Postdoctoral researcher at MAX IV Laboratory with over 8 years of expertise in heterogeneous catalysis, specializing in transition and alkali metals, dilute alloys, and metal-metal oxide interfaces under ultrahigh vacuum and near ambient pressure conditions. My current focus is on developing advanced instrumentation to explore surface reaction dynamics on microsecond to millisecond timescales using time-resolved ambient pressure X-ray photoelectron spectroscopy (tr-APXPS). My research spans transition and alkali metal and metal oxide catalysts for applications in hydrogenation, CO₂ trapping, CO oxidation, alkane activaition and methanol synthesis. I employ advanced techniques like AP-STM, AP-XPS, TPRS, AES, LEED, and RAIRS to investigate microscopic changes and understand reaction mechanisms. Driven by scientific discovery, I bring strong collaboration, leadership, and management experience and am excited to apply my skills to impactful new opportunities.
Listed skills include Chemical Engineering, Refinery, Heat Exchangers, P&Id, and 9 others.