Imagine growing up with rocket engines and space exploration as the backdrop of your family dinners. For Huy Nguyen, this wasn’t just a dream—it was his reality. His parents, both NASA veterans at the Michoud Assembly Facility in New Orleans, unknowingly planted the seeds of curiosity and problem-solving that would one day propel him into NASA’s Artemis Era. Now, as an electrical controls engineer at NASA’s Stennis Space Center, Nguyen is not just following in their footsteps—he’s helping pave the way for humanity’s return to the Moon and beyond.
Nguyen’s journey to Stennis was no accident. ‘They created a household that encouraged me to ask questions and find solutions,’ he reflects. Those early conversations around the dinner table evolved into a career where he now applies that same inquisitive mindset to some of NASA’s most critical systems. Today, he oversees propulsion testing support areas, including the High Pressure Gas Facility and the High Pressure Industrial Water Facility—the unsung heroes that power NASA’s testing capabilities.
But here’s where it gets fascinating: Nguyen’s role is a delicate dance between the past and the future. He’s tasked with maintaining aging systems, some with parts so rare they’re nearly obsolete, while simultaneously modernizing them with cutting-edge control systems. ‘What excites me most is bridging the gap between old and new technology,’ he explains. By creating intuitive user interfaces and integrating modern controls into legacy infrastructure, he’s ensuring these facilities remain reliable for decades to come.
And this is the part most people miss: Nguyen’s work isn’t just about upgrading hardware—it’s about enabling humanity’s next giant leap. One of his career highlights came during the Green Run test series, a pivotal moment in NASA’s Artemis campaign. As the engineer responsible for controls operations, he ensured that complex systems supplied helium, nitrogen, air, and water flawlessly for the Space Launch System (SLS) core stage testing. ‘It was intense—24 hours of non-stop operation,’ he recalls. ‘But seeing everyone united toward a single goal was truly inspiring.’
The Green Run series culminated in a historic event on March 18, 2021, when the SLS core stage fired its engines for a full mission duration of 8 minutes and 19 seconds—the most powerful propulsion test at Stennis in over 40 years. This milestone set the stage for Artemis II, scheduled for 2026, when four astronauts will orbit the Moon. Nguyen’s upgrades to these facilities are ensuring Stennis remains at the forefront of deep space exploration.
But here’s the controversial question: Can we truly balance preserving legacy systems with the rapid pace of technological advancement? Nguyen’s work suggests yes, but it’s a challenge that sparks debate among engineers. As NASA pushes the boundaries of what’s possible, how do we honor the past while embracing the future?
Looking ahead, Nguyen is eager to share the wonders of space exploration with the next generation. When Artemis II launches in 2026, he plans to watch the test flight with his parents—the ones who inspired him—and his young nephews, who are currently fascinated by cars and trucks. ‘I hope Artemis II will spark their interest in space travel,’ he says. After all, through the Artemis campaign, NASA isn’t just sending astronauts to the Moon—it’s igniting the dreams of future explorers.
So, what do you think? Is the balance between old and new technology the key to space exploration’s future? Or should we focus solely on innovation? Let’s hear your thoughts in the comments!
