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Erica King, a two-time graduate of ��ɫ��Ƶ's , was awarded a 2026 Cosmos Scholars Prize, a prestigious honor recognizing exceptional recent PhD graduates from universities across the Washington, D.C., region. The award, presented by the Cosmos Club Foundation, includes a $25,000 prize and recognizes groundbreaking research with the potential to advance innovation across a range of disciplines. 

King's doctoral research focused on developing innovative methods to observe muscle behavior during movement, addressing a longstanding challenge in rehabilitation and human performance science. By advancing wearable ultrasound technology that can capture muscle activity during natural movement, her work provides clinicians and researchers with new tools to better understand muscle function, support injury recovery, and improve rehabilitation outcomes. 

King's accomplishments continue to extend beyond academia. She recently began a new role as Sports Medicine Associate Research Scientist with the United States Olympic & Paralympic Committee, where she will contribute to research supporting the health and performance of elite athletes. Prior to that, she was instrumental in launching a George Mason spinout working to commercialize wearable ultrasound technology and served as its CEO. 

"Erica exemplifies the curiosity, innovation, and determination that define the best of George Mason bioengineering," said Parag Chitnis, interim chair of the Department of Bioengineering. "Her research demonstrates how engineering can directly improve human health and performance, and the recognition she has received is a testament to both the quality of her scholarship and the impact of her work.” 

“It’s an incredible honor to be selected for the Cosmos Scholars Prize. Being recognized by the Cosmos Club Foundation deepens my commitment to developing technologies that can make a real difference in sports medicine and rehabilitation, and it motivates me to keep bridging the gap between engineering research and real-world care,” said King. “I’m grateful to ��ɫ��Ƶ and the , where I learned the importance of this translational work, and to the mentors and collaborators who supported me along the way.” 

King's recognition highlights the strength of George Mason's bioengineering research enterprise and the growing impact of its graduates across academia, industry, and applied research settings. As her work moves from the laboratory to real-world applications in sports medicine and rehabilitation, the benefits of her research may ultimately be felt by patients, clinicians, and athletes alike.