Materials science student seeks to improve health care
Yuxin Wang's research focuses on nanomaterials in medical applications
At the University of Cincinnati, innovation is a pillar of education, something that drew doctoral candidate Yuxin Wang to continue her studies here.
Under the guidance of Professor Donglu Shi, Wang is researching how nanomaterials can be used in medical drug delivery and diagnostics to improve health care outcomes. Recently, she was named Graduate Student Engineer of the Month by the College of Engineering and Applied Science.
Why did you choose UC? What drew you here?
Yuxin Wang is a doctoral candidate at the University of Cincinnati
I chose the University of Cincinnati's PhD program in Materials Science and Engineering because its curriculum is designed to provide industry-relevant and interdisciplinary education, which aligns perfectly with my career goals and research interests. Additionally, UC's strong emphasis on innovation and collaboration attracted me to this vibrant academic community. It turns out that I made a great decision to study at the College of Engineering and Applied Science. Now I am working with people from multiple areas over the world.
Why did you choose your field of study?
During my undergraduate studies, I participated in several research projects focused on biomedical metallic materials. These experiences ignited my passion for exploring and developing new high-performance materials for biomedical use. I am particularly interested in how advanced materials can improve health care and potentially change lives. This passion has shaped my career goal of becoming a researcher dedicated to advancing scientific research in the field of biomedical materials.
Briefly describe your research work. Why does it inspire you?
My research focuses on developing a system to assess the biotoxicity of nanomaterials used in medical applications. Nanomaterials have unique properties that make them valuable in drug delivery and diagnostics, but there is a gap between their development and their practical application. Many medical and clinical researchers only consider older and widely approved materials, leaving these novel materials without the chance to show their unique properties. The different standards between industries and ways of thinking led to challenging collaborations. I am inspired by the challenge of the real-world application for new materials. My goal is to create a reliable system to analyze the biosafety level of new materials and reveal the mechanism of biotoxicity caused by different properties to improve designs of new materials.
What are some of the most impactful experiences during your time at UC?
One of the most impactful experiences during my time at UC has been participating in interdisciplinary research projects that have allowed me to collaborate with people from various fields. The collaboration has broadened my perspective and enhanced my problem-solving skills. Additionally, attending conferences, including the Materials Research Society and the Materials Science and Technology meetings. Presenting my research have been invaluable experiences, helping me to connect with other researchers and receive feedback on my work.
What are a few of your accomplishments of which you are most proud?
One accomplishment I am proud of is publishing my research in reputable scientific journals. Most importantly, I believe the work I do is meaningful and will push the development of the field. I am also proud of mentoring new graduate students and undergraduate students in our lab by helping them develop their research skills and encourage their passion for science.
When do you expect to graduate? What are your plans after earning your degree?
I expect to graduate in the summer of 2025. After earning my degree, I plan to continue my research as a postdoctoral fellow, focusing on advancing materials science in biomedical applications.
Featured image at top: A health care professional stands in the hallway of a hospital. Photo/pixabay
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