Researcher specializing in the rational design of advanced nanomaterials for catalytic, electrocatalytic, and energy applications. His research focuses on active site engineering, nanoscale effects, molten salt synthesis, and multicationic oxides for redox transformations, chemical looping processes, and electrocatalysis.

His work combines advanced synthesis, in-situ characterization, and structure-activity relationship studies, integrating fundamental research with technology transfer through industrial collaborations.