Andrea Braga is a post-doc researcher at the University of Udine at the Catalysis for Energy and Environment laboratory at the Polytechnic Department of the University of Udine. He studied Materials Science at the University of Padua, writing his Master’s thesis on synthesizing plasmonic gold nanoclusters for targeting cancerous tissues and exploiting the Raman SERRS spectroscopy for the localization of the tumoral cells. Before joining UniUD, he worked at the Technical University of Catalonia to obtain a Ph.D. in Chemical Processing Engineering, studying bimetallic heterogeneous catalysts to produce hydrogen from the methane steam reforming process and focusing on characterization under reaction conditions and on the mechanochemical synthesis of the materials. He is now involved in the “Interconnected Nord-Est Innovation Ecosystem” (iNEST) project in collaboration with other universities of Triveneto for CO2 capture and valorization from industrial flue gases. Prior to university, he gained experience in analytical chemistry working in the laboratories for the analysis of the aqueduct and the wastewater treatment plants of the Vicenza province; between the end of his M.Sc. and the beginning of his Ph.D., he also worked in the industry in an R&D laboratory researching master alloys for jewelry and noble metal alloys.
Andrea Braga is a post-doc researcher at the University of Udine at the Catalysis for Energy and Environment laboratory at the Polytechnic Department of the University of Udine. He studied Materials Science at the University of Padua, writing his Master’s thesis on synthesizing plasmonic gold nanoclusters for targeting cancerous tissues and exploiting the Raman SERRS spectroscopy for the localization of the tumoral cells. Before joining UniUD, he worked at the Technical University of Catalonia to obtain a Ph.D. in Chemical Processing Engineering, studying bimetallic heterogeneous catalysts to produce hydrogen from the methane steam reforming process and focusing on characterization under reaction conditions and on the mechanochemical synthesis of the materials. He is now involved in the “Interconnected Nord-Est Innovation Ecosystem” (iNEST) project in collaboration with other universities of Triveneto for CO2 capture and valorization from industrial flue gases. Prior to university, he gained experience in analytical chemistry working in the laboratories for the analysis of the aqueduct and the wastewater treatment plants of the Vicenza province; between the end of his M.Sc. and the beginning of his Ph.D., he also worked in the industry in an R&D laboratory researching master alloys for jewelry and noble metal alloys.