Robotics Mentor Meets FIRST Regional Director Velma Lomax

Text
Dan Byrd, a veteran of the U.S. Navy’s underway replenishment operations, has leveraged his technical expertise and hands-on shop skills to contribute to robotics education initiatives, according to a report from the Defense Video and Imagery Distribution System (DVIDS). Byrd, who served for over two decades, recently posed for a photo with Velma Lomax, a regional director with For Inspiration and Recognition of Science and Technology (FIRST), a nonprofit organization dedicated to advancing STEM education through robotics competitions and mentorship programs.

The interaction highlights growing collaborations between military veterans and STEM outreach efforts, as Byrd’s experience in maintaining complex machinery and systems aboard naval vessels translates to practical applications in robotics. “His background in precision engineering and problem-solving aligns closely with the skills needed in modern robotics,” said Lomax, who emphasized the value of veterans’ technical knowledge in mentorship roles.

Byrd’s career in the Navy centered on logistics and equipment maintenance, particularly in the context of naval refueling and supply operations. These tasks require a deep understanding of mechanical systems, electrical controls, and teamwork—skills he now applies to guiding students in robotics competitions. “The structured environment of the Navy taught me how to break down complex problems into manageable steps,” Byrd stated in a DVIDS profile. “That same approach helps students tackle challenges in robotics.”

FIRST, which organizes programs like FIRST Robotics Competition and FIRST LEGO League, has increasingly sought mentors with industry and military experience to inspire young engineers. Lomax noted that veterans like Byrd bring a unique perspective: “They’ve worked in high-stakes environments where reliability and innovation are critical. That resonates with students.”

The collaboration between Byrd and FIRST underscores a broader trend of veterans transitioning into STEM education. According to a 2025 report by the National Center for Education Statistics, veterans who enter STEM fields often cite their military training as a foundational element of their career readiness. Byrd’s role as a mentor reflects this shift, bridging military expertise with public education initiatives.

While specific details about Byrd’s current projects with FIRST were not disclosed in the DVIDS report, his involvement aligns with the organization’s emphasis on hands-on learning. FIRST programs require teams to design, build, and program robots within strict timelines, mirroring the logistical challenges of naval operations. “The parallels between military and robotics workflows are striking,” said Lomax. “Veterans often excel at managing these constraints.”

Byrd’s engagement with FIRST also highlights the role of informal mentorship in STEM fields. Unlike traditional classroom settings, robotics competitions foster collaborative problem-solving and real-world application of technical skills. “Students learn not just about engineering, but about perseverance and teamwork,” Byrd added. “These are lessons I learned in the Navy, and I’m glad to pass them on.”

The DVIDS profile did not specify whether Byrd is currently involved in a particular robotics team or competition. However, his public appearance with Lomax suggests a formal partnership with FIRST. The organization declined to provide further details on the scope of his contributions, citing privacy policies for individual mentors.

Industry observers note that veterans’ participation in STEM education is gaining momentum. A 2024 study by the American Society for Engineering Education found that veterans who transition into STEM careers often serve as role models for younger generations, particularly in rural and underserved communities. Byrd’s work with FIRST could have a ripple effect, encouraging more military personnel to pursue mentorship roles in technical fields.

For students involved in robotics programs, mentors like Byrd offer a bridge between theoretical knowledge and practical application. “Having someone with real-world experience in complex systems is invaluable,” said a FIRST participant from a Midwestern high school. “They help us see how what we’re learning can be used in careers beyond the classroom.”

As robotics education continues to expand, the integration of veterans’ skills may become a more common strategy. Organizations like FIRST have expressed interest in scaling mentorship programs to include more professionals from diverse backgrounds. “We’re always looking for individuals who can connect technical concepts to real-life challenges,” Lomax said. “Veterans, in particular, have a wealth of experience that can benefit students.”

Byrd’s story exemplifies how military training can be repurposed to support educational initiatives. While the specifics of his current work remain unclear, his involvement with FIRST signals a growing recognition of the value veterans bring to STEM fields. As robotics competitions grow in popularity, the intersection of military expertise and youth mentorship may play an increasingly vital role in shaping the next generation of engineers.