Jülich, North Rhine-Westphalia, Germany
I am enthusiastic about realizing fusion as a sustainable energy solution for humankind! I am honored to lead the newly established junior research group “Innovative heat sink for fusion applications”, funded by the German Federal Ministry of Education and Research (BMBF). Our mission is to design and develop innovative, high-performance heat transfer solutions for the extreme environments of future fusion reactors. Our focus lies at the intersection of materials science, thermal engineering, and fusion technology. We aim to explore advanced materials, novel liquid metal heat pipe architectures, and plasma-facing components capable of handling unprecedented heat loads, ultimately contributing to the success of sustainable fusion energy. This role marks an exciting new chapter – building a team, shaping a research vision, and working collaboratively across academia and industry. I’m always open to new connections, ideas, and collaborations in the areas of thermal management, fusion energy, and advanced materials.
Project management of production upscaling of advanced W composites Responsible for the development of advanced metal matrix composites based on powder metallurgy processes Coordination of the whole procedure for new material development; collaboration with international manufacturing and characterization partners.
Production upscaling of advance tungsten composites for future fusion reactor
Production upscaling of advance tungsten composites for future fusion reactor
Characterization of aluminum alloy
Development of directional solidification experiment of nickel-based superalloy to produce single crystal turbine blade & Operation of investment casting process