A doctoral student in the Department of Materials Science and Engineering was selected for the U.S. Department of War’s Science, Mathematics, and Research for Transformation (SMART) Scholarship-for-Service Program—which aims to attract a highly skilled workforce to advance national security and sustain technological edge in the U.S.

Nicholas Meuse ’24, Ph.D.’29 who conducts research under the guidance of Professor Shenqiang Ren studying the design, synthesis, and use of polymer derived ultra-high temperature ceramics and their applications in thermal protection in the aerospace industry—was the recipient of the prestigious scholarship.

“The SMART Scholarship is an opportunity of a lifetime in the pursuit of science, especially since it will provide invaluable experience in working outside of academia with the potential to impact millions of people,” said Meuse. 

The impact of his work in ultra-high temperature ceramics will provide a suit of armor for humanity's next leap forward. These materials, whether they are thinner than a human hair or the size of a brick, will provide significant protection from extreme environments, with temperatures as high as 3,000 degrees celsius (5,432 °F). Because of their impeccable melting temperature, these materials are utilized in many applications including electronic components, cutting tools, optical devices, and in nuclear energy. Meuse’s doctoral advisor recognizes the achievement.

“I am incredibly proud of Nick and his accomplishments. He was selected for this recognition because of his potential to drive meaningful advances in the future of ultrahigh temperature ceramics,” said Ren. “It’s exciting to see his work gaining the attention it deserves.”

As part of the SMART program, Meuse will receive full tuition, a competitive stipend, professional experience working with department leaders via Summer internships, and guaranteed civilian employment by the end of his doctoral program.