Susan Kozawa, Ph.D.
Polymer Scientist | Nanofibers, Bioprinting, Biomimetic Materials
I develop processing approaches that transform commodity polymers into sophisticated functional materials. My research bridges fundamental polymer physics with practical applications in sensing, tissue engineering, and protective materials—driven by the conviction that understanding molecular-scale phenomena enables macroscale impact.
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Research Vision
My research program investigates how controlled processing conditions and selective polymer interactions can impart sophisticated functionality to polymeric materials. By establishing quantitative processing-structure-property relationships, I aim to enable rational design of hierarchical materials for biomedical and protective applications.
This work spans three interconnected thrust areas: solution blow spinning for aligned nanofiber production, direct ink writing bioprinting for tissue-specific constructs, and artificial cytoskeleton assembly in biomimetic environments.
Selected Highlights
Background
I am a Postdoctoral Fellow at the Oak Ridge Institute for Science and Education, working at the U.S. Army DEVCOM Chemical Biological Center. I received my Ph.D. in Macromolecular Science and Engineering from Case Western Reserve University, where I studied ion transport in polyelectrolyte networks and developed biomimetic actuating systems.
My path to research included completing the preclinical curriculum at the University of Tennessee Health Science Center—an experience that shaped my commitment to developing materials and devices with broad healthcare impact. This interdisciplinary foundation informs both my scientific approach and my philosophy as a mentor.