Gonzalo Del Pozo Melero has been a professor at Rey Juan Carlos University since September 2018. He holds a degree in Physics from UAM, where he also completed a Master’s Degree in Biophysics.
Later on, he started working at Rey Juan Carlos University as a predoctoral researcher, where he would later obtain a doctorate degree in the Chemical and Environmental Engineering doctoral program, graduating with honors (Cum Laude). The focus of his thesis was on the manufacture and electro-optical characterization of solar cells based on organic materials.
Gonzalo Del Pozo’s current research is centered on the study of the degradation of perovskite solar cells. His work involves the manufacture of devices, as well as their electro-optical characterization and modeling. To characterize the devices, he uses the impedance spectroscopy technique, which provides information about the dynamic processes occurring within the device. This information subsequently allows for physical and electrical modeling using SILVACO ATLAS TCAD and Zview software.
He has been awarded a project in the call for Proyectos de I+D para jóvenes investigadores, and later a national project in the call for Proyectos estratégicos orientados a la transición ecológica y digital. He is the co-author of 26 articles published in high-impact scientific journals, 23 communications to international congresses, and 1 chapter of a scientific book.
Gonzalo Del Pozo Melero has been a professor at Rey Juan Carlos University since September 2018. He holds a degree in Physics from UAM, where he also completed a Master’s Degree in Biophysics.
Later on, he started working at Rey Juan Carlos University as a predoctoral researcher, where he would later obtain a doctorate degree in the Chemical and Environmental Engineering doctoral program, graduating with honors (Cum Laude). The focus of his thesis was on the manufacture and electro-optical characterization of solar cells based on organic materials.
Gonzalo Del Pozo’s current research is centered on the study of the degradation of perovskite solar cells. His work involves the manufacture of devices, as well as their electro-optical characterization and modeling. To characterize the devices, he uses the impedance spectroscopy technique, which provides information about the dynamic processes occurring within the device. This information subsequently allows for physical and electrical modeling using SILVACO ATLAS TCAD and Zview software.
He has been awarded a project in the call for Proyectos de I+D para jóvenes investigadores, and later a national project in the call for Proyectos estratégicos orientados a la transición ecológica y digital. He is the co-author of 26 articles published in high-impact scientific journals, 23 communications to international congresses, and 1 chapter of a scientific book.