// aspiring biomaterials engineer · regenerative medicine
// bridging the gap between matter and medicine
I am a current junior studying materials science and engineering at the University of Tennessee, Knoxville. I grew up in Tennessee for the majority of my life and I have always enjoyed chemistry, biology, and physics, which led me to the field of materials. I have strong experiences in processing and synthesis of materials, as well as working in various projects related to engineering. Additionally, I am one of the co-founders of Engineering Youth Education, an outreach organization dedicated to visiting schools in East Tennessee to inform younger students about the different parts of engineering. These experiences have not only taught me the importance of being a leader and making the most of new opportunities, it has also revealed the passions that drive me and the type of contribution I want to give back to the people around me. Outside of college, I enjoy running (marathon next year!), photography , and soccer.
One of my long-term goals is to work at the intersection of materials science and healthcare, with a primary focus on the biomedical industry. After receiving my bachelor's degree in materials science and engineering, I intend to attend graduate school to pursue a degree in biomedical engineering. Post-graduation, my background in biomaterials and tissue engineering to design next-generation implants, drug delivery networks, and regenerative therapies that directly improve patient outcomes. Alternatively, I am interested in working in the energy or industry as a materials design engineer.
Performed and explored ceramic processing routes via tube and box furnace to optimize thermal properties of multi-component pyrochlore materials. Charactierized high entropy thorugh x-ray diffraction methods and prepation techniques.
Modeled and analyzed heat transport across complex bioscaffold geometries (Gyroid and Schwarz) optimized for bone tissue engineering. Utilized ANSYS Steady-State and Transient Thermal modules to simulate metabolic heat dissipation and predict localized thermal gradients.
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