I am a materials scientist with a long-standing interest in understanding how materials behave under different conditions. My research has focused on adhesion, nanoindentation, and tribology — in other words, how materials stick to surfaces, respond to microscopic deformation, and withstand friction and wear. I am especially interested in connecting these material behaviors to practical, real-world applications.

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During my PhD, I studied the tribological performance of eco-friendly polymers, polymer composites, and polymer-clay nanocomposites. My work focused on improving the durability, reliability, and practical performance of these materials in applications where friction and wear play an important role.

 

After completing my PhD, I worked on silicon, a key material in modern electronics. Using nanoindentation, I investigated ways to modify its electrical properties, bringing together concepts from mechanics, materials science, and electronic performance.

 

In a subsequent research role, I studied the behavior of soft, stretchable adhesives on hard surfaces. This work contributed to the development of adhesives with improved strength, tack, and performance for applications ranging from flexible electronics to everyday products.

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Later, as an R&D scientist in the medical device field, I evaluated the performance of pressure-sensitive adhesives on skin and assessed the durability of polyurethane pads in healthcare settings. The goal was to help develop products that are not only effective but also safe, reliable, and comfortable for patients.

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Over the course of my research career, I have published ten first-author research papers and co-authored two others, covering topics such as friction, wear, indentation behavior, adhesion, and surface interactions. I have also presented my work at major scientific conferences around the world.

 

Today, I continue to stay closely connected to science through writing, content strategy, and educational projects. I enjoy making complex scientific ideas clear, accurate, and engaging for a wider audience.