Young Ceramics Networks
YCN Committee - Aleksandra Milojkovic
Aleksandra is a PhD researcher and teaching assistant at the Chair of Neuroengineering Materials at the Technical University of Munich. Her research project focuses on core-shell cobalt ferrite-barium titanate magnetoelectric nanoparticles for brain stimulation, under the supervision of Prof. Dr. Kristen Kozielski.
In addition to her research, Aleksandra conducts exercises for the course Neuroengineering Materials and Interfaces and supervises students in the Scientific Seminar on Neuroengineering Materials, which is held each semester.
Aleksandra completed her bachelor’s degree in Materials Engineering at the Faculty of Technology in Novi Sad. She then pursued a master’s degree in Nanomaterials and Nanotechnology at Politecnico di Milano, supported by a merit-based scholarship. She completed her master’s thesis on core-shell magnetoelectric nanoparticles via sol gel synthesis at the Karlsruhe Institute of Technology (KIT), under the supervision of Prof. Dr. Kozielski.
Currently, she is working on completing her PhD thesis and serves as a Committee Member of YCN, where she supervises Working Group 4, which focuses on international collaboration. Aleksandra’s vision is to increase YCN’s global visibility and make it more accessible to researchers in ceramics outside of Europe.
Last news
YCN Newsletter 31 - Event Overview - Ceramitec 2026 by YCN Committee member Petar Kotevski
YCN’s participation at ceramitec 2026 in Munich from 24th to 26th of March 2026, represented a key step in strengthening ties between young ceramic professionals, academia, and industry. The exhibition provided an international setting where research, innovation and industrial application converge, enabling meaningful engagements. Our main objective was to position YCN as an active interface connecting early-career professionals with industry leaders.
YCN Newsletter 31 - Research in Spot - Naser Hosseini
Interface Engineering: High-Temperature Interactions Between High-Entropy Ceramics and Metals.
My research explores high-temperature interactions between high-entropy ceramics (HECs) and metals, with a focus on joining strategies for extreme environments. By understanding how metals wet and react with these advanced ceramics, I aim to design reliable interfaces for applications such as composites, coatings, and ceramic joining with functional properties. This work contributes to improving the performance and durability of materials used in demanding industries such as energy, aerospace, and advanced manufacturing.
Information
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