2011-2013 Interdisciplinary Project PUC No. 37/2011 "Manufacture of metallic nanostructures on silicon using a porous alumina mask" (PI)
2011-2016 Proyecto Fondecyt Regular #1121203 "Synthesis of titanium dioxide-carbon nanotubebased hybrid materials and its evaluation in solar photocatalytic processes" (Co-PI)
2013-2015 Interdisciplinary Project PUC No. 07/2013 "Electrodeposition of hematite inside carbon nanotubes and evaluation of the photocatalytic properties of this hybrid system" (PI)
2011-2015 FONDECYT #11110352 "Hydrogen production by photolysis of water using a hybrid nanostructured array as a photocatalyst" (PI)
2012-2015 PIA CONICYT ACT-1108 "Fabrication of Nano-Devices for High Precision Measurements in Biology and Nanostructured Materials of Biomedical Interest" (Co-PI)
2013-2015 Project for interdisciplinary research PUC Nº 07/2013 "Electrodeposition of hematite to the interior of carbon nanotubes and evaluation of the photocatalytic properties of this hybrid system" (PI)
2014-2017 Interdisciplinary Research Centers UC 2013, "Center for Research in Nanotechnology and Advanced Materials" (PI)
2016-2020 FONDECYT #1161614 "Searching efficient photocatalysts for hydrogen production using solar energy" (PI)
2016-2018 ARTS & TECHNOLOGIES, SCIENCES & HUMANITIES - PUC 2016, "Nano-optics: visual scale of a multidisciplinary reality" (Scientific-PI)
2016-2017 AFOSR grant #FA9550-16-1-0384 "Neuromorphic Inspired Science to Maximize Big Data Dynamic Problem Solving for Future lntelligence, Surveillance, and Reconnaissance Operations" (PI)
2017-2020 Nucleo Milenio “Núcleo milenio de materiales multifuncionales para la ciencia aplicada de superficies” (Co-PI)
2017-2019 FONDEQUIP EQM170087 “Fortalecimiento de una Plataforma centralizada de equipamiento del Centro de Nanotecnología y Materiales Avanzados CIEN-UC a través de la adquisición de un XPS” (PI)
2018-2019 AFOSR grant #FA9550-18-1-0438 "The Chilean Neuromorphic Computing Initiative" (PI)
2020-2024 Proyecto Fondecyt Regular #1201589 "Synergic enhanced photocatalysis for efficient water splitting" (PI)