Professur Partikel- und Fasertechnologie für Biogene Werkstoffe
- Doktorand
- Telefon:
- +49 9421 187-515
- Email:
- zihao.zhou@tum.de
I completed my Master’s degree in Materials Science and Engineering at the Karlsruhe Institute of Technology (KIT) in 2025. My work has been centered on materials processing and characterization, with a particular interest in structure–property relationships. In my Master’s thesis, I investigated laser processing of Li-ion electrode, focusing on selective material removal and the preservation of structural integrity during reprocessing.
To gain practical experience in polymer-based material systems, I also completed a research internship at InnovationLab GmbH, where I worked on the formulation and optimization of UV-crosslinkable polymer inks.
Since March 2026, I have been part of the Professorship of Particle and Fiber Technology for Bio-based Materials and pursue my PhD within the ERC project LaserCell. My research focuses on the interaction of infrared laser irradiation with cellulose-based materials in the context of advanced manufacturing technologies.
Professur Partikel- und Fasertechnologie für Biogene Werkstoffe
- Doktorand
- Sicherheitsbeauftragter
- Laserschutzbeauftragter
- Betrieblicher Ersthelfer
- Telefon:
- +49 9421 187-513
- Email:
- tommi.bui@tum.de
I completed my Bachelor’s in Nanotechnology at FAU Erlangen-Nürnberg in 2021 and finished a consecutive Master’s degree in Materials Science and Engineering there in 2024. My studies focused on biomaterials, polymers, and glass and ceramics. For my Bachelor’s and Master’s theses I worked on developing biomaterials for tissue engineering and biofabrication.
To gather practical experience, I spent one semester in industrial polymer quality control and completed an international research exchange at Nagoya Institute of Technology, Japan, where I worked on spark plasma sintering of ceramics.
Since February 2025, I have been part of the Professorship of Particle and Fiber Technology, where I contribute in the set-up of a materials and laser processing laboratory and pursue my PhD within the ERC project LaserCell. My research explores how infrared laser irradiation interacts with cellulose-based materials, aiming to develop advanced manufacturing technologies.