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YCN Newsletter : Women in Ceramics by Karolina Warchal
I am Karolina Warchal and I work as a Process Engineer in NGK Ceramics Europe SA in Baudour, Belgium. NGK site in Baudour produces ceramic catalyst supports for vehicles. My current work focuses on production process optimization as well as product quality improvement.
Prior to that, I had the opportunity to work in two European research centers dedicated to ceramics, i.e. IRCER in Limoges, France and BCRC (Belgian Ceramic Research Center) in Mons, Belgium. My adventure with research on ceramic materials started with my PhD in Limoges. My experimental work was focused on ternary carbides known as MAX phases, i.e Ti3SiC2 and Ti2AlC compounds. The general objective of my dissertation was to determine the correlation between microstructural characteristics of MAX phases as for example the average grain size and their mechanical behavior using Acoustic Emission technique.
At BCRC I had the possibility to widen areas of my research interest as I worked on multiple projects. However, the biggest part of my research was dedicated to optimization of SPS sintering conditions for B4C based composites and SiC composites. Both materials are known for being challenging in terms of sintering conditions.
From my perspective, now we are living in the best time of history for women in science. Nowadays, women are equally present in scientific world as men which is fantastic. Personally, I hope that this trend will continue, and gender will not be a subject of matter in a workplace in general.
Latest news
YCN Newsletter 27 - YCN Committee member - Welcome to Aleksandra Milojkovic
It is a true honor to introduce myself as the new Committee Member of the Young Ceramists Network.
YCN Newsletter 27 - Expert opinion - Nicola Döbelin, PhD
Why Crystal Structure Matters: Decoding the Performance of Calcium Phosphate Biomaterials
In the world of calcium phosphate biomaterials, crystal structure is often the silent driver behind a material’s success—or failure. Whether we are developing bone graft substitutes or studying bioceramic interactions at the tissue interface, understanding the underlying crystal lattice isn’t just helpful—it’s essential.
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