Alterini, T. (2021): " Hyperspectral imaging system for the fast recording of the ocular fundus" 2021.

Burgos, F.J. (2017):"Gonio-Hyperspectral imaging system based on light-emitting diodes for the analysis of automotive coatings" Francisco Javier Burgos Fernández, 2016.

Calidad óptica ocular en ojos sometidos a cirugía refractiva y afecciones patológicas, Ondategui Parra, Juan Carlos, 2016. Juan Carlos Ondategui Parra, 2016.

Diseño e implementación de un sistema multiespectral en el rango ultravioleta, visible e infrarrojo. Aplicación al estudio y conservación de obras de arte, Herrera Ramírez, Jorge A., 2014 2014.

Halpaap, H.D.(2019): "Experimental study of speckle generated by semiconductor light sources: application in double pass imaging". 2019.

Martínez, J. A. (2017): "Nuevas contribuciones para la medida objetiva de la difusión intraocular y su aplicación clínica (2017)". Joan Antoni Martínez Roda, 2017

Xana, D. (2017): "Development of a new spectral imaging system for the diagnosis of skin cancer". 2017.

Santos, P. (2018): "Novel system for measuring the intraocular scattering associated to the cornea and the lens." Pau Santos Vives, 2018

Santos, P. (2018): "Novel system for measuring the scattering of the cornea and the lens" Pau Santos Vives, 2018.

Torrecilla, E. (2012): "Novel approach to improve the assessment of biodiversity of phytoplankton communities based on hyperspectral data analysis". Elena Torrecilla Ribalta, 2012.

Supervised doctoral thesis