Education, industry and civic leaders gathered earlier this month to celebrate the Miller Advanced Research & Solutions Center in Clearfield. Founded in August 2022, the center was established as a cutting-edge research and manufacturing facility helping to ensure the United States stays ahead in the global race for hypersonic capabilities through innovation and workforce development.

Established by a partnership that includes the state of Utah; Weber State University; 47G, the industry organization for Utah aerospace and defense efforts; Hill Air Force Base; and the U.S. Economic Development Administration, the MARS Center was made possible, in part, by a major contribution from the Larry H. & Gail Miller Family Foundation. Center operations are under the direction of Weber State.

The recent celebration brought together university leaders, elected officials, industry partners and students to recognize how far the center has come since its founding in 2022 and to chart its course ahead. The event featured a series of brief remarks followed by a hands-on tour of the facility, showcasing the state-of-the-art equipment and student-led innovation fueling its momentum.

“The MARS Center is not just a research facility — it’s positioned to be a national asset,” said WSU President Brad Mortensen during the event. “It demonstrates the power of partnership between higher education, defense and industry to deliver real solutions for national security and create meaningful opportunities for students in Utah.”

The MARS Center was established to help close a critical national capability gap in advanced materials and manufacturing, said a release from 47G.

“While one key focus is the pilot-scale production of high-temperature materials for hypersonic and reentry systems, the center’s impact extends far beyond,” the statement said. “As a collaborative innovation hub, MARS brings together federal labs, defense integrators, startups and academic researchers to accelerate next-generation solutions from concept to real-world application. With its unique equipment, industry partnerships and support for small business research and development, MARS is fueling innovation in defense and beyond—including applications in commercial aerospace, energy systems and emerging technologies like next-gen reactors and steam plants.”

Through hands-on collaboration with industry contributors like Northrop Grumman, Boeing, Lockheed Martin and Raytheon, MARS has moved from Manufacturing Readiness Level 4 to Manufacturing Readiness Level 6 — moving beyond prototyping to pilot-scale production of reusable, advanced thermal protection systems, center officials said.

As a university-based applied research center, MARS also plays a pivotal role in workforce development. More than 90 percent of students who participate in research activities at MARS remain engaged through graduation. Students are paid competitive wages to contribute directly to live pilot projects, gaining experience in areas ranging from composite fabrication and thermal testing to systems engineering and data curation.

WSU graduates with MARS experience are being recruited by major defense firms and national labs, aligning directly with Utah’s goal of keeping top STEM talent in the state while fueling its advanced manufacturing sector, according to 47G.

“We are deeply invested in our students at Weber and committed to providing them with the best possible opportunities,” said Benjamin Garcia, executive director of the MARS Center. “With the MARS Center strategically located near Hill Air Force Base, we’re proud to offer hands-on experiences that allow students to explore career pathways while actively contributing to the future of aerospace, defense and critical materials.”

“MARS is helping Utah — and the nation — bridge the gap between laboratory research and real-world deployment,” said Guy Letendre, vice president of strategic initiatives at 47G. “It’s a launchpad for innovation, workforce development and long-term economic transformation.”