Imagine being part of a mission that will take humanity back to the Moon after more than five decades—a moment that will redefine our place in the cosmos. For Richard Wear, this isn’t just a dream; it’s his reality. As a key player at NASA’s Stennis Space Center in Mississippi, Wear is at the heart of the Artemis II mission, which aims to send astronauts around the Moon for the first time since the Apollo era. But here’s where it gets even more inspiring: Wear isn’t just a bystander—he’s a driving force behind the propulsion testing that makes this historic journey possible.
Serving as the acting chief of the Mechanical Engineering Branch, Wear oversees operations at the E Test Complex, a hub where NASA and commercial companies push the boundaries of propulsion technology. With four stands and 12 test cells, this facility is a powerhouse of innovation, capable of handling everything from small components to massive engines. And this is the part most people miss: The complex’s unique high-pressure systems attract clients from across the nation, making it a cornerstone of both NASA’s and the commercial aerospace industry’s success. Wear takes pride in knowing that his team’s work has helped launch companies into global recognition.
Wear’s journey to this pivotal role began in Tuscaloosa, Alabama, where education was a cornerstone of his upbringing. With a mother who taught math and a father who majored in chemistry, it’s no surprise he pursued mechanical engineering. After earning his bachelor’s and master’s degrees from the University of Alabama, he kicked off his career in 2006 at NASA’s Michoud Assembly Facility in New Orleans, working on thermal analysis for the space shuttle’s external tank program. His role? Deciphering how heat moved through the tank’s structure—a critical task for mission safety.
In 2010, Wear transitioned to NASA Stennis, initially focusing on thermal analysis. But his curiosity and drive led him to expand his expertise into fluid analysis and thermodynamics. Even as a supervisor, he remains hands-on, contributing technical analysis and supporting testing. Here’s the controversial part: In an era where specialization often reigns, Wear’s versatility challenges the notion that one must stick to a single field to excel. His career trajectory proves that adaptability can lead to greater impact.
Wear describes NASA Stennis as a “hands-on, get-it-done center” with a culture that balances seriousness and fun. As a smaller NASA facility, it offers employees the chance to make a tangible difference quickly. “I think that’s also true for our test customers and tenants,” Wear notes. “We often work with startups, guiding them to success by sharing our expertise. We want everyone—employees and customers alike—to thrive, and I think that shows.”
This mission-driven culture has shaped Wear’s career. Since joining NASA Stennis in 2010 as a junior analyst, he’s climbed the ranks to senior analyst, lead project fluid systems analyst, and thermal-fluid subject matter expert. In 2022, he became deputy chief of the Mechanical Engineering Branch and has served as acting chief since March 2025. Even in leadership, he finds inspiration in the teamwork around him. “The focus here is always on the mission, not on whose job it is,” he says. “That collaborative spirit motivates me every day.”
One of Wear’s favorite parts of his role is mentoring students. During recent interviews for the Pathways Internship program, he was struck by the passion of students eager to contribute to NASA’s mission. “Working hard in school is important, but persistence and attitude are game-changers,” he says. Here’s a thought-provoking question: In a field as competitive as aerospace, how much does attitude really matter compared to technical skills? Wear believes it’s one of the most critical factors for landing a job at NASA Stennis.
His advice to aspiring engineers? Stay curious, identify your knowledge gaps, and seek out mentors to fill them. It’s this approach that positioned Wear to play a pivotal role in NASA’s return to the Moon—a mission that will not only inspire the world but also pave the way for humanity’s journey beyond. What do you think? Is persistence and attitude enough to succeed in a field like aerospace, or do technical skills always take the lead? Share your thoughts in the comments—let’s spark a conversation!
