Career
Employment Timeline
Coordinate EU & national project data and reporting across project partners.
Selected by the European Commission for the 2026 mandate of the Young EU Energy Ambassadors programme, I contribute to the international dialogue on sustainable energy systems, hydrogen technologies, and solutions for the energy transition.
Within this role, I collaborate in an international network focused on clean energy technologies, innovation, and climate action. I support knowledge exchange as well as communication and outreach activities aimed at increasing awareness of sustainable energy systems, emerging technologies, and energy policy developments.
My technical expertise is centered on hydrogen technologies, electrolysis, and electrochemistry, fields that are closely connected to the future development of sustainable energy systems. Through my work, I strongly advocate for closer exchange between researchers, industry, and policy makers to accelerate the energy transition and to communicate developments in sustainable energy technologies clearly and accessibly to the public.
Applied Pulse Isotopic Exchange and Secondary Ion Mass Spectroscopy techniques.
Education Timeline
Electrochemical Analysis and Development of Novel Electrode Materials for High-Temperature Electrolysis
Special focus areas: Catalysis, Computational chemistry, and Spectroscopy.
Master's thesis: Boundary conditions of high-temperature co-electrolysis define the transition regime towards direct CO₂ electrolysis, where the dominant reaction pathway shifts from combined H₂O/CO₂ conversion to primarily electrochemical CO₂ reduction, governed by gas composition and the competing reverse water–gas shift reaction.
Bachelor Thesis: Operation of Continuous Water Electrolysis Using 3D Printed and Conventional Reactors to specify effects of continuous operation on individual reactor components for PEM Electrolyzers