The present research focuses on the design and synthesis of catalytically active molecular electron-transfer mediators for sustainable electrochemical nitrogen reduction to ammonia and carbon monoxide reduction to alcohols and higher-chain hydrocarbons. This project involves comprehensive mechanistic investigations of the reactivity of these organometallic complexes, addressing key challenges in the electrocatalytic and sustainable reduction of small molecules. The overarching goal is to develop and establish catalytic strategies for the production of alternative energy carriers, including methanol, ethylene, and other liquid fuels,to help mitigate the growing global energy crisis and advance carbon-neutral technologies.

My long-term goal is to pursue an independent academic career in sustainable catalysis, building on my experience in organometallic synthesis, electrochemistry, photochemistry, small-molecule activation (CO, CO₂, and NH₃), and main-group catalysis. In addition, my work on industry-funded projects has strengthened my interest in connecting fundamental molecular research with practical applications in the chemical and energy sectors.