People

People

Applied Photonics Group (Bilbao - Spain)

Nowadays, the headquarters of Applied Photonics Group (APG) are located at the Faculty of Engineering of Bilbao, University of the Basque Country UPV/EHU.

APG Research Group is composed by 25 members, 20 Ph.D.s, 4 of them - J Zubia, MA Illaramendi, J Villatoro and D Novoa - are highly distinguished Professors at the UPV/EHU. The remaining 16 are full-time Associate and Assistant Professors at the UPV/EHU.

Currently APG Research Group has 5 Ph.D. students: G Zubia, J Grandes, A Castaño, A Mena, L Mescli and J Barata.

We also have yearly several undergrad and master students developing their final degree projects within our group.
 

 One by one we present ourselves as follows:

Joseba Zubia

Joseba Zubia

Title: Professor at the Department of Communications Engineering (UPV/EHU)
Researcher on Liquid Crystals, POFs (active and passive) and Photonic Applications since 1989. Ph.D. since 1993. 

Joseba Zubia was born in Barakaldo, Spain, in 1965. He received the M.Sc. and Ph.D. degrees in physics from the University of the Basque Country (UPV/EHU), Bilbao, Spain, in 1988 and 1993, respectively. He received a special award for the best thesis and the Euskoiker research award. Since 2001 he is Professor within the Department of Communications Engineering, of the University of the Basque Country. He is the Director of the Applied Photonics Group, recognized as outstanding by Basque Science System. His research interest includes the development of fiber-optic sensors, fabrication of polymer optical fibers and quantum optics. In this field, he has collaborated with leading European, Japanese and U.S. researchers, and he has published over 150 articles in SCI-IF journals and contributed over 250 communications in scientific conferences.


Phone: +34 94601 4138
e-mail: joseba.zubia@ehu.eus

 

Current research activities

POFs, Fabrication of microstructured polymer optical fibres, Fiber Sensors and Photonic Applications.

Current teaching subjects

  • Optical Communications-I
  • Optical Communications-II
  • Industrial Photonics
  • Space Interferometry (Master on Science and Technology of Space)
  • Research Methodology (Master degree on Telecommunications)

Asun Illarramendi

Mariasun Illarramendi

Title: Professor at the Department of Applied Physics (UPV/EHU)
Phone: +34 94601 4254
e-mail: ma.illarramendi@ehu.eus

Current research activities

  • Doped Polymer Optical Fibers: characterization, emission, fiber lasers, fiber amplifiers.
  • Polymer Optical Fibers: characterization, properties, scattering.

Current teaching subjects

  • Physics
  • Physics Widening
  • Space interferometry (Master on Science and Technology of Space)

Joel Villatoro

Joel Villatoro

Title: Ikerbasque Research Professor at the Department of Communications Engineering (UPV/EHU). P.hD. since 1999.

Research experience at UNAM and Centro de Investigaciones en Optica A. C.. (Mexico), Case Western Reserve University (USA), ICFO and University of Valencia (Spain), and Aston Institute of Photonic Technologies (UK).


Phone: +34 94601 7277
e-mail: agustinjoel.villatoro@ehu.eus

Current research activities

Exploitation of the outstanding optical properties of nano-scale objects and the modal properties of photonic crystal fibres for sensor development. Applied Photonics. Development of photonic devices and prototypes. 

  • Multicore fiber sensors
  • Plasmonic sensors
  • Interferometric sensors

David Novoa

Title: Ikerbasque Research Professor at the Department of Communications Engineering (UPV/EHU). Ph.D. since 2011.
Phone: +34 94601 4114
e-mail: david.novoa@ehu.eus

David Novoa was awarded with the Pre-doctoral grant “Maria Barbeito”, Post-doctoral contract at CLPU, Post-doctoral Fellowship of the Max-Planck Society, Post-doctoral Fellowship “Juan de la Cierva” (declined), Extraordinary PhD award from the University of Vigo, W2 Associate Research Professor and Group Leader at the Max-Planck Institute for the Science of Light.

Previous research experience at the University of Vigo (Spain), Max-Planck Institute for Quantum Optics (Germany), Centro de Láseres Pulsados (Spain), Max-Planck Institute for the Science of Light (Germany).

Now his work focuses on the science and applications of micro- and nano-structured optical fibre technology

Current research activities

  • Nonlinear & Quantum photonics
  • Fibre optics
  • Ultrafast laser science
  • Extreme light-matter interaction
  • Machine learning

 

Jon Arrue

Jon Arrue

Title: Associate Professor at the Department of Communications Engineering (UPV/EHU)
Researcher on POFs (active and passive) since 1993. Ph.D. since 1999.
Phone: +34 94601 4144
e-mail: jon.arrue@ehu.eus

 

Current research activities

POFs doped with organic dopants to achieve efficient optical amplifiers and lasers.

Current teaching subjects

  • Optical Communications-I
  • Optical Communications-II
  • Analysis of Circuits

Gotzon Aldabadetreku

Gotzon Aldabadetreku

Title: Associate professor at the Department of Communications Engineering (UPV/EHU).
Researcher on POFs since 2000. PhD since 2006.
Phone: +34 94601 4177
e-mail: gotzon.aldabaldetreku@ehu.eus

 

Current research activities

Characterization and fabrication of polymer optical fibers and fiber-optic sensors.

Current teaching subjects

  • Optical Communications-II
  • Radiocommunications
  • Electromagnetic fields
  • Space interferometry (Master on Science and Technology of Space)
  • Radio over fiber (Master in Mobile Network Information and Communication Technologies)

Gaizka Durana

Gaizka Durana

Title: Associate professor at the Department of Communications Engineering (UPV/EHU).
Researcher on POFs since 2000. Ph.D. since 2008.
Phone: +34 94601 4128
e-mail: gaizka.durana@ehu.eus

 

Current research activities

Fabrication of microstructured polymer optical fibres; design and development of new mPOF-based sensors.

Current teaching subjects

  • Optical Communications-II
  • Electromagnetic fields
  • Space interferometry (Master on Science and Technology of Space)
  • Radio over fiber (Master in Mobile Network Information and Communication Technologies)

Felipe Jimenez

Feipe Jimenez

Title: Associate Professor for the Department of Applied Mathematics (UPV/EHU). Ph.D. since 2000.
Phone: +34 94601 4167
e-mail: felipe.jimenez@ehu.eus

 

Current research activities

Numerical simulation of light propagation in doped polymer optical fibers.

Current teaching subjects

  • Numerical Analysis II
  • Statistical Methods
  • Advanced Numerical Methods

Iñaki Bikandi

Iñaki Bikandi

Title: P.hD. Assistant Lecturer at the Department of Communications Engineering (UPV/EHU)
Researcher on POFs (active and passive) since 2008.
Phone: +34 94601 7342
e-mail:inaki.bikandi@ehu.eus

Current research activities

POFs doped with organic dopants to achieve efficient optical amplifiers and lasers.

Current teaching subjects

  • Telecommunication Networks and Services-II
  • Architecture of Telecommunication Networks and Services
  • Object Oriented Programming

Igor Ayesta

Igor Ayesta

Title: Assistant Professor at the Department of Applied Mathematics (UPV/EHU). P.hD. since 2013.
Phone: +34 94601 4463
e-mail: igor.ayesta@ehu.eus

 

 


Current research activities

POFs doped with organic dopants to achieve efficient optical amplifiers and lasers.

Current teaching subjects

  •     Algebra

Amaia Berganza

Amaia Berganza

Title: Assistant Lecturer at the Department of Applied Mathematics (UPV/EHU)
Researcher on POFs since 2007. P.hD. since 2014.
Phone: +34 94601 4417
e-mail: amaia.berganza@ehu.eus

Current research activities

Multicore Plastic Optical Fibers

Current teaching subjects

  • Calculus
  • Algebra

Eneko Arrospide

Eneko Arrospide

Title: Assistant Professor at the Department of Applied Mathematics (UPV/EHU). P.hD. since 2019.
Phone: +34 94601 4420
e-mail: eneko.arrospide@ehu.eus

Current research activities

Design, fabrication, and characterization of microstructured polymer optical fibers for data communications and sensing applications.

Current teaching subjects

  • Algebra

María Begoña García Ramiro

María Begoña García Ramiro

Title: Assistant Professor at the Department of Applied Mathematics (UPV/EHU). P.hD. since 2009.
Phone: +34 94601 4406
e-mail:mariabegona.garciar@ehu.eus

Current research activities

Numerical simulation of light propagation in random lasers.

Current teaching subjects

  • Algebra
  • Operations Research
  • Discrete Mathematics

Mikel Azkune

Mikel Azkune

Title: Assistant Professor at Electronics Technology Department ​​ (UPV/EHU). Ph.D. since 2019.
Phone: +34 94301 8645
e-mail: mikel.azkune@ehu.eus

 

Current research activities

Surface enhanced Raman Spectroscopy in microstructured optical fibers

Oskar Arrizabalaga

Oskar Arrizabalaga

Title: Associate Professor at Department of Applied Mathematics​​ (UPV/EHU). Ph.D. since 2020.
Phone: +34 94601 4171
e-mail: oskar.arrizabalaga@ehu.eus

 

Current research activities

Theoretical and experimental study of polarisation in microstructured polymer fibres optics (mPOFs)

 

Current teaching subjects

  •     Advanced Mathematics

Josu Amorebieta

Title: Assistant professor at the Department of Applied Mathematics (UPV/EHU).
Researcher since 2015. Ph.D. since 2021.
Phone: +34 94601 4154
e-mail: josu.amorebieta@ehu.eus


Current research activities

Fabrication and design of multicore optical fibres; design and validation of Structural Health Monitoring optical fiber-based sensors

Current teaching subjects

  •     Advanced Mathematics

Ander Zornoza

Title: Assistant professor at the Department of Applied Mathematics (UPV/EHU). Ph.D. since 2014.


Current research activities

Fiber optic sensors, Photonics, Monitoring in harsh environments

 


Phone: +34 94601 7789
e-mail: ander.zornoza@ehu.eus

Gorka Zubia

Gorka

Title: Ph.D. candidate and Assistant Graduate Teacher at the Department of Automatic Control and Systems Engineering (UPV/EHU).


Phone: +34 94601 4030
e-mail: gorka.zubia@ehu.eus
More info

 

Current research activities

Fiber Optical Sensors, Structural Health Monitoring, Physical parameters measurement, Machine Learning and Photonic Applications.

Former teaching subjects

  • Electromagnetic Fields
  • High Frequency Systems
  • Optical Communications

Current teaching subjects

  • Computer Science
  • Digital Electronic Systems

 

Alain Castaño

Title: Ph.D. candidate at the Department of Applied Mathematics (UPV/EHU).

Phone: +34 94601 4087
e-mail: alain.castanoa@ehu.eus

 

Jon Grandes

Lucero Mescli

Jagoba Barata

Title: Ph.D. candidate at the Department of Applied Physics (UPV/EHU).

Phone: -
e-mail: jagoba.barata@ehu.eus

Content Footer

ESPECTROLIVE 

Investigación en el empleo de espectroscopía y tecnologías complementarias en la detección de fitosanitarios in situ en aceituna entera

Objetivo principal

Investigar la aplicación de tecnologías de espectroscopía y nariz electrónica para la detección de productos fitosanitarios en aceituna entera in situ con el fin de asegurar el cumplimiento de los límites reglamentados para estos compuestos en aceites de oliva y realizar una supervisión en tiempo real del proceso de producción que permita una rápida identificación de problemas y adopción de medidas inmediatas relacionadas con la presencia de contaminantes, ayudando a reducir el desperdicio y mejorando la eficiencia y el control de calidad de los aceites de oliva, a la vez que realizar una clasificación apropiada del fruto, antes de su molturación, para conseguir aceites con “residuo cero”, muy valorados por el consumidor actual.

Objetivos específicos

Los objetivos técnicos específicos llevados a cabo en el Grupo de Fotónica Aplicada son:

  • Raman
  1. Optimizar los parámetros de adquisición de espectros Raman para mejorar la resolución y precisión de los resultados (maximizar la relación entre señal y ruido).
  2. Identificar y cuantificar la concentración de fitosanitarios específicos en las muestras.
  3. Desarrollar modelos multivariantes para la clasificación de diferentes variedades de fitosanitarios y su evolución en función del tiempo.
  4. Evaluar la sensibilidad y selectividad de la técnica en comparación con otras técnicas analíticas existentes.
  5. Validar los resultados obtenidos mediante técnicas de validación cruzada y comparación con los valores de referencia.

Resultados esperados

  1. Sistema de clasificación en tiempo real de aceituna en función de la presencia de contaminantes.
  2. Impulso de las propiedades saludables del aceite de oliva como argumento de venta de estos productos. 
  3. Mejora de los canales de exportación del aceite de oliva por el mejor cumplimiento de las normativas sobre la presencia de residuos fitosanitarios en el aceite de oliva.
  4. Mejora de la competitividad del sector oleícola y la industria auxiliar asociada. 
  5. Impulso en el sector agroindustrial en tecnologías de sensórica alineadas con la Industria 4.0.

Socios

  • INOLEO (Coordinador)
  • SECPHO (SOUTHERN EUROPEAN CLUSTER IN PHOTONICS AND)
  • AOTECH (ADVANCED OPTICAL TECHNOLOGIES S.L.
  • ISR (INTEGRACIÓN SENSORIAL Y ROBOTICA SL)
  • UNIVERSIDAD DE JAÉN (UJA)
  • UNIVERSIDAD DEL PAÍS VASCO/EUSKAL HERRIKO UNIBERTSITATEA (UPV/EHU)

Duración

05/2023 al 04/2024

Presupuesto

308.010 €

Programa de ayudas

Ayudas de apoyo a Agrupaciones Empresariales Innovadoras con objeto de mejorar la competitividad de las pequeñas y medianas empresas y se procede a la convocatoria correspondiente al año 2023, en el marco del Plan de Recuperación, Transformación y Resiliencia.

Financia

Ministerio de Industria, Comercio y Turismo (MINCOTUR)