Team

CalSens SL is a technology-based company and spin-off of the Polytechnic University of Valencia. It was born from the union of telecommunications and civil engineering professionals. Have been collaborating together since 2004 on photonic technology research projects, applied to the monitoring of processes and structures.

Salvador Sales Maicas

Salvador Sales is a Professor at the UPV and founding partner at Calsens. His research is carried out in photonic sensors and optical signal processing for the last 25 years. He has been involved in more than 20 European funded projects related to new ways of sensing using fiber sensors and to improve the capability of optical networks using photonic processing. He has been leading customized fiber sensor solutions for many important research centres and companies. He has developed fiber sensors that can support over 1000ºC for the European Space Agency and novel 3D shape sensors based on SDM fibers to assist brain surgery, amongst others.

PH.D. TELECOMMUNICATIONS ENGINEERING (UPV) UNIVERSITY PROFESSOR, COMMUNICATIONS (ETSIT)(UPV)

Pedro A. Calderón

Pedro A. Calderón is a Professor at the UPV and founding partner and chairman of the board of directors at Calsens. He carries out his research in the structural and geotechnical engineering field, oriented towards smart systems and sensors for Structural health Monitoring. Testing and monitoring of full-scale specimens, or even operating structures, associated with advanced numerical modelling, have always been part of Pedro’s research. Before entering UPV, Pedro was Partner and Technical Director of GIA, S.L. (Engineering Consulting Company), where he led and participated in works in Spain, Benin, Guinea Bissau, Mexico, and Colombia. Since he entered the UPV he has been leader and researcher of over 10 European Union and National research projects and more than 50 research projects involving private companies and institutions, raising an overall turnover of over 3.5 million € in research projects.

M.SC. GEOTECHNICAL ENGINEERING (UNIVERSITY OF CALIFORNIA) PH.D. CIVIL ENGINEERING (UPV) UNIVERSITY PROFESSOR, CONSTRUCTION ENGINEERING (UPV)

José Miguel Adam Martínez

José M. Adam is a Professor at the UPV and founding partner at Calsens. His research is carried out in the structural engineering field and is oriented towards improving the resilience of buildings and bridges. Jose’s research has always been associated with ambitious experimental campaigns, including many on full-scale structures-specimens. Two of his most important merits-contributions are: holder of an ERC Consolidator Grant for the amount of 2.5 million euros; and Senior Editor of Construction and Building Materials, one of the leading journals in its field.

PH.D. CIVIL ENGINEERING (UPV) UNIVERSITY PROFESSOR, CONSTRUCTION ENGINEERING (UPV)

Juan José Moragues Terrades

Juan José Moragues is a member of the Concrete Science and Technology Institute (ICITECH) of the Polytechnic University of Valencia. Has been a Spanish representative in the commission of the International Federation of Prestressing related to maintenance of structures. Has taken part as principal investigator in various projects of the National R&D Plan and in other subsidized projects. Has directed several doctoral and master's theses within the Department of Construction Engineering. He is the author or co-author of 14 Bridges. Simultaneously, has participated in the design and construction of important implementations of industrial buildings, belonging to multinational companies. Has taken part in the structural design of more than 50 buildings for different uses, both residential and sports, commercial, educational, offices, parking buildings. Furthermore, he is the author of numerous reports on pathology, rehabilitation and reinforcement of structures.

DOCTOR OF ENGINEERING OF ROADS, CANALS AND PORTS. PROFESSOR OF THE CONSTRUCTION ENGINEERING DEPARTMENT.

Ignacio Javier Payá Zaforteza

Ignacio Payá is a member of the Concrete Science and Technology Institute (ICITECH) of the Polytechnic University of Valencia. Has taken part in three projects of the national R&D plan and in three other subsidized competitive projects. He is the author or co-author of more than forty journal articles, book chapters, communications and conference papers. Has carried out numerous reports, projects and construction management in Spain and in other countries such as France and India. He is a member of the Working Commission 6 «Information Technology» and of the «e-learning board» of the International Association for Bridge and Structural Engineering (IABSE). Has also carried out research and teaching stays at Princeton University (Princeton, USA) for 15 months and at the Technische Universität Berlin (Berlin, Germany) for 9 months.

DOCTOR OF ENGINEERING OF ROADS, CANALS AND PORTS MASTER'S DEGREE IN TUNNELS AND BRIDGES IN ÉCOLE NATIONALE DE PONTS ET CHAUSSÉS (PARIS) UNIVERSITY PROFESSOR

Antonio Penadés Pla

Antonio Penadés Pla is graduated in Mechanical Engineering from the Polytechnic University of Valencia. Specialized at the Technological Institute of Plastics and the Polytechnic University of Valencia in polymeric materials and composites. He has recently worked on the design, development and application of structural monitoring systems in civil constructions. His most recent line of research and development is focused on the manufacture of pultruded composite material profiles sensorized using fiber optic-based sensors.

MECHANICAL ENGINEER PRODUCT RESPONSIBLE AT CALSENS MASTER IN TECHNOLOGY OF POLYMERIC MATERIALS AND COMPOSITES

Pedro Calderón Bofías

Pedro Calderón Bofías is graduated in Mechanical Engineering from the Polytechnic University of Valencia. He has been working on the design, development and application of structural health monitoring (SHM) systems in civil construction for more than 3 years. His most recent line of research and development focuses on obtaining the curvature, shape and deformation of structures using fiber optic-based sensors.

MECHANICAL ENGINEER I+D+I RESPONSIBLE AT CALSENS

Jesús Martínez Serrano

Jesús Martínez Serrano is graduated in Technical Engineering for Public Works, specializing in Civil Construction, from the Polytechnic University of Valencia. His professional life is focused on the field of Structural Pathology and Rehabilitation, with more than 22 years of experience in inspection, monitoring, conducting pathology studies, rehabilitation projects, execution and direction of load tests on civil and construction structures. He is as well an Associate Professor at the ETSICCP of the Polytechnic University of Valencia.

(COO) CHIEF OPERATING OFFICER AT CALSENS CIVIL ENGINEER UNIVERSITY ASSOCIATE PROFESSOR

Eduardo Luengo Fernández

Eduardo Luengo is a Civil Engineer which has developed his profession in Spain, Holland, France, Germany, Ecuador, Peru, Bolivia and Colombia. He has been a partner of Calsens since 2021. Eduardo's professional activity has focused on the design and execution of complex works such as: metro and high-speed rail lines, large hydraulic projects, highways, etc. He held development leadership positions in the Spanish administration for the planning and execution of high-flow hydraulic works and storage capacity, with waterfall energy reuse. Eduardo was a founding partner of Prover, a company dedicated to transport, hydraulic and urban engineering in Spain and Latin America. In mentioned company, he actively participated in the studies of the Bogotram and the Lima and Bogotá subways. He currently collaborates with various business groups in the engineering and construction sector.

CIVIL ENGINEER. (UPV)

Salvador Ivorra-Chorro

Salvador Ivorra is a University Professor at the University of Alicante (UA). His main research field focuses on the dynamic behavior of structures, of seismic origin and other phenomena. He has developed extensive experimental campaigns, both in real infrastructures and in laboratory, in Spain, Italy, Algeria, Greece, Romania and the United Kingdom. Salvador has participated in the design and execution of dynamic load tests on numerous high-speed rail bridges, of which, the performance of dynamic load tests on the Basarab Bridge (Romania) and Ponte del Adriático (Italy) should be highlighted, due to their uniqueness, as well as tests on numerous historic buildings, headlining the dynamic behavior of bell towers and industrial chimneys. From his participation in European projects, it is worth mentioning the performance of tests on seismic tables of full-scale structures, displaying reinforced concrete buildings, silos and masonry ribbed vaults.

PH.D. INDUSTRIAL ENGINEERING. UNIVERSITY PROFESSOR, CIVIL ENGINEERING (UA)