Max J. Hülsey

Max J. Hülsey is a Rudolf Mößbauer Tenure Track Assistant Professor at the Technical University of Munich (TUM), appointed in 2024. He is affiliated with the School of Natural Science and leads research in the Focus Group "Catalytic Interfaces for Sustainable Chemical Energy Carriers" at the TUM Institute for Advanced Study.

Hülsey's educational background includes:

• Biochemistry and Chemistry studies at Heidelberg University
• PhD in Chemical Engineering from the National University of Singapore
• Postdoctoral research at MIT in Chemistry and Chemical Engineering departments

Hülsey's research focuses on the intersection of heterogeneous thermochemical and electrochemical catalysis. His work specifically investigates the impact of polarization on reactions without nominal charge transfer and the importance of non-Faradaic reactions on net electrochemical conversion processes. He aims to leverage fundamental insights to develop more sustainable methods for producing and interconverting chemical feedstocks and materials. His approach combines advanced spectroscopic techniques with catalytic reaction engineering to understand and optimize catalytic processes at the molecular level.

Analysis of Hülsey's publication record reveals a strong focus on single-atom catalysis, electrochemical promotion of reactions, and sustainable energy conversion processes. His work spans fundamental mechanistic studies to applied catalytic systems, with particular emphasis on understanding reaction pathways at catalytic interfaces. The research demonstrates a consistent trajectory toward developing more efficient and sustainable catalytic processes for energy applications.

Hülsey has received several prestigious awards recognizing his contributions to catalysis research:

• 2024: Nanyang Assistant Professorship (declined)
• 2021: Schmidt Science Fellowship
• 2020: Young Scientist Travel Support Prize
• 2017: SINGA Scholarship
• 2015: Germany Scholarship

As a new faculty member at TUM, Hülsey is establishing his independent research group focused on catalytic interfaces for sustainable energy applications. His work bridges fundamental understanding of catalytic mechanisms with practical applications in sustainable chemical production. While specific grant information isn't detailed in the provided text, his fellowship appointments and publication record suggest strong support for his research program.

Hülsey leads research within the "Catalytic Interfaces for Sustainable Chemical Energy Carriers" focus group at the TUM Institute for Advanced Study. This interdisciplinary team brings together expertise in catalysis, materials science, and energy systems to develop innovative solutions for sustainable energy conversion and storage.