniSalut, con el objetivo de buscar socios a las posibles ideas.
UniSalut, en una segunda fase, financiará a través de una convocatoria de ayudas Acciones Preparatorias y Proyectos de Innovación, en los que participen de manera conjunta personal de los centros adscritos a la Fundación para el Fomento de la Investigación Sanitaria y Biomédica de la Comunitat Valenciana (FISABIO) y personal de la Universitat Politècnica de València (UPV), la Universitat Jaime I (UJI) y la Universidad Miguel Hernández (UMH).
Los grupos de I+D+I pueden presentar sus ideas en la plataforma web de UniSalut www.unisalut.es
Jornada formativa
Además, el día 20 de junio a la 13h, tuvo lugar una Jornada Formativa en formato online, para dar a conocer las novedades del programa UniSalut, y algunos instrumentos para financiar la valorización y transferencia de resultados en el ámbito sanitario.
Programa | 20 de junio de 2023
13:00 h. Apertura
13:10 h. Presentación novedades del Programa UniSalut 2023
13:30 h. Compra Pública Innovadora en el ámbito sanitario (Aida López, Directora. Estrategia y Sector Público. Ayming).
14:00 h. Ayudas de la Agencia Valenciana de la Innovación (AVI) para la valorización y transferencia de conocimiento (Eduardo Viana. Cap de Servei de Cooperació entre Agents del SVI, Agència Valenciana de la Innovació)
14:30 h. Cierre
Más información: www.unisalut.es
En el proyecto CaboRorcual se están estudiando diferentes medidas de gestión para la conservación de esta especie (rorcual común), incluyendo posibles medidas para reducir el riesgo de colisión asociado al tráfico marítimo en la zona, riesgo que se concentra principalmente en la zona de entrada al puerto de Dénia.
Más información: https://cienciagandia.webs.upv.es/2021/06/proyecto-cabororcual/
El objetivo del proyecto CaboRorcual, de carácter multidisciplinar y en marcha desde 2021, “es analizar las poblaciones de rorcual común (Balaenoptera physalus) -el segundo animal más grande del planeta después de la ballena azul- que migran por el Cabo de la Nao e identificar hacia dónde se dirigen”, según Eduardo Belda profesor e investigador del Campus de Gandia de la Universitat Politècnica de València (UPV).
Por otra parte, además de aportar información sobre los movimientos y las rutas migratorias de estos animales, se evalúan “los posibles riesgos para la conservación de esta especie en la zona debido a la actividad antrópica, en particular, la asociada al tráfico marítimo y al ruido submarino”.
Más información: https://cienciagandia.webs.upv.es/2021/06/proyecto-cabororcual/
Personal investigador del Campus de Gandia de la Universitat Politècnica de València (UPV) lidera y participa en el proyecto CaboRorcual, con el que se ha estudiado el rorcual común (Balaenoptera physalus), el segundo animal más grande del planeta después de la ballena azul, a su paso por el Cabo de la Nao y el Canal de Ibiza, así como los factores que amenazan sus poblaciones, cuya especie está catalogada como en rango de vulnerable.
El proyecto, bajo la coordinación del investigador y profesor del campus, Eduardo Belda, experto en el marcado y seguimiento de especies marinas, cuenta con la colaboración de la Generalitat Valenciana, los ayuntamientos de Dénia y Xàbia, la Fundación Balearia, la asociación EUCRANTE, el Instituto Español de Oceanografía y la Fundación Oceanogràfic, que participará en algunos de los aspectos más novedosos del trabajo como la toma de muestras biológicas y el marcado satelital de los animales.
El proyecto cuenta con el apoyo de la Fundación Biodiversidad del Ministerio para la Transición Ecológica y Reto Democrático.
Más información: https://cienciagandia.webs.upv.es/2021/06/proyecto-cabororcual/
El programa de cooperación “Safor Salut”, iniciativa conjunta entre el Campus de Gandia de la Universitat Politècnica de València (UPV), FISABIO–Departamento de Salud de Gandia, FISABIO-HACLE La Pedrera, y la Federación de Asociaciones de Empresarios de la Safor (FAES), ha organizado una píldora tecnológica sobre prótesis e implantes a medida el miércoles 29 de marzo de 2023.
Las nuevas tecnologías de fabricación aditiva están suponiendo una verdadera revolución en el sector de las prótesis e implantes, ya que permiten el desarrollo personalizado a pacientes concretos. Esta técnica ya está completamente desarrollada a nivel de protocolos, tecnología y software, y su uso tenderá a generalizarse a corto/medio plazo por los beneficios que la misma presenta, tanto para el propio sistema sanitario, como para pacientes y personal sanitario.
Que la prótesis o implante se adapte a la persona y no la persona a la prótesis, y se pueda hacer un seguimiento personalizado, es una verdadera revolución ya que permite reconstruir perfectamente la biomecánica natural de la zona afectada y además permite enfrentarse a retos en los que hasta ahora no había una solución disponible.
Además, esta técnica permite:
Disponer de un modelo a escala real para programar y ensayar operaciones en casos complejos.
Disponer de guías de corte que permite una ejecución más precisa, no requiriendo de la adaptación de ningún otro parámetro.
No requiere procesados de piezas estándar para adaptarlas.
Reduce sustancialmente los tiempos de operación y de quirófano.
Reduce los tiempos de recuperación y genera menores rechazos.
OBJETIVO
El evento ha tenido por objetivo aportar información que incentive la propuesta de proyectos de investigación e innovación en colaboración por parte del personal investigador, personal sanitario, empresas, institutos tecnológicos, asociaciones de personas y pacientes.
Para ello en la jornada se ha hablado sobre los protocolos a seguir para desarrollar una prótesis o implante a medida, la tecnología disponible de desarrollo y seguimiento, los materiales, los tratamientos a realizar, las certificaciones necesarias, y conocer de primera mano ideas de nuevos proyectos y casos de éxito.
Más información: https://cienciagandia.webs.upv.es/2023/03/pildora-tecnologica-protesis-e-implantes-a-medida/
Inaugurat el curs acadèmic 2022-2023
La conferència inaugural ha sigut a càrrec de la ministra de Ciència i Innovació
El Campus de Gandia de la Universitat Politècnica de València (UPV) ha celebrat la seua tradicional conferència inaugural. Amb aquest acte, que ha congregat personal i alumnat, autoritats locals, comarcals i provincials, representants d'associacions i empreses, ha sigut inaugurat el curs acadèmic.
L'esdeveniment ha estat presidit pel rector de la UPV, José E. Capilla, qui ha manifestat que “el Campus de Gandia, multidisciplinari i obert, és clau per al desenvolupament social i cultural de la UPV en la seua vertebració, a través del territori valencià”. És “font de talent i innovació, i representa el ferm compromís amb la comunitat universitària, amb Gandia, la Comunitat Valenciana i amb la societat".
El Campus de Gandia, una aposta de futur
Víctor Sánchez, subdirector 1r/Cap d'Estudis i director en funcions de l'Escola Politècnica Superior de Gandia (EPSG), ha ressaltat que aquest “ha sigut un any excepcional en termes de projectes i finançament". "El volum econòmic d’R+D+i es va situar per damunt dels huit milions d'euros, una xifra molt superior a la registrada en 2020”. A més, "l'IGIC ha aconseguit situar-se entre les 25 primeres estructures d'investigació, de les més de 80 presents en la UPV” i “des de la Unitat Mixta d'Investigació en Tecnologia per a Estudis Marins s'està desenvolupant projectes científics de gran entitat”.
Així mateix, ha recalcat l'esforç realitzat “per tal d’augmentar la nostra oferta de títols”. "El Màster Universitari en Professor d'Educació Secundària ha entrat en la fase de disseny del pla d'estudis per a la seua posterior sol·licitud de verificació”. I, en els pròxims dies, “es rebrà la resposta a la sol·licitud de verificació del Màster en Intel·ligència Turística”. “El Campus de Gandia és un campus que mira a la mar com a aposta de futur”, ha afirmat. Per tant, “hem sol·licitat autorització per implantar el Grau en Ciència i Tecnologia del Mar”.
Per a Sánchez, “som una institució educativa i volem formar persones capaces de transformar la societat”. Igualment, ha tingut paraules d'agraïment per a les càtedres i els seus patrons, “vaixell almirall de les nostres relacions amb l'entorn”, per a l'Ajuntament de Gandia i el conjunt empresarial, al qual ha convidat a fi que “aposten pel talent del Campus de Gandia”.
Conferència inaugural a càrrec de Diana Morant
Sota el títol "Ciència i innovació a Espanya: un nou impuls per a la transformació del país", la ministra de Ciència i Innovació, Diana Morant, ha sigut l'encarregada d'impartir la conferència inaugural.
Neonatal nurseries often suffer from excessive noise pollution. Noise pollution encompasses two concepts, noise and vibration. The latter can be transmitted into the incubators of admitted neonates and the main source, although not the only one, is the motor of the incubator equipment itself.
The usual equipment of a room includes alarms, pulse oximeters, infusion pumps, etc., and has not been designed with the environmental comfort of patients in mind, nor has the room environment, such as central air conditioning. The geometrical shape of the incubator closure and the mechanism for attaching this type of alarm to the incubators, as well as the design of the motor and the motor's mounting, can amplify certain frequencies of airborne noise and vibrations.
According to studies carried out in situ, these levels may exceed the levels indicated in the international standard ISO 2631-2: 2003 and the different national regulations in force in each country. In the case of Spain it is the Royal Decree 1367/2007, which establishes the acoustic quality objectives for noise and vibration in the interior space of buildings for housing, residential, hospital, educational or cultural uses.
Research staff from the Universitat Politècnica de València and the Foundation for the Promotion of Health and Biomedical Research of the Valencian Community FISABIO has developed a methodology to measure the vibrations transmitted to newborns inside incubators to propose the most appropriate solutions.
The methodology takes into account the sources of vibration, spatial conditions of the rooms, the complete design of the neonatal incubator, the position of the incubator motor and the position of the neonatal patient during admission.
MARKET APPLICATION SECTORS
Hospitals with neonatal nurseries that want to reduce vibration transmission to patients.
Incubator manufacturers who wish to study the vibration transmission of their equipment and improve it.
More information: https://cienciagandia.webs.upv.es/en/2022/10/new-methodology-measures-vibrations-transmitted-to-newborns-inside-incubators/
El Campus de Gandia de la Universitat Politècnica València (UPV), en el marco de la Semana de la Ciencia 2022, acoge la exposición “Alexander von Humboldt: en la naturaleza todo está conectado”, del 21 de octubre al 11 de noviembre en la Sala de Usos Múltiples. El objetivo es acercar la figura del naturalista alemán a estudiantes, a toda la comunidad universitaria y a la sociedad en general.
Esta muestra fue proyectada por el Museo de Ciencias Naturales del Ayuntamiento de València en el año 2019, para celebrar el 250 aniversario del nacimiento del Humboldt, y cuenta con el apoyo de la Fundación Banco Sabadell, la Fundación Española para la Ciencia y la Tecnología (FECYT) y la Delegación del CSIC en la Comunitat Valenciana-Casa de la Ciència, encargada de organizar la itinerancia de la muestra.
Píldora tecnológica sobre aspectos clave para el desarrollo de apps en el sector salud, el jueves 30 de junio, de 13:00 a 14:30 horas, de forma presencial en el edificio de Fomento (Gandia) y emisión on-line por zoom.
En el mercado, hay más de 165.000 aplicaciones relacionadas con la salud, y la cifra va en aumento. Estas herramientas facilitan el control, la comunicación y la información de nuestra salud. La gran mayoría están dedicadas a áreas de bienestar, dieta y ejercicio, y el 22%, aproximadamente, están destinadas a enfermedades, manejo, y control del tratamiento. Con las apps se brinda la oportunidad de identificar posibles problemas de salud, de una forma temprana, hecho que motiva a adoptar una mejor conducta en la salud.
El desarrollo de apps para el sector salud representa una excelente oportunidad de innovar en la mejora de la salud de la población, así como en la reducción de costes y tiempos en la asistencia sanitaria, y de forma particular en los entornos de asociaciones de personas y pacientes.
Durante la píldora abordaremos los conceptos básicos del desarrollo de las aplicaciones en el sector salud, para disponer de información sobre cuando tiene sentido desarrollar las aplicaciones propias, cuándo recurrir a las aplicaciones existentes, qué aspectos deben ser tenidos en cuenta para su éxito, así como principales repositorios.
El objetivo final de esta jornada es aportar información que incentive la propuesta de proyectos de investigación e innovación por parte de personal sanitario, personal investigador universitario, asociaciones de personas y pacientes, ayuntamientos, mancomunidades y empresas.
PROGRAMA
Bienvenida a cargo de Fina López Yuste, Secretaria general de FAES
13.00 h. Safor Salut, objetivos de la pildora y cómo canalizar retos e ideas de posibles proyectos relacionados con el desarrollo de apps en el sector Salud. Ejemplos de retos planteados relacionados con las aplicaciones por asociaciones personas y pacientes de la Safor.
Equipo técnico Safor Salut.
13:10 h. Qué es una app, para qué sirven y aspectos clave de su desarrollo.
Salvador Rodrigo Cunyat, Locatec.
13:20 h. Aplicaciones móviles en el sector salud. Apps como producto sanitario y principales repositorios.
Antonio Martínez Millana. ITACA-SABIEN Tecnologías para la salud y el bienestar. Universitat Politècnica de València.
13:35 h.Mesa redonda: reflexión sobre el papel de las aplicaciones en el ámbito de la salud, su necesidad y su accesibilidad. Principales barreras.
Modera:
Daniel Royo, Servicio de Atención y Comunicación con el Paciente. Conselleria de Sanitat Universal i Salut Pública.
Jesús Tomás , Campus de Gandia (UPV)
Dolores Miñana, Mancomunitat de municipis de la Safor
Alicia Garrote, Terapeuta ocupacional HACLE La Pedrera.
Fundació Espurna
14.00 h. Debate.
14.15 h. Cierre de la jornada.
Rosa Andrés Lozano, gerente del Departamento de Salud de Gandia
Unisalut lanza el programa de ayudas para el sector biosanitario con la colaboración de Fisabio, UPV, UJI y UMH.
La convocatoria dirigida a personal investigador, médico, biomédico, biotecnólogo y emprendedor se presentó el 2 de junio, a más de 100 participantes del sector salud que conocieron de cerca los procedimientos y los plazos de la convocatoria de ayudas.
UniSalut engloba los tres subprogramas bilaterales de ayudas a acciones preparatorias y proyectos de innovación ya existentes entre Universitat Politècnica de València (UPV), Universitat Jaume I (UJI), Universidad Miguel Hernandez (UMH) y la Fundació per al Foment de la Investigació Sanitària i Biomèdica de la Comunitat Valenciana (FISABIO), en una única convocatoria. Dicha convocatoria consta de tres subprogramas: UJISABIO, POLISABIO, ILISABIO. Las bases de la convocatoria 2022 cuenta con novedades frente a las anteriores convocatorias. Hasta el 17 de julio los interesados pueden presentar ideas y a partir del 18 de julio solicitar las ayudas a acciones preparatorias y proyectos de innovación.
Se puede conocer más sobre el programa en la web www.unisalut.es
Personal investigador de la Universitat Politècnica de València (Campus de Gandia) y la Fundación para el Fomento de la Investigación Sanitaria y Biomédica de la Comunitat Valenciana FISABIO ha desarrollado una metodología para medir las vibraciones transmitidas a neonatos en el interior de las incubadoras para proponer las soluciones más adecuadas.
Presentació de la investigació sobre els canvis d’usos del sòl i abandonament agrícola a la comarca de la Safor (València), per Virginia Garófano i Rafael Delgado, realitzada el 24 de febrer de 2022 a l´FP la Safor.
Investigació sobre els canvis d’usos del sòl i l’abandonament agrícola a la comarca de la Safor (València), per Virginia Garófano i Rafael Delgado, personal investigador del Campus de Gandia de la Universitat Politècnica de València (UPV).
Judit Férez Bautista, doctoranda del Campus de Gandia de la Universitat Politècnica de València (UPV), ha analizado la influencia y efectos de los mensajes neomachistas publicados en Twitter en las jóvenes deportistas, en la jornada de comunicaciones del congreso Comunica2 2021.
Más información: http://cienciagandia.webs.upv.es/2021/02/neomachismo-en-las-redes-sociales/
https://comunica2.webs.upv.es/
El programa de cooperación “Safor Salut”, iniciativa conjunta entre FISABIO–Departamento de Salud de Gandia, FISABIO-HACLE La Pedrera, el Campus de Gandia de la Universitat Politècnica de València (UPV) y la Federación de Asociaciones de Empresarios de la Safor (FAES), ha celebrado una píldora tecnológica sobre tecnologías para la detección precoz de enfermedades y patologías el jueves 28 de octubre, de 13:00 a 14:30 horas, a través de la plataforma online zoom.
La pandemia de la Covid-19 ha puesto de relieve la importancia de contar con un sistema sanitario robusto, dotado de los recursos y medios técnicos necesarios para atender a la ciudadanía. Una crisis sanitaria como la actual agrava los problemas de listas de espera, ralentiza pruebas, la situación de pacientes crónicos y reduce las visitas médicas por dolencias más allá del coronavirus. De ahí la importancia de contar con soluciones tecnológicas que ayuden a la detección precoz de enfermedades y patologías.
En la actualidad existen muchos dispositivos y aplicaciones con este fin, además de la posibilidad de desarrollo de soluciones a medida para cada enfermedad, y que permitirán una mejora de la calidad asistencial y de la gestión hospitalaria. “En estos momentos disponemos de las capacidades científicas y tecnológicas para resolver casi cualquier reto e integrar soluciones disruptivas. Tan solo falta identificar los casos de interés”, han señalado desde el quipo técnico de Safor Salut.
En este contexto, el evento tiene por objetivo aportar información que incentive la creación de nuevos proyectos de investigación e innovación colaborativos basados en esta tecnología por parte del personal investigador del Campus de Gandia (UPV) y del DS Gandia, Hospital de La Pedrera, empresas de la Safor y asociaciones de pacientes.
Más información: http://cienciagandia.webs.upv.es/2021/10/safor-salut-apuesta-por-la-innovacion-en-la-deteccion-precoz-de-enfermedades/
Safor Salut apuesta por la innovación en la detección precoz de enfermedades
El programa de cooperación “Safor Salut”, iniciativa conjunta entre FISABIO–Departamento de Salud de Gandia, FISABIO-HACLE La Pedrera, el Campus de Gandia de la Universitat Politècnica de València (UPV) y la Federación de Asociaciones de Empresarios de la Safor (FAES), celebrará una píldora tecnológica sobre tecnologías para la detección precoz de enfermedades y patologías el jueves 28 de octubre, de 13:00 a 14:30 horas, a través de la plataforma online zoom.
Para asistir a la sesión será imprescindible inscribirse rellenando el formulario de inscripción.
La pandemia de la Covid-19 ha puesto de relieve la importancia de contar con un sistema sanitario robusto, dotado de los recursos y medios técnicos necesarios para atender a la ciudadanía. Una crisis sanitaria como la actual agrava los problemas de listas de espera, ralentiza pruebas, la situación de pacientes crónicos y reduce las visitas médicas por dolencias más allá del coronavirus. De ahí la importancia de contar con soluciones tecnológicas que ayuden a la detección precoz de enfermedades y patologías.
En la actualidad existen muchos dispositivos y aplicaciones con este fin, además de la posibilidad de desarrollo de soluciones a medida para cada enfermedad, y que permitirán una mejora de la calidad asistencial y de la gestión hospitalaria. “En estos momentos disponemos de las capacidades científicas y tecnológicas para resolver casi cualquier reto e integrar soluciones disruptivas. Tan solo falta identificar los casos de interés”, han señalado desde el quipo técnico de Safor Salut.
En este contexto, el evento tiene por objetivo aportar información que incentive la creación de nuevos proyectos de investigación e innovación colaborativos basados en esta tecnología por parte del personal investigador del Campus de Gandia (UPV) y del DS Gandia, Hospital de La Pedrera, empresas de la Safor y asociaciones de pacientes.
Para ello, se abordarán los conceptos básicos de la tecnología existente relacionada con la detección precoz (tecnología fotónica, inteligencia artificial, apps…) aplicados al sector sanitario y se analizarán los desarrollos y los límites tecnológicos existentes a través de ejemplos ya aplicados con éxito.
Proyecto financiado por la Agència Valenciana de la Innovació.
Más información: http://cienciagandia.webs.upv.es/2021/10/safor-salut-apuesta-por-la-innovacion-en-la-deteccion-precoz-de-enfermedades/
More from Campus de Gandia - Universitat Politècnica de València (20)
Seminar of U.V. Spectroscopy by SAMIR PANDASAMIR PANDA
Spectroscopy is a branch of science dealing the study of interaction of electromagnetic radiation with matter.
Ultraviolet-visible spectroscopy refers to absorption spectroscopy or reflect spectroscopy in the UV-VIS spectral region.
Ultraviolet-visible spectroscopy is an analytical method that can measure the amount of light received by the analyte.
THE IMPORTANCE OF MARTIAN ATMOSPHERE SAMPLE RETURN.Sérgio Sacani
The return of a sample of near-surface atmosphere from Mars would facilitate answers to several first-order science questions surrounding the formation and evolution of the planet. One of the important aspects of terrestrial planet formation in general is the role that primary atmospheres played in influencing the chemistry and structure of the planets and their antecedents. Studies of the martian atmosphere can be used to investigate the role of a primary atmosphere in its history. Atmosphere samples would also inform our understanding of the near-surface chemistry of the planet, and ultimately the prospects for life. High-precision isotopic analyses of constituent gases are needed to address these questions, requiring that the analyses are made on returned samples rather than in situ.
Slide 1: Title Slide
Extrachromosomal Inheritance
Slide 2: Introduction to Extrachromosomal Inheritance
Definition: Extrachromosomal inheritance refers to the transmission of genetic material that is not found within the nucleus.
Key Components: Involves genes located in mitochondria, chloroplasts, and plasmids.
Slide 3: Mitochondrial Inheritance
Mitochondria: Organelles responsible for energy production.
Mitochondrial DNA (mtDNA): Circular DNA molecule found in mitochondria.
Inheritance Pattern: Maternally inherited, meaning it is passed from mothers to all their offspring.
Diseases: Examples include Leber’s hereditary optic neuropathy (LHON) and mitochondrial myopathy.
Slide 4: Chloroplast Inheritance
Chloroplasts: Organelles responsible for photosynthesis in plants.
Chloroplast DNA (cpDNA): Circular DNA molecule found in chloroplasts.
Inheritance Pattern: Often maternally inherited in most plants, but can vary in some species.
Examples: Variegation in plants, where leaf color patterns are determined by chloroplast DNA.
Slide 5: Plasmid Inheritance
Plasmids: Small, circular DNA molecules found in bacteria and some eukaryotes.
Features: Can carry antibiotic resistance genes and can be transferred between cells through processes like conjugation.
Significance: Important in biotechnology for gene cloning and genetic engineering.
Slide 6: Mechanisms of Extrachromosomal Inheritance
Non-Mendelian Patterns: Do not follow Mendel’s laws of inheritance.
Cytoplasmic Segregation: During cell division, organelles like mitochondria and chloroplasts are randomly distributed to daughter cells.
Heteroplasmy: Presence of more than one type of organellar genome within a cell, leading to variation in expression.
Slide 7: Examples of Extrachromosomal Inheritance
Four O’clock Plant (Mirabilis jalapa): Shows variegated leaves due to different cpDNA in leaf cells.
Petite Mutants in Yeast: Result from mutations in mitochondrial DNA affecting respiration.
Slide 8: Importance of Extrachromosomal Inheritance
Evolution: Provides insight into the evolution of eukaryotic cells.
Medicine: Understanding mitochondrial inheritance helps in diagnosing and treating mitochondrial diseases.
Agriculture: Chloroplast inheritance can be used in plant breeding and genetic modification.
Slide 9: Recent Research and Advances
Gene Editing: Techniques like CRISPR-Cas9 are being used to edit mitochondrial and chloroplast DNA.
Therapies: Development of mitochondrial replacement therapy (MRT) for preventing mitochondrial diseases.
Slide 10: Conclusion
Summary: Extrachromosomal inheritance involves the transmission of genetic material outside the nucleus and plays a crucial role in genetics, medicine, and biotechnology.
Future Directions: Continued research and technological advancements hold promise for new treatments and applications.
Slide 11: Questions and Discussion
Invite Audience: Open the floor for any questions or further discussion on the topic.
Observation of Io’s Resurfacing via Plume Deposition Using Ground-based Adapt...Sérgio Sacani
Since volcanic activity was first discovered on Io from Voyager images in 1979, changes
on Io’s surface have been monitored from both spacecraft and ground-based telescopes.
Here, we present the highest spatial resolution images of Io ever obtained from a groundbased telescope. These images, acquired by the SHARK-VIS instrument on the Large
Binocular Telescope, show evidence of a major resurfacing event on Io’s trailing hemisphere. When compared to the most recent spacecraft images, the SHARK-VIS images
show that a plume deposit from a powerful eruption at Pillan Patera has covered part
of the long-lived Pele plume deposit. Although this type of resurfacing event may be common on Io, few have been detected due to the rarity of spacecraft visits and the previously low spatial resolution available from Earth-based telescopes. The SHARK-VIS instrument ushers in a new era of high resolution imaging of Io’s surface using adaptive
optics at visible wavelengths.
Introduction:
RNA interference (RNAi) or Post-Transcriptional Gene Silencing (PTGS) is an important biological process for modulating eukaryotic gene expression.
It is highly conserved process of posttranscriptional gene silencing by which double stranded RNA (dsRNA) causes sequence-specific degradation of mRNA sequences.
dsRNA-induced gene silencing (RNAi) is reported in a wide range of eukaryotes ranging from worms, insects, mammals and plants.
This process mediates resistance to both endogenous parasitic and exogenous pathogenic nucleic acids, and regulates the expression of protein-coding genes.
What are small ncRNAs?
micro RNA (miRNA)
short interfering RNA (siRNA)
Properties of small non-coding RNA:
Involved in silencing mRNA transcripts.
Called “small” because they are usually only about 21-24 nucleotides long.
Synthesized by first cutting up longer precursor sequences (like the 61nt one that Lee discovered).
Silence an mRNA by base pairing with some sequence on the mRNA.
Discovery of siRNA?
The first small RNA:
In 1993 Rosalind Lee (Victor Ambros lab) was studying a non- coding gene in C. elegans, lin-4, that was involved in silencing of another gene, lin-14, at the appropriate time in the
development of the worm C. elegans.
Two small transcripts of lin-4 (22nt and 61nt) were found to be complementary to a sequence in the 3' UTR of lin-14.
Because lin-4 encoded no protein, she deduced that it must be these transcripts that are causing the silencing by RNA-RNA interactions.
Types of RNAi ( non coding RNA)
MiRNA
Length (23-25 nt)
Trans acting
Binds with target MRNA in mismatch
Translation inhibition
Si RNA
Length 21 nt.
Cis acting
Bind with target Mrna in perfect complementary sequence
Piwi-RNA
Length ; 25 to 36 nt.
Expressed in Germ Cells
Regulates trnasposomes activity
MECHANISM OF RNAI:
First the double-stranded RNA teams up with a protein complex named Dicer, which cuts the long RNA into short pieces.
Then another protein complex called RISC (RNA-induced silencing complex) discards one of the two RNA strands.
The RISC-docked, single-stranded RNA then pairs with the homologous mRNA and destroys it.
THE RISC COMPLEX:
RISC is large(>500kD) RNA multi- protein Binding complex which triggers MRNA degradation in response to MRNA
Unwinding of double stranded Si RNA by ATP independent Helicase
Active component of RISC is Ago proteins( ENDONUCLEASE) which cleave target MRNA.
DICER: endonuclease (RNase Family III)
Argonaute: Central Component of the RNA-Induced Silencing Complex (RISC)
One strand of the dsRNA produced by Dicer is retained in the RISC complex in association with Argonaute
ARGONAUTE PROTEIN :
1.PAZ(PIWI/Argonaute/ Zwille)- Recognition of target MRNA
2.PIWI (p-element induced wimpy Testis)- breaks Phosphodiester bond of mRNA.)RNAse H activity.
MiRNA:
The Double-stranded RNAs are naturally produced in eukaryotic cells during development, and they have a key role in regulating gene expression .
Nutraceutical market, scope and growth: Herbal drug technologyLokesh Patil
As consumer awareness of health and wellness rises, the nutraceutical market—which includes goods like functional meals, drinks, and dietary supplements that provide health advantages beyond basic nutrition—is growing significantly. As healthcare expenses rise, the population ages, and people want natural and preventative health solutions more and more, this industry is increasing quickly. Further driving market expansion are product formulation innovations and the use of cutting-edge technology for customized nutrition. With its worldwide reach, the nutraceutical industry is expected to keep growing and provide significant chances for research and investment in a number of categories, including vitamins, minerals, probiotics, and herbal supplements.
Professional air quality monitoring systems provide immediate, on-site data for analysis, compliance, and decision-making.
Monitor common gases, weather parameters, particulates.
This pdf is about the Schizophrenia.
For more details visit on YouTube; @SELF-EXPLANATORY;
https://www.youtube.com/channel/UCAiarMZDNhe1A3Rnpr_WkzA/videos
Thanks...!
2. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Contents
1. Basic facts about the UPV and its R+D and
Knowledge Transfer activities
2. Access to UPV knowledge
3. R+D activity lines
2
3. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
1. Basic facts about the UPV and its R+D and
Knowledge Transfer activities
3
4. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 4
[DATA] Main figures
CAMPUSES 3
CENTRES 13
UNDERGRADUATE AND MASTER DEGREES 33 - 72
PH.D. PROGRAMMES 28
UNDERGRADUATE AND MASTER STUDENTS 33.894
PH.D. STUDENTS 1.751
TEACHING AND RESEARCH STAFF 2.774
ADMINISTRATIVE AND AUXILIARY STAFF 1.900
2014 BUDGET 300 M€
2013 R+D+I CONTRACTS AND GRANTS 43,2 M€
DEPARTMENTS 42
RESEARCH CENTRES AND INSTITUTES 44
5. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 5
[2013 DATA] R+D+i at UPV
"CPI" UPV
science park
• 170,000 m2 Science Park: Research centres
and companies
• R+D public funds for €22.2M
• R+D private funds for €21M
• Own funding: €1.8M
• 32 annual patent applications
• 9 license agreements
R+D unit groupings
• Information and Communications Technologies
• Nanotechnologies
• Manufacturing and Materials Technologies
• Energy, Transport, and Environment
• Biotechnology and Agro-food
• Social Science
• Mathematics
• Art and Architecture
6. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 6
[2013 DATA] R+D Structure and Orientation
University departments (42): 24% of the VAIP index
R+D centres and institutes (41): 76% of the VAIP index
12%
16%
15%
14%
11%
10%
6%
8%
3% 3% 2%
R&D income by scientific field 2013
Civil engineering &
architecture
Computer sciences
Electric and electronic
engineering
Communication Technologíes
Chemestry
Agriculture and food
Social sciences & humanities
Mechanical engineering
Materials technology
Mathematics & phisics
Molecular biology and
genetics
7. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
[2013 DATA]. Revenues evolution from R+D and KT
0
5.000
10.000
15.000
20.000
25.000
30.000
35.000
40.000
1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014
MilesdeEuros
Contracts and Agreements Competitive R+D+I Other
8. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA
8
Total value: 24.340 thousand euro
[2013 DATA]. Revenues from R&D
Central Government
56%
Local Government
20%
Other
5%
European Union
19%
9. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA
9
Total value: 21,403 thousand euros
[DATA] 2012 revenues from KT, by type of work
Business Chairs
4%
Consultancy, technical
studies 34%
Collaborative R+D
Agreements
6%
R+D Contracts and
Agreements
39%
Technology Licences
1%
Other
12%
Services and Tests
4%
Sale of technological
products
0%
10. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA
10
Total value: 13.989 Thousand euro, 1.037 companies
[2013 DATA]. Revenues from companies for KT, by origin
Valencia Region
37%
Rest of Spain
33%
Rest of Europe
20%
Rest of the world
10%
11. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA
11
[DATA]. Patent and licence evolution
0
5
10
15
20
25
30
35
1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013
Nr national Patents applications Nr international Patents Nr Licence Agreements
13. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 13
R+D and KT policies at UPV
• RESEARCH UNITS with critical mass
• INTERFACE STRUCTURES for relations with the environment
• SCIENCE PARK infrastructure
• Measurement of INDIVIDUAL PERFORMANCE in research and
knowledge transfer
• Professor authonomy in resource management
• INTERNAL FUNDING of R+D activities
• SOUND INCENTIVES OF Knowledge Transfer activities
• Regulation of involvement IN SPIN-OFFS
14. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 14
Access to UPV knowlege
1. CONTRACT RESEARCH, project requested by a company
2. COLLABORATIVE RESEARCH, common objectives, project carried out
jointly and shared results. Frequently, public funding is available
(HORIZONTE 2020, RETOS, etc.)
3. CONSULTANCY, requested by a company as a project or as a fee
4. LAB SERVICES, to use special equipment
5. PATENTS AND SOFTWARE UPV, through license contracts
6. INVESTMENT IN SPIN-OFF COMPANIES, in partnership with UPV and
academics
7. JOINT RESEARCH UNITS, with researchers from several parties
8. SCIENCE PARK HOSTING, in proximity to UPV researchers
9. PHILANTROPY, through a COMPANY CHAIR, to promote graduates,
postgraduate and pHD education
10. CONTINUOUS EDUCATION, courses requested by a company
15. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 15
Contacting UPV
• UPV INTERFACES :
• Research and Tech Transfer Office (www.ctt.upv.es)
• Continuous Training Center (www.cfp.upv.es)
• Employment Service (www.sie.upv.es)
• Science Park Foundation (cpi.upv.es)
• Open Innovation Challenges: #askUPV portal (ask.upv.es)
• Technology Request Mailbox demandas@ctt.upv.es
• Knowledge Assts Catalogue CARTA (www.upv.es/carta)
17. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
R+D UPV Activity Lines
17
R+D unit groupings
Information and Communications Technologies
Nanotechnologies
Manufacturing and Materials Technologies
Energy, Transport, and Environment
Biotechnology and Agro-food
Social Science
Mathematics
Art and Architecture
18. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA 18
• University Institute of Telecommunications and Multimedia Applications
• University Institute for the Application of Information Technologies and
Advanced Communications, ITACA
• University Institute for Computer Technology, ITI
• Institute for Research and Innovation in Bioingenieering, I3B
• Research Center in Software Production Methods, ProS
• Nanophotonics Technology Center. NTC
• Department of Information Systems and Computing.
• Department of Computer Engineering
• Department of Electronic Engineering
• Communications Department
[R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
Institutes, Research Centers and Departments
19. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
University Institute of Telecommunications and Multimedia Applications
ITEAM
• Optical Communications: optical fibre broadband, optoelectronics, and
nanophotonics communcations. Design of high-speed Internet and cable
television sensors, devices, and optical networks.
• Mobile Communcations: studies for the dissemination, deployment, and
optimisation of mobile and wireless communication networks. Development of
2nd and 3rd generation network applications and services.
• Treatment of Audio and Communications: signal processing solutions for
audio applications, multimedia, and digital communication systems.
• Microwave Applications: analysis and design of microwave circuits and
antennae for use in radiocommunication and satellite communication
systems.
• Electromagnetic Radiation: optimised analysis and design of new antennae
for multimedia services, mobile, and satellite communications.
• Signal Treatment: ultrasound, infra-red, and image signal processing.
• Multimedia Communications: study and analysis of service quality in IP
networks and application in multimedia systems.
• Application of New Communications Technologies: applications of the
latest telecommunications advances to the Information Society.
• Integration of Digital Electronic Systems: design methods for the efficient
implementation of Digital Signal Processors in FPGAs.
19
Relevant infrastructures
• Anechoic chamber
• 100,000-class Clean Room for the
experimental characterisation in
terms of parts and circuits of high-
frequency communication systems.
More information: www.iteam.upv.es
2015 FIGURES
Researchers 96
Public funding
€ 1.666.676
Private funding € 1.212.835
Main clients EUROPEAN SPACE
AGENCY, INGENIA
TELECOM, VIDEO
ACUSTIC, INNOVATION
4 SECURITY,
SISTELBANDA, INDRA.
[R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
20. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute for the Application of Information Technologies and Advanced
Communications, ITACA
• Analysis, design, development and evaluation of technology solutions
for comprehensive health
• Process innovation in health care sector
• Standardization and Interoperability of EHR
• Quality, enrichment and reuse of biomedical data
• Biomedical data mining and decision support systems in medicine
• Biomedical signals and image processing
• Development of equipment and specialized analysis methods in
experimental and clinical cardiac electrophysiology
• Design, development and integration of technological solutions in the
field of microwave engineering
• Radar and radiolocation
• Dimensioning of communications networks, improving service quality
and economic and regulatory evaluation of their exploitation
• Electromagnetic compatibility and development of numerical methods.
• Wireless networks and embedded systems.
• Secure and Dependable hardware and software systems
• Intelligent Transportation Systems
20
Relevant Infrastructures
• Electromagnetic Compatibility
Laboratory
• Living Lab
More information: www.itaca.upv.es
2015 FIGURES
Researchers 64
Public Funding 1.666.676 €
Private Funding 1.212.835 €
Main Clients
HOMAG
HOLZBEARBEITUNGS
SYSTEME,
SOLUCIONES
TECNOLOGICAS
PARA LA SALUD Y EL
BIENESTAR, DAS
AUDIO.
[ R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
21. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
University Institute for Computer Technology, ITI
• Artificial vision or computer vision
• Biometrics
• Embedded systems and distributed systems
• Human language processing technologies
• Multi-mode interfaces
• Software quality and testing
• Computational intelligence
• Operational research; problem optimisation
• Computer graphics and augmented reality
• Biomedical signal processing
• Industrial computing
• Communication networks
• Free/Libre Open Source Software (FLOSS)
21
More information: www.iti.es
In partnership with the business association ITI
2015 FIGURES
Researchers 40
Public Funding 288.090 €
Private Funding 316.319 €
Main Clients
ITI, DIAGRAM
SOFTWARE,
HOGSKOLEN I BERGEN,
ASOCIACION DE
INVESTIGACIO DE LA
INDUSTRIA TEXTIL
[ R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
22. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute for Research and Innovation in Bioengineering, I3B
• Human-oriented technologies: Virtual rehabilitation,
computer-assisted psychology, Environmental
intelligence, medical image processing, emotional
engineering and user-centred design, persuasion
and assistance technologies
• Bioelectronics: Biomedical instrumentation,
Bioelectric System Modelling, biomedical sensors
on new (textile) supports, medical signal processing
and diagnosis systems
• Immunotechnology: design and development of
biosensors, production of monoclonal antibodies
22
More information: https://www.upv.es/entidades/I3B/
• Natural Interfaces: Augmented reality, gestual interfaces,
3D and multitactil interaction, calligraphy
• Advanced Signal Processing: computar aided medical
assistance, 2D/3D medical image processing
• Computer Aided Surgery: real time biomechanical
models, surgery simulation
• Neurophicotherapy: computer aided psycology,
augmented cognition, telepsycology, presence, gaming
• Neurorrehabilitation: motor and cognitive rehabilitation,
assistive technologies
• Computer Aided Education: tutorial intelligent systems
• Neuroeconomy: neuromarketing, emotional
neuropsycoengineering, neuroarchitecture, neurodesign
CIFRAS 2015
Researchers 23
Public Funding 873.175 €
Private Funding 149.033 €
Main Clients
INSCANNER,
INFORMATICA EL CORTE
INGLES, HEINEKEN
ESPAÑA, NEUROSTEPS,
SMART SOLUTIONS
TECHNOLOGIES, PAMESA
CERÁMICA, GILEAD
SCIENCES.
[ R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
23. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Research Center in Software Production Methods, ProS
• Model-driven development (MDD) and automatic
code generation
• Human-Computer Interaction
• Method Engineering
• Organizational Modeling and Requirements
Engineering
• Web Engineering
• Ambient Intelligence
• Genomic Information Systems
• Software Testing and Quality
23
More information: www.pros.upv.es
2015 FIGURES
Researchers 22
Public Funding 238.390 €
Private Funding 57.836 €
Main clients
PLANET MEDIA
STUDIOS, EVERIS
SPAIN, INSTITUTO
DE MEDICINA
GENOMICA
PRODEVELOP
[ R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
24. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Nanophotonics Technology Centre, NTC
• Optical Networks & Systems: The area researches and
develops new technologies to achieve optical communications
networks with better performance and lower costs and energy.
• Photonic Materials & Devices: The area is focused on the
desing and experimental characterization of nanophotonics
devices made by Nanofabrication line on silicon wafers.
• Micro/Nanofabrication & Facilities: This area offers
capabilities that are unique in Spain in terms of prototyping
and manufacturing silicon photonic devices, including Back-
End services.
• Photovoltaics: Photovoltaic research area are focused on
design, modelling, manufacturing and characterization of
silicon-based photovoltaic devices.
• Microwave Nanophotonics: The area is focused on the
design and development of new integrated nanophotonic
devices to improve the performance and take advantange of
the Nanophotonics.
24
Main Facilities:
• Clean room 500 m2 class
10-100-10000
• Physical characterization
(SEM, AFM, Perfilometer)
• Optical characterization
(FTIR, ADF, Thickness
Measurement)
• Packaging Lab (Fully
equipped optical alignment
and packaging lab)
More information: www.ntc.upv.es
2015 FIGURES
Researchers 29
Public Funding 2.148.937 €
Private Funding 141.389 €
Main Clientes
EDA (EUROPEAN
DEFENCE AGENCY)
DAS PHOTONICS
MICROELECTRONICS,
AERTEC INDUSTRIAL
ENGINEERING
[R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
25. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Information Systems and Computing (1)
Research groups
• Computing Technology and Artificial Intelligence Group. GTI-
IA: Artificial Intelligence. Agreement Technologies. Multi-agent
Systems, Planning and recommender Systems. Agent-based
simulation. Social Computing. Virtual markets. Agent-based
computational economics.
• Extensions of Logic Programming Group. ELP: Automated
Software Engineering, industrial formal methods, semantics of
programming languages and its use for the analysis, specification,
verification, debugging, testing, certification, transformation,
synthesis and optimization of multi-paradigm programs. Security of
communication protocols and mobile code.
• Natural Language and Pattern Recognition Group. ELiRF:
Applications of human language technologies: development of
tools for the analysis and understanding of speech and text in
natural language. Systems of speech-driven human-machine
interaction.
25
More information: www.upv.es/entidades/DSIC/indexc.html
2015 FIGURES
Researchers 121
Publlic Funding 996.959 €
Private Funding 154.878 €
Main clients
LOGIFRUIT, DESTINIA,
TRANSLATION
CENTRE FOR THE
BODIES OF THE
EUROPEAN UNION,
ANECOOP.
[R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
26. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Research groups
• Software Engineering and Information Systems Group.
ISSI: Requirements Engineering, Agile software development
methods, Digital Content Management Systems, Applications for
Advanced Information Systems, Software quality assessment and
improvement, Model driven software development.
• Multiparadigm Software Technology. MiST: Techniques and
tools for assisting the construction of reliable software through all
phases of its life cycle: specification, verification, validation,
debugging and optimization, particularly for functional, logic and/or
concurrent programming languages.
• Research group on Formal Languages, Computability and
Cryptography. TLCC: Formal Languages and Automata, Natural
Computing and Bioinformatics, Grammatical Inference.
• Interdisciplinary Computation and Communication Group.
INCO2: The main aim of the Group is the solution of complex
numerical problems, in particular those that can be solved by using
parallel computers and high performance computing techniques,
as well as the modeling and optimization of parallel computing
systems.
.
26
More Information: www.upv.es/entidades/DSIC/indexc.html
2015 FIGURES
Researchers 121
Publlic Funding 996.959 €
Private Funding 154.878 €
Main clients
LOGIFRUIT, DESTINIA,
TRANSLATION
CENTRE FOR THE
BODIES OF THE
EUROPEAN UNION,
ANECOOP.
[R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
Department of Information Systems and Computing (2)
27. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Computer Engineering
27
More Information: www.upv.es/entidades/DISCA
2015 FIGURES
Researchers 45
Public Funding 872.781 €
Private Funding 155.990 €
Main clients
HUAWEI TECHNOLOGIES,
INTERCAMBIO
ELECTRONICO DE DATOS
Y COMUNIC.,
MELLANOX
TECHNOLOGIES.
Research Groups
• Parallel Architectures Group: Design, configuration, and
evaluation of high-performance interconnection networks
and cache coherence protocols for PC clusters and
multicore microprocessors. Planning, assembly, and
configuration of PC clusters. Solutions for virtualization
and remote access to GPU accelerators. Hybrid memories
for the next generation of microprocessors.
• Computer Networks Group: Design and evaluation of
autonomous mobile wireless systems for: Intelligent
Transportation Systems, Community Mesh Networks,
Ubiquitous Computing for Smart Cities and Sensor
Networks.
[R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
28. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Electronic Engineering
Research Groups
• Grupo de Fenómenos Ondulatorios (GFO):
Propagation of classical waves (EM, elastic waves, sound)
in complex media. EM and acoustic metamaterials.
Photonic and sonic crystals.
• Grupo de Sistemas Electrónicos Industriales: Power
Electronics for specific applications: power supplies,
battery chargers and electric traction. Power quality:
active filters and high power factor rectifiers. Renewable
energy: photovoltaics and wind energy .
• Engineering on Biosignals and Radiological Imaging
Group (Biomedical Synergy): Advanced biomedical
signal and image processing, Surgical energy-based
techniques, Cardiac arrhythmia characterization.
28
More information: www.upv.es/entidades/DIEO/index-es.html
2015 FIGURES
Researchers 33
Public Funding 373.864 €
Private Funding 11.600 €
Main clients
ADVANCED WAVE
SENSORS,
VOSSLOH ESPAÑA.
[ R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
29. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Communications Department
Research Groups
• Distributed Real Time Systems and Applications Group
(SATRD).
• Communication Applied to Computer Networks Group
(GATACA).
Research Lines
• Multimedia systems and applications
• Multicast and/or group communications
• Content distribution over IP networks.
• Wireless LAN deployment in hostile environments
• Security in corporate networks
• Industrial critical real time monitorization
• Signal processing in Biomedicine and Biomechanic
• Design of communication networks.
• E-commerce.
29
More information: www.upv.es/entidades/DC/indexc.html
2015 FIGURES
Researchers 13
Public Funding 491.866 €
Private Funding 57.900 €
Main clients
COUNTER IMPROVISED
EXPLOSIVE DEVICES
CENTRE OF
EXCELLENCE INFOPORT
VALENCIA.
[ R+D+i LINES]. INFORMATION AND COMMUNICATIONS TECHNOLOGIES
30. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA 30
• Institute for Molecular Imaging Instrumentation, I3M
• Nanophotonics Technology Center. NTC
• Institute of Molecular Recognition and Technological Development, IDM
• Joined Institute of Chemical Technology. ITQ
Research Institutes
[R+D+i LINES]. NANOTECHNOLOGIES
31. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute for Molecular Imaging Instrumentation, I3M
31
Relevant infrastructures
• Cluster of PCs with Gflop
computation capacity.
Creation date: 12 November 2009
[ R+D+i LINES]. NANOTECNOLOGIES
UPV-CSIC-CIEMAT mixed research centre
• Development and improvement of equipment for
diagnosis and image-led surgical navigation..
• Development of specific software for PET quantification,
tractography in resonance.
• Biotechnological instrumentation based on new sensors.
Biosensors. Ultra-sensitive light sensors.
• Next-generation gamma radiation detectors for application
to medical imaging systems. Wide gap semiconductor
detectors.
• Electronics associated with radiation detectors. Modular
and integrated electronics. Specific-purpose ASICs.
Acquisition and control electronics associated with
imaging systems.
• New nuclear medical imaging techniques. Associated
hardware, algorithms, and software.
2015 FIGURES
Researchers 37
Public Funding 867.617 €
Private Funding 163.912 €
Main Clients
GENERAL EQUIPMENT
FOR MEDICAL IMAGING,
PROTON LASER
APPLICATIONS, 2BI
SMART IT.
32. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Nanophotonics Technology Center, NTC
• Optical Networks & Systems: The area researches and
develops new technologies to achieve optical communications
networks with better performance and lower costs and energy.
• Photonic Materials & Devices: The area is focused on the
desing and experimental characterization of nanophotonics
devices made by Nanofabrication line on silicon wafers.
• Micro/Nanofabrication & Facilities: This area offers
capabilities that are unique in Spain in terms of prototyping
and manufacturing silicon photonic devices, including Back-
End services.
• Photovoltaics: Photovoltaic research area are focused on
design, modelling, manufacturing and characterization of
silicon-based photovoltaic devices.
• Microwave Nanophotonics: The area is focused on the
design and development of new integrated nanophotonic
devices to improve the performance and take advantange of
the Nanophotonics.
32
Main Facilities:
• Clean room 500 m2 class 10-
100-10000
• Physical characterization
(SEM, AFM, Perfilometer)
• Optical characterization
(FTIR, ADF, Thickness
Measurement)
• Packaging Lab (Fully
equipped optical alignment and
packaging lab)
More information: www.ntc.upv.es
2015 FIGURES
Researchers 29
Public Funding 2.148.937 €
Private
Funding
141.389 €
Main
Costumers
EDA (EUROPEAN
DEFENCE AGENCY)
DAS PHOTONICS
MICROELECTRONICS,
AERTEC INDUSTRIAL
ENGINEERING
[ R+D+i LINES]. NANOTECNOLOGIES
33. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 33
Relevant infrastructures
• Equipment for molecular
characterisation, for
immunoassay techniques,
and for the manufacturing of
thick-bed electronic devices.
More Information: idm.webs.upv.es
Inter-University Institute with the University of Valencia
• Biological sensors: Development of biosensors and
immunosensors, immunochemical assays, development of DNA
and protein matrix methodologies on CD-type interactive supports
• Optical-type molecular sensors and probes: molecular sensors and
probes; new sensor materials (nano-supramolecular approach to
sensor development).
• Electrochemical sensors: Membrane electrodes, Electronic
tongues and noses, analytical instrumentation applies to
environmental control.
• Bioactivity studies: Anti-inflammatory activity, in vitro studies of
xenobiotic-biomacromolecule interactions.
• Controlled release and retention studies: Development of
nanometric devices, cell interaction studies, and pharmacokinetic
profiles.
• Renewable energies and energy efficiency
2015 FIGURES
Researchers 73
Public Funding 891.974 €
Private Funding 38.804 €
Main Clients
BORNAY
AEROGENERADORES
Institute of Molecular Recognition and Technological Development,
IDM
[ R+D+i LINES]. NANOTECNOLOGIES
34. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Joined Research Institute of Chemical Technology, ITQ
Chemical and photochemical processes in life science and
sustainable chemical production.
- Biomass transformation into chemicals through sustainable
processes.
- Computational and high-throughput techniques applied to
the development of chemical processes.
- Photochemical techniques and nanomaterials in life science.
- Selective solid catalysts for sustainable chemical processes.
Structured materials as catalysts for generation of clean fuel and
renewable energy.
- Nanoporous and structured mesoporous materials in
energy conversion.
- Petrochemicals and clean fuels from fossil hydrocarbons.
- Production of renewable energy through chemical and
photochemical processes.
34
Relevant Infraestructures
Continuous Downflow Transported
Bed Reactor (Microdowner), high-
throughput (Spider), DCR- type FC
Pilot Plant, Solid and Liquids Nuclear
Magnetic Resonance, X Ray
Photoelectron Spectroscopy (XPS-
Auger). Femtosecond Transient
Absorption Spectroscopy
More information: itq.upv-csic.es/
Research centre UPV-CSIC
2015 FIGURES
Researchers 96
Public Funding 772.225 €
Private
Funding
2.905.347 €
Main clients
ARAMCO OVERSEAS,
LICELLA, INTERNATIONAL
FLAVORS & FRAGANCES,
EXXONMOBIL, HALDOR
TOPS0E, UPM-KYMMENE
CORPORATION,
ECOPETROL AMERICA INC.
[ R+D+i LINES]. NANOTECNOLOGIES
35. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA 35
• Joined Research Institute of Chemical Technology. ITQ
• University Institute of Control Systems and Industrial Computing. AI2
• Institute of Materials Technology. ITM
• University Institute of Biomechanics of Valencia. IBV
• Design Institute for Automated Manufacturing and Production. IDF
• Institute of Concrete Science and Technology, ICITECH
• Centre of Biomaterials and Tissue Engineering, CBIT
• Research Center for Production Management and Engineering, CIGIP
• Research Center for Vehicles Technology, CITV
• Center for Physical Technologies: Acoustics, Materials, and Astrophysics, CTF
• Graphic Technologies Research Center. CITG
• Department of Business Organisation
• Department of Chemistry
• Department of Paper and Textil Technology
• Department of Engineering Projects
Institutes, Research Centers and Departments
[R+D+I LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
36. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Joined Research Institute of Chemical Technology, ITQ
Chemical and photochemical processes in life science and sustainable
chemical production.
- Biomass transformation into chemicals through sustainable processes.
- Computational and high-throughput techniques applied to the
development of chemical processes.
- Photochemical techniques and nanomaterials in life science.
- Selective solid catalysts for sustainable chemical processes.
Structured materials as catalysts for generation of clean fuel and
renewable energy.
- Nanoporous and structured mesoporous materials in energy
conversion.
- Petrochemicals and clean fuels from fossil hydrocarbons.
- Production of renewable energy through chemical and photochemical
processes.
36
Relevant Infraestructures
Continuous Downflow Transported
Bed Reactor (Microdowner), high-
throughput (Spider), DCR- type FC
Pilot Plant, Solid and Liquids Nuclear
Magnetic Resonance, X Ray
Photoelectron Spectroscopy (XPS-
Auger). Femtosecond Transient
Absorption Spectroscopy
More information: itq.upv-csic.es/
Mixed Research centre UPV-CSIC
2015 FIGURES
Researchers 96
Public Funding 772.225 €
Private
Funding
2.905.347 €
Main clients
ARAMCO OVERSEAS,
LICELLA, NTERNATIONAL
FLAVORS & FRAGANCES,
EXXONMOBIL, HALDOR
TOPS0E, UPM-KYMMENE
CORPORATION.
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
37. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
University Institute of Control Systems and Industrial Computing, AI2
37
Relevant infrastructure
• 3D Scanner
• Robots
• Computer Vision lab
• Laboratory for automation
in food sector
More Information: www.ai2.upv.es
2015 FIGURES
Researchers 91
Public Funding 1.089.241 €
Private Funding 361.607 €
Main clients
DULCESA, INIA NEURAL,
UNIVERSIDAD
TECNOLOGICA DEL
CHOCO, CLAVE DENIA,
BIOPOLIS.
• Robotics: Intelligent components for mobile robots, dynamic
robot control, robot sensors and perception, humanoid robots,
robot base food handling and inspection
• Industrial informatics: Low consumption architectures ,
intelligent autonomous architectures, ambient living distributed
systems, web engineering, virtualization technologies for real
time systems.
• Computer vision: Industrial context aware imaging analysis,
automatic visual inspection, inspect vision systems in
bioprocesses.
• Computer Graphics & Multimedia : Real time graphics and
animation, industrial graphical systems and virtual reality,
graphical simulation, augmented reality, medical graphics
applications.
• Process Control: Intelligent control, predictive control, fault
diagnosis, hybrid control systems, complex systems control.
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
38. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute of Materials Technology, ITM
38
More information: www.upv.es/itm
2015 FIGURES
Researchers 55
Public Funding 459.047 €
Private Funding 227.192 €
Main Clients
AITEX, SILICALIA,
MARTINEZ LORIENTE,
AUTOMATIZACION,
REINGENIERIA E
INTEGRACION DE
SISTEMAS.
Relevant infrastructures
• Microstructural, physico-
mechanical, chemical, and
thermal characterisation labs
•Equipment for accelerated
polymer degradation
•Dynamic assay bench for
prototypes
• Materials for aerospatial, biomedical, energy,
environmmental, building, and engineering
applications.
• Nanomaterials
• Technologies to obtain metallic, ceramic, and
polymeric materials, as well as compounds
• Treatment and superficial modification of metallic,
ceramic, and polymeric materials
• Analysis of the failure, degradation, and protection
systems for metallic, ceramic, and polymeric
materials
• Functionalisation of metallic, ceramic, and
polymeric materials
• Material, chemical, and biological valuation of waste
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
39. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
University Institute of Biomechanics of Valencia, IBV
39
More information : www.ibv.org
In partnership with the NGO IBV
• Automotive industry and means of transport.
• Sports.
• Habitat.
• Clothing.
• Children and child care.
• Elderly people and care of dependent people.
• Rehabilitation and personal autonomy.
• Occupational health
• Healthcare technology.
• Tourism and leisure.
Relevant infrastructures
• Experience Lab (“Living Lab”).
• Lab for the Study of Human
Functions and Activities
• Biological lab, experimental
operating theatre, and animal
facility.
• Ergonomic Evaluation Lab.
• Human Forms Lab.
• Climate Comfort Lab.
2015 FIGURES
Researchers 24
F. Pública 37.752 €
F. Privada 0 €
Main Clients
(UPV)
ASOCIACION INSTITUTO
DE BIOMECÁNICA DE
VALENCIA
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
40. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Design Institute for Automated Manufacturing and Production, IDF
40
Relevant infrastructures
• Automotive test, approval,
and certification lab.
•Sports driving simulator.
More information : www.institutoidf.com
In partnership with the business association Asociación IDF
• Product Design and Development.
• Manufacturing and Production Process Engineering:
Automation and integration of production systems, flexible
manufacturing systems, polymer shaping processes, and
compound materials.
• Industrial and Robotic Automation: Mobile robotics and
automated driving, transport automation in industrial areas
and warehouses.
• Adapted vehicles and transport: structural vehicle design,
design of technical aids to improve vehicle accessibility for
people with disabilities, adapted transport, design and
development of driving simulators.
• Optoelectronics and Semiconductors.
• Materials in extreme conditions.
2015 FIGURES
Researchers 46
Public Funding 365.184 €
Private Funding 114.312 €
Main Clients
AYUNTAMIENTO DE
GANDIA ALFATEC
SISTEMAS, FUNDACION
BBVA ASOCIACION DE
INVESTIGACION EN
DISEÑO Y FABRICACION.
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
41. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute of Concrete Science and Technology, ICITECH
• Advanced Materials
• Sustainability
• Monitoring and Maintenance
• Experimental Analysis of Structures
• Numerical Analysis of Structures
41
More information: www.icitech.upv.es
2015 FIGURES
Researchers 45
Public Funding 507.561 €
Private Funding 187.005 €
Main Clients
PACADAR, SIKA
SERVICES, COMSA,
VIAS Y
CONSTRUCCIONES,
PEIKKO GROUP OY,
PRODUCTOS
CITROSOL.
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
42. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Centre of Biomaterials and Tissue Engineering, CBIT
42
Relevant infrastructures
• Materials Synthesis and
Processing Labs; Physical-
Chemical Characterisation of
Materials; and Cell Culture
Lab.
More information: www.upv.es/cb/index-es.html
• Materials for regenerative medicine and tissue
engineering.
• Three-dimensional materials and supports for cell
culture and transplant. Experimental "in vitro" models
prior to pre-clinical models and in human patients.
• Functionalised surfaces: Design of materials using
proteins, peptides, and other bioactive
macromolecules with control of all the surface
properties of the material.
• Microparticles: biocompatible materials for cell culture
and controlled drug supply.
• Synthesis and manufacturing of special materials: co-
polymers, nanohybrids, macromers, hyper-ramified
polymers, membranes, gels, threads
2015 FIGURES
Researchers 38
Public Funding 198.619 €
Private Funding 2.000 €
Main Clients
FUNDAC. PARA INV.
HOSPITAL CLINICO
UNIVERSITARIO. U.V.
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
43. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Research Centre for Production Management and Engineering, CIGIP
• Supply and Distribution Chain Management: supply
chain strategy, demand management, collaborative
forecast and planning, operation scheduling, value
chain analysis.
• Business Modelling and Engineering: business
process management, business architectures and
modelling, extended and virtual business,
management information and communication
systems.
• Operations Management: production/operation
system design, operation planning and control
systems, supply logistics, distribution logistics,
transport.
43
More information: www.cigip.upv.es
2015 FIGURES
Researchers 16
Public Funding 232.935 €
Private Funding 78.017 €
Main Clients
ULTRACONGELADOS DE
LA RIBERA, MARTINEZ
LORIENTE, RAFAEL
HINOJOSA,
EXOS SOLUTIONS
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
44. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Research Centre For Vehicles Technology, CITV
• Structural Analysis: Structural design. Composite
materials. Finite elements. Structural optimization. Tests.
• Fatigue & Durability: Fatigue design. Damage
tolerance design. Fatigue in contact problems. Fatigue
analysis via post-processing FE results. Fatigue testing.
• Vibrations: Experimental modal analysis. Modal analysis
via FEM. Predictive maintenance via vibration analysis.
Vibration control. Durability testing via harmonic
excitation.
• Noise: Noise measurements in vehicles and machines.
Acoustic behaviour of mufflers, FE modelling. Software
development for muffler optimization.
• Vehicle dynamics: Development of models for stability
and curve guiding. Wheel-track contact. Maintenance
techniques.
• Robotics: Simulation of robotized production lines.
Software development for dynamic control of robots.
44
More information: www.upv.es/citv/
2015 FIGURES
Researchers 32
Public Funding 252.589 €
Private Funding 84.330 €
Main clients PATENTES TALGO
f j
truck j
truck +1j
yj
zj
xj
car body j
Ej
Gj
Direction of motion
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
45. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Centre for Physical Technologies: Acoustics, Materials, and
Astrophysics, CTF
• Acoustics:
– Acoustic conditioning and audition room design
– Acoustic absorption of construction solutions.
– Acoustic lenses and screens based on sound crystals, sound control
systems.
– Wave transmission and location in metamaterials.
– Insulation from air noise through partitions.
• Materials:
– Structural characterisation by means of X-ray diffraction of molecular
materials and their correlation with their magnetic and optical properties
on the basis of temperature, pressure, and light
– Expert systems applied to engineering.
– Development and characterisation of nanoporous synthetic materials.
• Astrophysics: Materials for astrophysics applications.
• Optics: Ophthalmic lenses with complex profiles.
• Associated CSIC Unit: Development of applications based on silicon
colloids
45
More information: www.ctfama.org
2015 FIGURES
Researchers 31
Public Funding 125.748 €
Private Funding 33.650 €
Main Clients IVA-LEYING, BECSA
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
46. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Graphic Technologies Research Centre, CITG
46
More information : www.citg.es
Electronics and Communications Technology:
Adapted graphic interfaces, Interactive digital
contents,
usability, Colour processes and flows
Colour psychophysics.
Visual Disability. By means of Cognitive Systems
Ceramic Process. Improvements in the ceramic tile
quality process.
2015 FIGURES
Researchers 17
Public Funding 12.000 €
Private Funding 20.529 €
Main Clients
AGRUPACION
MEDITERRANEA DE
INGENIERÍA S.A.
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
47. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Business Organisation
47
More information: www.upv.es/entidades/DOE/indexc.html
Research Groups
• Re-engineering, Organisation, Group Work, and
Business Logistics Research Group. ROGLE:
Ongoing improvement, management, and control of
production and stock, design and re-engineering of
production and logistics systems or group work and
Human Resources management.
• Group for Integration of Information Technologies in
Organisations. ITIO: Knowledge Management and
Organisational Learning, organisational re-engineering
and transformation, project management and risk
management.
• Research Group on Strategic Alliances, Networks,
and Territory. AERT: Inter-organisational relationships,
networks, and territorial agglomerations (industrial district,
cluster).
• Management & Innovation Network Group
2015 FIGURES
Researchers 71
Public Funding 62.249 €
Private Funding 108.935 €
Main Clients
FORD ESPAÑA,
ICEMI, EVERIS
SPAIN, SCHNEIDER
ELECTRIC ESPAÑA
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
48. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Chemistry
Research Groups
• Heterogeneous and Environmental Photochemistry
Group: removal of effluent organic matter, hydrogen and
oxygen generation through catalysis.
• Excited State Group: detection, dynamics,
transformations, and fields of application. Lipidic
photoperioxydation, radicalary and DNA-photosensitivised
damage, photosensitivisation through drugs, senobiotics,
photochemistry.
• Research Group in Forestry Science and Technology
48
More information: www.upv.es/entidades/DQ/menu_702753c.html
2015 FIGURES
Researchers 17
Public Funding 102.255 €
Private Funding 13.144 €
Main Clients EUROPEAN DEFENCE
AGENCY
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
49. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Textile and Paper Engineering
49
More information: www.upv.es/entidades/DITP/indexc.html
Research Groups
• Research Group of Advanced Oxidation Processes -
AOP: Descontamination and detoxification of industrial
wastewater by means of Advanced Oxidation Processes.
Valorization of urban wastes for environmental applications.
• Research Group Technincal Management in Textile
Industry-GIITEX: Developement of innovative products and
processes. Smart and functional textiles.
• Research Group of Electrocatalysis, electrochemical
synthesis and characterization of polymers-GESEP:
Electrochemical treatment of industrial waste water. Surface
coating of materials with conductive polymers and
graphene: conductive fabrics
2015 FIGURES
Researchers 24
Public Funding 212.791 €
Private Funding 149.408 €
Main clients
ASOC. INV. DE LA
INDUSTRIA TEXTIL
PRODUCTORA NACIONAL
DE AROMAS, FRAGANCIAS
Y COLORANTES
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
50. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Engineering Projects
50
More information: www.upv.es/entidades/DPI/indexc.html
Research Groups
• Group of Project Theory and its Applications:
Industrial design methodology, Prediction models in
public contracting; Project management
• Research Group in Design Integraton and
Environmental Evaluation-ID&EA: Concurrent
engineering, life cycle analysis, ecoefficiency.
• Group of Development Studies, International
Cooperations, and Applied Ethics-GEDCE.
2015 FIGURES
Researchers 19
Public Funding 7.300 €
Private Funding 110.192 €
Main Clients AYTO DE VALENCIA
[R+D+i LINES]. MANUFACTURING AND MATERIALS TECHNOLOGIES
51. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA 51
• Joined Research Institute of Chemical Technology. ITQ
• Termal Engines Center. CMT
• Institute of Energy Engineering, IIE
• Institute of Electronic Engineering. ITE
• Institute of Industrial, Radiophysical, and Environmental Safety,
ISIRYM
• University Institute of Water and Environment Engineering, IIAMA
• Research Institute for the Integrated Management of Coastal Areas,
IGIC
• Institute of Concrete Science and Technology, ICITECH
• Institute for Transport and Territory. ITT
• Hydraulic and Environmental Engineering Department
• Department of Cartographic Engineering, Geodesy and
Photogammetry
• Department of Chemistry
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
Institutes, Research Centers and Departments
52. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Joined Research Institute of Chemical Technology, ITQ
Chemical and photochemical processes in life science and
sustainable chemical production.
- Biomass transformation into chemicals through sustainable
processes.
- Computational and high-throughput techniques applied to
the development of chemical processes.
- Photochemical techniques and nanomaterials in life science.
- Selective solid catalysts for sustainable chemical processes.
Structured materials as catalysts for generation of clean fuel
and renewable energy.
- Nanoporous and structured mesoporous materials in
energy conversion.
- Petrochemicals and clean fuels from fossil hydrocarbons.
- Production of renewable energy through chemical and
photochemical processes.
52
Relevant Infraestructures
Continuous Downflow Transported
Bed Reactor (Microdowner), high-
throughput (Spider), DCR- type FC
Pilot Plant, Solid and Liquids Nuclear
Magnetic Resonance, X Ray
Photoelectron Spectroscopy (XPS-
Auger). Femtosecond Transient
Absorption Spectroscopy
More information: itq.upv-csic.es/
Research centre UPV-CSIC
2015 FIGURES
Researchers 96
Public Funding 772.225 €
Private
Funding
2.905.347 €
Main clients
ARAMCO OVERSEAS
COMPANY LICELLA PTY
LTD INTERNATIONAL
FLAVORS & FRAGANCES
INC. EXXONMOBIL .
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
53. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Termal Engines Center, CMT
Objectives:
• Increase of engines efficiency for transportation and
power plants
• Reduction of CO2 and pollutants emissions from
combustion systems
• Development of new engine concepts
• Reduction of aerodynamic and combustion noise
Strategies:
• Research in fuel injection and combustion processes
• Study of flow and thermal processes in engines
• Use of conventional and alternative fuels
• Design and application of maintenance techniques
• Development of new experimental techniques
53
Relevant infrastructures
• 14 Engine test cells
• 23 Specific test installations
• 8 Single-cylinder research
engines
• Anechoic chamber
• Exhaust gas analysers
• High-speed visualisation
systems
• Transient test dynamometer
More information: www.cmt.upv.es
Hosting the Singular Scientific Infrastructure CiMeT (Centre for the Improvement of the Efficiency
and Environmental Impact of Transport Systems)
2015 FIGURES
Researchers 60
Public Funding 681.261€
Private Funding 2.848.209 €
Main clients
RENAULT, JAGUAR LAND
ROVER, PEUGEOT
CITROEN AUTOMOBILES,
VALEO SYSTEMES
THERMIQUES RENAULT
TRUCKS TOYOTA.
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
54. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute of Energy Engineering, IIE
• Electricity: Generation, transport, distribution,
management, and efficient energy consumption
systems.
• Nuclear: Thermohydraulics and safety studies for
various types of nuclear plant.
• Thermal: Heat transmission and flow and thermal
system modelling (refrigeration and air conditioning,
alternative internal combustion engines), infra-red
thermography.
• Renewable: Biomass, wind energy, solar energy,
hydrogen generation, sustainability.
54
More information: www.iie.upv.es
2015 FIGURES
Researchers 36
Public Funding 621.508 €
Private Funding 1.006.152 €
Main Clients
INTER-AMERICAN
DEVELOPMENT BANK
ELECTRODOMESTICOS
ESPAÑA, EMERSON
CLIMATE TECHNOLOGIES
CONSEJO DE SEGURIDAD
NUCLEAR.
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
55. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute of Electronic Engineering, ITE
• Energy storage and New Materials.
• Capital Goods for Low and Medium
Voltage Electrical Infraestructures.
• High Energy – Smart EPIs.
• SmartGrids.
• Mobility and Electrical Transport.
• Interoperability.
• Intelligent energy and social perception
55
Main Infrastructures.
Synthesis and Characterization of supercapacitors,
polymeric membranes and carbonaceous materials.
Development and characterization of components for
hydrogen fuel cells and direct methanol. Testing of
battery.
Electrical Safety Laboratory and Electromagnetic
Compatibility.
Renewable and Photovoltaic Pilot Plants
Electrostatic and Partial discharge Laboratory.
Eficiency Energy Laboratory.
Interoperability and SmartGrids Laboratory. Active
demand management laboratory.
Microgrid Laboratory.
Characterization of biomass.
Calibration and Legal Metrology Laboratory
High Voltage Laboratory, High Energy Laboratory.
More information: www.ite.es
Alliance with business association ITE
NUMBERS 2015
Researchers 12
Public Founding 31.702 €
Private Founding 113.833 €
Main clients
INSTITUTO DE TECNOLOGÍA DE
LA ENERGÍA
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
56. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
• Industrial Safety: electrochemistry and corrosion,
systems control and instrumentation, hydrogen
generation, fuel batteries, etc.
• Radiophysics Safety: X-ray equipment quality,
radiology imaging, nuclear plant safety, etc.
• Environmental Safety: industrial effluent treatment,
water desalination and conditioning technologies,
renewable energies, etc.
56
More information: www.upv.es/isirym/index.html
2015 FIGURES
Researchers 58
Public Funding 565.176 €
Private Funding 120.238 €
Main Clients
KERNKRAFTWERK
LEIBSTADT, DEPURACION
DE AGUAS DEL
MEDITERRANEO,
IBERDROLA INGENIERIA Y
CONSTRUCCION.
Institute of Industrial, Radiophysical, and Environmental Safety, ISIRYM
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
57. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
• Hydraulics and Hydrology: Avenues and extreme events, hydraulic
planning, river hydrological cycle modelling.
• River Engineering: Hydraulic structure design, mathematical and physical
modelling.
• Hydrogeology: characterisation of aquifer systems in civil engineering,
mining, and the environment.
• Mathematical Modelling of Underground Flow and Mass Transport
Processese: aquifers, pollutant transport
• Water resource management: planning, simulation, and management of
drought situations
• Hydraulic Networks and Pressure Systems: implementation and operation
of mathematical models for pressure water distribution networks (both
water supply and irrigation systems), with Geographic Information System
support.
• Water Chemistry and Microbiology: pesticide toxicity study, physico-
chemical parameter study in industrial and agricultural waste water.
• Water Quality: Water treatment and management, study of biological
waste water treatments and modelling of water quality in the environment.
• Environmental Impact Assessment.
57
More information: www.iiama.upv.es
2015 FIGURES
Researchers 75
Public Funding 1.303.838 €
Private Funding 708.522 €
Main Clients
TECNOLOGIAS Y
SERVICIOS AGRARIOS,
CONFEDERACION
HIDROGRAFICA DEL
DUERO FCC AQUALIA,
URBASER.
University Institute of Water and Environment Engineering, IIAMA
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
58. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
• Studies and conservation of the environment and
biological resources in coastal areas: Environmental
and ecotoxicoloy pollution, agricultural and industrial
pollutants, acoustic and light pollution in coastal areas.
• Technological tools applies to the marine and coastal
environment: sensor networks, communications and
teledetection, hydroacoustics and ultrasound
techniques.
• Coastal area knowledge, planning, and management:
Land development and natural resource management,
sector policies and their implications in coastal areas,
rural development and natural space management
58
More information : www.upv.es/entidades/IGIC/indexc.htm
2015 FIGURES
Researchers 62
Public Funding 161.720 €
Private Funding 271.557 €
Main Clients
IHE DELFT
FOUNDATION
EMPRESA GENERAL DE
SERVICIOS PUBLICOS
URBANOS, ZUNIBAL.
Research Institute for the Integrated Management of Coastal Areas, IGIC
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
59. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
• Advanced Materials
• Sustainability
• Monitoring and Maintenance
• Experimental Analysis of Structures
• Numerical Analysis of Structures
59
More information: www.icitech.upv.es
2015 FIGURES
Researchers 45
Public Funding 507.561 €
Private Funding 187.005 €
Main Clients
PACADAR,
SIKA SERVICES,
COMSA, VIAS Y
CONSTRUCCIONES,
PEIKKO GROUP OY.
Institute of Concrete Science and Technology (ICITECH)
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
60. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
• The territorial system, transport networks, and
activity location. Use of automated information and
control systems. Metropolitan and urban areas:
urban development, traffic, and transport.
• Planning and joint transport and land development
policies. Mobility and sustainability. Transport-
derived risks and action plans against them
• Land, sea, and air transport infrastructures: nodal
and linear infrastructures. Transport infrastructure
management and operation.
• High speed: impact on social, economic, transport,
environmental, and land development aspects.
60
2015 FIGURES
Researchers 30
Public Funding 112.302 €
Private Funding 198.645 €
Main Clients
TRABAJOS Y OBRAS,
AUTORIDAD
PORTUARIA DE
VALENCIA, RENFE,
AZVI, FERROCARRILS
GV
Institute for Transport and Territory, ITT
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
61. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 61
FIGURES 2015
Researchers 15
Public Funding 0 €
Private Funding 320.448 €
Main Clients
AECOM INTERNATIONAL
DEVELOPMENT EUROPE,
INTERNATIONAL WATER
ASSOCIATION,
INTER-AMERICAN
DEVELOPMENT BANK
DEUTSCHE GESELLSCHAFT
FUR TECHNISCHE GMBH.
Hydraulic and Environmental Engineering Department
More information: www.upv.es/entidades/DIHMA/menu_700850c.html
Research groups:
Most DIHMA professors are integrated for R+D+i purposes in the
Research Institute of Water and Environmental Engineering
(IIAMA), while some others are in the Research Institute for
Integrated Management of Coastal Areas (IGIC) as well as in the
Multidisciplinary Mathematics Institute (IMM). Figures and data
shown in the table refer to the remaining DIHMA professors which,
for R+D+i purposes, are grouped in:
• Research group in Water Engineering and Technology (ITA):
research activity focused in engineering and urban water
management topics (Hydraulic Elements, Fluid transients, Water
Distribution Networks, Water Demand Management, …)
• Research group in Forest Science and Technology (RE-
FOREST): research activity focused in forest and environmental
topics (physical-chemical-biological processes in soil, atmosphere,
water and plants, forestry management and planning,…)
• Non-grouped personnel: research activity focused in topics
related to the urban water cycle (CFDs, Fluid Transients, Water
Distribution Networks,.. ) and aquatic systems ecology (habitats,
biotic relations, effects of pollutants, environmental quality control...)
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
62. UNIVERSITAT POLITÈCNICA DE VALÈNCIA 62
• Cartography, Geodesy and GPS group.
• Remote Sensing and Environmental Cartography
Group (GCAT).
• Cultural Heritage Recovery group
D. Cartographic Engineering, Geodesy and Photogrammetry
2015 FIGURES
Researchers 35
Public Funding 136.646 €
Private Funding 63.688 €
Main clients
OBRASCON HUARTE
LAIN, AYTO. DE
VALENCIA, AYTO DE
VILLALONGA
EMPRESA
TRANSFORMACION
AGRARIA
More information: www.upv.es/entidades/DICGF/menu_701026c.html
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
63. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Chemistry
Research Groups
• Heterogeneous and Environmental Photochemistry
Group: removal of effluent organic matter, hydrogen and
oxygen generation through catalysis.
• Excited State Group: detection, dynamics,
transformations, and fields of application. Lipidic
photoperioxydation, radicalary and DNA-photosensitivised
damage, photosensitivisation through drugs, senobiotics,
photochemistry.
• Research Group in Forestry Science and Technology
63
More information: www.upv.es/entidades/DQ/menu_702753c.html
2015 FIGURES
Researchers 17
Public Funding 102.255 €
Private Funding 13.144 €
Main Clients
EUROPEAN DEFENCE
AGENCY
[R+D+i LINES]. ENERGY, TRANSPORT AND ENVIRONMENT
64. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA 64
• University Institute of Food Engineering for Development, IIAD
• Mixed U. Institute of Molecular and Cellular Plant Biology, IBMCP
• Mediterranean Agroforestal Institute. IAM
• Institute for Preservation and Improvement of Valencian Agrodiversity
(COMAV).
• Institute of Animal Science and Technology, ICTA.
• Valencian Center for Irrigation Studies. CVER
• Advanced Center for Food Microbiology. CAMA
• Department of Food Technology
• Department of Agricultural Engineering
[R+D+I] LINES. BIOTECHNOLOGY AND AGRO-FOOD
Institutes, Research Centers and Departments
65. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
University Institute of Food Engineering for Development, IU-IAD.
• Products and processes design.
• Quality control of products and processes through
non-invasive methods.
• Sustainable and Environmental Engineering.
• Postharvest Technology.
• Development and use of edible films in food
products.
• Functional Foods: Development and Optimizing the
use.
• Encapsulation of bioactive compounds for the food
industry.
• Quality assessment and products development
from honey and bee products.
• Development and improvement of winemaking
processes.
• .
65
Relevant Infrastructure.
1 Pilot Plant.
14 Specific Laboratories.
4 General Laboratories.
1 Sensorial Analysis Room.
Offices Area, conference and
meeting rooms ...
More information: www.iad.upv.es
2015 FIGURES
Researchers 54
Public Funding 338.082 €
Private Funding 87.269 €
Main clients
PRODUCTOS
AGROVIN, APISOL,
MELAZAHAR
COOPERATIVA
VALENCIANA MIFSUD
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
66. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Mixed U. Institute of Molecular and Cellular Plant Biology, IBMCP
• Biotechnology and plant improvement of grown
crops
• Development and hormonal action in plants
• Response mechanisms against stress in plants
• Plant molecular and evolutionary virology
66
: www.ibmcp.upv.es
UPV-CSIC mixed research centre
Relevant infrastructures
•Microscopy, DNA
sequencing service,
genomics, proteomics, and
metabolomics laboratories.
• Conservatories (3000m2),
Fully automated
conservatories (1500m2)
2015 FIGURES
Researchers 86
Public Funding 506.152 €
Private Funding 696.758 €
Main clients
FUNDO DE DEFESA DA
CITRICULTURA
INVESEED
TECHNOLOGIES,
BIOPOLIS.
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
67. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Mediterranean Agroforestal Institute, IAM
• Improvement of fruit tree production and fruit
quality.
• Crop protection: vegetables, fruit trees, forest
ecosystems and ornamental plants.
• Plant Pathology (Mycology and Virology).
Applied Entomology.
• Botany, Ecology and natural resources.
• Organic wastes for soils growing media
production and soil fertilization.
67
More information: www.upv.es/iam/
2015 FIGURES
Researchers 30
Public Funding 265.145 €
Private Funding 411.068 €
Main clients
MINISTERIO DE MEDIO
AMBIENTE Y MEDIO RURAL
Y MARINO, BAYER
CROPSCIENCE, ECOLOGIA
Y PROTECCION AGRICOLA,
GRANADA LA PALMA.
Outstanding infrastructure
• Laboratories: Plant
Physiology, Phytochemistry,
Ecology, Plant Pathology and
Applied Entomology.
•Biosafety laboratory
(Phytopathogeny and
Virology).
•Greenhouses.
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
68. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute for Preservation and Improvement of Valencian Agrodiversity (COMAV)
• Conservation and utilization of landraces of
vegetable crops.
• Breeding of vegetable cultivars resistant to
diseases and abiotic stresses.
• Breeding for quality in vegetable crops.
• Breeding of vegetable landraces.
• In vitro culture and genetic transformation.
• Generation of doubled haploids.
• Molecular characterization of viruses.
• Bioinformatics and genomics.
68
Infraestructuras relevantes
• Germplasm bank: 13000
accessions of crops and
wild relatives
• European Central
Cucurbits Database
More information: www.comav.upv.es
2015 FIGURES
Researchers 24
Public Funding 741.499 €
Private Funding 470.210 €
Main clients
THE GLOBAL CROP
DIVERSITY TRUST
MERIDIEM SEEDS,
SWEET SEEDS, RIJK
ZWAAN BREEDING
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
69. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute of Animal Science and Technology, ICTA
• Aquaculture and biodiversity: Growth models and
study of sea farm design and management options
• Animal feeding: Nutritional assessment of raw
materials and subproducts.
• Animal improvement: Generic improvement of meat
rabbit and development of lines of interest in
production.
• Animal production systems and technologies: Food
quality and safety, mechanical milking technology
and animal production systems, cattle and the
environment.
69
Relevant infrastructures
- Meat rabbit selection centre
- Pilot feed manufacturing
plant
- Experimental small
ruminant farm
- Pilot cheese manufacturing
plant
- Aquaculture tanks
- Laboratories
More information: www.icta.upv.es
2015 FIGURES
Researchers 39
Public Funding 1.116.735 €
Private Funding 353.778 €
Main Clients
ASOC. LABORAT.
INTERPROFESIONAL
LACTEO DE LA C.V.,
FERTINAGRO
NUTRIENTES,
GLOBAL FEED,
MUNTANYETA COOP. V.
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
70. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Valencian Centre for Irrigation Studies, CVER
70
Relevant infrastructures
• 1000 m2. of conservatories
• Soil physics, soil and water
salinity, heavy-metal pollution
of water laboratory.
•Testing bench for irrigation
facilities.
More information: www.upv.es/cver/
• Hydraulic Engineering.
• Irrigation technologies: Irrigation systems and
networks engineering.
• Soils and water
• Crops - water, soil, plant interactions.
• Economy and management of hydraulic resources.
2015 FIGURES
Researchers 22
Public Funding 0 €
Private Funding 55.720 €
Main Clients
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
71. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Advanced Centre for Food Microbiology, CAMA
• Methods for the control and detection of mycotoxins
in food.
• Development of functional food by application of
lactic bacteria to industrial processes.
• Detection of pathogen bacteria in water by means
of molecular methods.
71
2015 FIGURES
Researchers 12
Public Funding 89.298 €
Private Funding 40.030 €
Main Clients DAFSA
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
72. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Food Technology
72
More information: http://www.upv.es/contenidos/INVESDTA/indexc.html
− Agro-food process optimisation
− Development of new agro-food products and processes.
− Development of new non-destructive techniques for food
process and analysis control
− Development of safe, healthy food
− Storage and biopreservation studies
− Science and cooking
− ICTs for improvement of nutritional status
− Lifecycle analysis and ecoefficiency of agro-food products and
processes
Research Groups:
• Group for the Analysis and Simulation of Agro-food
Processes-ASPA.
• Food Microstructure and Chemistry Group-MiQuAli.
• Food Research and Innovation Group (CUINA)
2015 FIGURES
Researchers 39
Public Funding 369.486 €
Private
Funding
136.002 €
Main clients
SOLIMAR FOOD
INGREDIENTS, JUMEL
ALIMENTARIA
PESCAFINA BACALAO,
JOSEFA ESTELLES
MAYOR
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
73. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Agricultural Engineering
Research groups
• Group Mechanization and Agricultural Technology:
– Machinery for crop management and protection
– Harvesting and post-harvesting equipment
– Agricultural Robotics & Precision Farming
– Energetic use of biomass
• Rural Engineering
– Environmental Fluid Dynamics
– Solar Energy Systems. Energy Efficiency
– Irrigation Technology
– Agroindustrial Constructions, Environmental Studies.
– Project and Rural Planning
Participation in other UPV research structures:
• Group in Forest Science and Technolgy
• Centre of Valencian Irrigation Studies CVER
• Group ACUMA: Landscape Planning and Visual Impact Assesment
73
More information: http://www.upv.es/entidades/DIRA/indexc.html
2015 FIGURES
Researchers 26
Public Funding 159.924 €
Private Funding 51.941 €
Main clients
COMUNIDAD GENERAL
DE USUARIOS DEL ALTO
VINALOPO
[R+D+I]. BIOTECHNOLOGY AND AGRO-FOOD
74. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA 74
• Institute for Management of Innovation and Knowledge, INGENIO
• Center for Quality and Change Management. CQ
• Centre for Research in Business Management. CEGEA
• Economic Engineering Research Center, INECO
• Department of Applied Linguistics
[R+D+I LINES]. SOCIAL SCIENCE
Institutes, Research Centers and Departments
75. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute for Management of Innovation and Knowledge, INGENIO
• Analysis of knowledge generation and use, including the
interdisciplinary nature of scientific knowledge production,
the effect of knowledge flows on innovative performance,
and the roles of public research organizations and
universities in the generation and application of
knowledge.
• The organization of innovation and research processes,
including the definition and implementation of corporate
and public innovation strategies, innovation management,
and the geographic and sectorial patterns of innovative
activities.
• The analysis and evaluation of science and innovation
policies and activities.
75
More information: www.ingenio.upv.es
Centro de investigación mixto UPV-CSIC
2015 FIGURES
Researchers 33
Public Funding 84.542 €
Private Funding 93.441 €
Main clients
AYTO DE VALENCIA,
CONSORCIO CENTRO INV.
BIOMEDICA EN RED DE
SALUD MENTAL, BELGIUM
SPRL Q-PLAN
INTERNATIONAL
ADVISORS
[R+D+I LINES]. SOCIAL SCIENCE
76. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Centre for Quality and Change Management, CQ
• Excellence and quality models.
• Tools for data analysis and process improvement.
• Management of higher education.
• Tools for change management.
• Project management and optimisation.
76
More information : www.upv.es/entidades/CQ/index.html
2015 FIGURES
Researchers 23
Public Funding 18.782 €
Private Funding 82.202 €
Main Clients
AUTORIDAD
PORTUARIA DE
VALENCIA,
REFRACTARIOS
ESPECIALES
[R+D+I LINES]. SOCIAL SCIENCE
77. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Centre for Research in Business Management, CEGEA
• Agricultural Economics and Cooperatives: Competitive factors for agri-food
cooperatives. Integration and new generation business models developed by agri-
food cooperatives. Cooperative mergers. Decisions in marketing Market research.
Financial structure in agricultural cooperatives. National and International
agricultural tax policy. Cooperative Law. Business failure prediction models
• Accounting, Auditing, Tax and Public Sector: Accountancy management. Tax
management. Auditing and assurance services. Governmental accounting. Non-
financial and sustainability reporting. Ethics and professional responsibility in
accounting.
• Laws and Business: Company law. Insurances. Industrial and intellectual
property.
• Entrepreneurship, Innovation and Social Responsability: Social
Responsability of social economy financial and non-financial market institutions.
Entrepreneurship and University. Contributions of the university entrepreneurship
ecosystem. Social network analysis. Corporate social responsibility in the food
chain. Rural entrepreneurship and regional development
77
More information: www.cegea.upv.es
2015 FIGURES
Researchers 20
Public Funding 39.026 €
Private Funding 116.422 €
Main clients
GESEM,
CONFERENCIA DE
RECTORES DE
UNIV.ESPAÑA,
AYTO DE VALENCIA
[R+D+I LINES]. SOCIAL SCIENCE
78. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Economic Engineering Research Center/ INECO
• Valuation and Assessment: Research in the field
of asset valuation and appraisal, as rural properties,
urban real estate, works of art, architectural,
equipment, financial assets, businesses and
intangible assets. Research on the influence of the
energy rating in the value of buildings.
• Economics and Health Management: Research in
health economics and social welfare, occupational
safety and social security systems.
78
More information: www.civat.upv.es y www.ciegs.upv.es
2015 FIGURES
Researches 19
Public Funding 13.310 €
Private
Funding
59.520 €
Main clients
GVA, UCB PHARMA,
TAXO VALORACION.
[R+D+I LINES]. SOCIAL SCIENCE
79. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Applied Linguistics
79
More information: www.upv.es/entidades/DLA/info/526460normalc.html
2015 FIGURES
Researchers 59
Public Funding 27.605 €
Private Funding 1.897 €
Main Clients
Research groups:
• CAMILLE Research Group (Computer-Assisted
Multimedia Interactive Language Learning
Environment): Development and evaluation of
multimedia courseware; development and evaluation
of virtual language learning environments.
• DIAAL: Intercultural Dimension and Active Language
Learning: Simulation and gaming, quality in
assessment and discourse analysis
• GALE (Specialized Languages Analysis research
group): Discourse analysis, terminology and
translation, teaching specialized languages.
[R+D+I LINES]. SOCIAL SCIENCE
80. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA 80
• University Institute of Multidisciplinary Mathematics, IMPA
• Institute of Pure and Applied Mathematics, IMM
[R+D+I LINES]. MATHEMATICS
Institutes, Research Centers and Departments
81. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Institute of Pure and Applied Mathematics, IUMPA
81
More information: www.impa.upv.es
2015 FIGURES
Researchers 49
Public funding 305.253 €
Private funding 8.524 €
Main clients
ENERGESIS
INGENIERIA
• Algebra
• Mathematical Analysis
• Synthetic Biology
• Mathematical Physics
• Photonics
• Geometry
• Operations Research
• Numerical Methods
• Fuzzy Mathematics
• Mathematical Modelling
• Dynamical Systems
• Topology
[R+D+I LINES]. MATHEMATICS
82. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
University Institute of Multidisciplinary Mathematics, IMM
82
More information: www.imm.upv.es
2015 FIGURES
Researchers 64
Public Funding 276.996 €
Private Funding 312.396 €
Main clients
FUNDACION INSTITUTO
TECNOLOGICO DE GALICIA,
TORRESCAMARA Y CIA. DE
OBRAS, AGLOMERADOS LOS
SERRANOS, AGRUPACION
MEDITERRANEA DE
INGENIERIA.
• Mathematical models of social behaviour and
medicine: Dynamic transmission of infectious
diseases and social disorders, evolution of tumours,
modelling brain functions, etc.
• Mathematical models in the social environments:
Quantitative finances, social networks analysis in
the Internet, voting behaviour, etc.
• Mathematical models in Physics: Tree nutrient
dynamics, simulators for incidences in nuclear
centrals, water distribution systems management,
etc.
[R+D+I LINES]. MATHEMATICS
83. UNIVERSITAT POLITÈCNICA DE VALÈNCIAUNIVERSITAT POLITÈCNICA DE VALÈNCIA 83
• University Institute for Heritage Restoration, IRP
• Research Center for Art and the Environment. CIAE
• Department of Sculpture
• Department of Painting
• Department of Drawing
[R+D+I LINES]. ART AND ARCHITECTURE
Institutes, Research Centers and Departments
84. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
• Intervention in the Artistic and Documentary
Heritage: study of preventive preservation and
intervention methodologies and techniques
– Areas: mural painting; easel painting and altarpieces;
sculpture and ornamental materials; gilted pieces,
polychromy, and furniture; archaeological and ethnographic
materials - pavings, tiles, ceramic pieces, glass - ; graphic
and documentary work - drawings, vellum, engravings, books,
photographs, manuscripts- ; textile work; and non-
conventional art materials.
• Intervention in the Architectural Heritage: study of
materials, techniques, deterioration processes and
causes, application of traditional and cutting-edge
techniques.
84
Relevant infrastructures
•Physico-Chemical and
Environmental Laboratory, ultra-
violet and infra-red photography
laboratory, radiography, infra-red
reflectography, Optics and
Colorimetry laboratory
•Photogrammetic Laboratory for non-
destructive examination techniques
More information: www.upv.es/irp
2015 FIGURES
Researchers 118
Public Funding 393.208 €
Private Funding 767.545 €
Main Clients
PARROQUIA S.PEDRO
MARTIR Y S.NICOLAS
OBISPO DE VALENCIA
ARZOBISPADO DE
VALENCIA REAL
BASILICA DE NTRA.
SRA. DE
DESAMPARADOS.
University Institute for Heritage Restoration, IRP
[R+D+I LINES]. ART AND ARCHITECTURE
85. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Research Centre for Art and the Environment, CIAE
The purpose of CIAE is to develop and manage, within the
UPV framework, a comprehensive research,
development, and innovation programme concerning the
interaction
between the various art disciplines and their
relationship with the environment, boosting promotion and
dissemination of knowledge, in response to the
demands of a society in a continuous
modernisation process, which requires solutions in this
domain.
These are its main research lines:
• Mural painting.
• Materials, painting processes, and environments.
• Graphic work. Creation and communication.
• Curatorship and management of cultural events.
• Art and environment. Sustainability environments.
• Creative design and graphic illustration.
85
More information: www.upv.es/ciae/
2015 FIGURES
Researchers 36
Public Funding 40.183 €
Private Funding 51.715 €
Main Clients
ABBVIE SPAIN,
TURNER
PUBLICACIONES,
LA IMPRENTA,
COMUNICACION
GRAFICA
[R+D+I LINES]. ART AND ARCHITECTURE
86. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Sculpture
86
More information: http://www.upv.es/entidades/DE/index-es.html
Research Groups
• Intermedia Creation Lab [LCI]: Production of Intermedia Art.
Production of Sound Art Production of Gender Art Studies. Production of Public Art
Production of Dramatic Arts. http://www.upv.es/intermedia/#
• New Sculpture Procedures: Sculpture languages: Processes and
techniques. 3D modelling and prototyping. Exhibition projects: Productions,
diffusion, and impact. Installation: Plastic interventions in exhibition spaces.
Sculpture as a landscape-changing element: Art, urban development, and the
environment.
• Urban Space and Gender Technologies: The creation of the
public space and its reflection in contemporary thought and visual culture from a
gender point of view. The impact of feminisms and sexual dissidence on the urban
space. Studies on urban culture, art, and architecture and their ideological, cultural,
and visual problems http://espaciourbanoytecnologiasgenero.blogs.upv.es/
• Light Lab. Augmented Reality. Audiovisual Languages. Project presentation
systems. Real-time video. Physical interfaces. Dynamic network experiences.
http://www.laboluz.org
2015 FIGURES
Researchers 57
Public Funding 70.665 €
Private Funding 12.200 €
Main Clients
[R+D+I LINES]. ART AND ARCHITECTURE
87. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Painting
87
More information: www.upv.es/pintura/
www.upv.es/entidades/DP/index-es.html
2012 FIGURES
Researchers 32
Public Funding 16.465 €
Private Funding 5.403 €
% VAIP 0,31
[R+D+I LINES]. ART AND ARCHITECTURE
The Department of Painting carries out its research work
through the individual activities of its teachers, working with
interdisciplinary research groups and centres, particularly in
art, critical, and aesthetic production areas:
• Analysis of and experimentation with materials, pictorial processes,
and creative methodologies in contemporary painting.
• Curatorship and management of cultural events.
• Art projects linked to environmental education and environmental
values.
• Management, development, and production of graphic art and
illustration projects.
• Study and research of aesthetic and expressive principles linked to
image-light (Augmented Reality, Audiovisual Languages, Dynamic
experiences in the web...) www.laboluz.org/base_e.htm
88. UNIVERSITAT POLITÈCNICA DE VALÈNCIA
Department of Drawing
Research Groups
• Group on Plastic Expression of Movement, Animation,
and Luminokineticism
• Group on Design Research and Management
• Animation Group: Art and Industry: Art and
experimental animation. New animation languages
included in contemporary audivisuals, sound in animation,
documentation and cataloguing.
88
More information: http://www.upv.es/entidades/DD/menu_701694c.html
2015 FIGURES
Researchers 46
Public Funding 25.931 €
Private Funding 27.467 €
Main Clients
INNOAREA DESIGN
CONSULTING
[R+D+I LINES]. ART AND ARCHITECTURE