Mapping the Gaps in NASA’s Return to the Moon, featuring Richard Spolzino
Spolzino describes what he is chasing as the ability to look at a rocket launch and say he touched a piece of it—not a title, a specific mission, or even NASA itself, but the ability to point at something real and know his work made it possible. At NASA's Langley Research Center in Hampton, Virginia, he works within Moon Base's mission architecture and systems interoperability effort, helping identify what NASA still does not know about the Moon and Mars and making sure that missing information gets found before it becomes a problem. His guiding question is where he can have the most impact and where his work can touch the most things.
He did not set out for this. He started college as a history major, switched to a physics track at Santa Clara University, and thought he would end up in astrophysics. A research stint at Lick Observatory studying interstellar dust polarization taught him that the work was fascinating but that staying up all night was not for him. After graduation, he began the path toward Navy Officer Candidate School hoping to fly jets; when that did not pan out, the detour led him to a University of Houston graduate program combining aerospace engineering and space architecture. That architecture is systems-level rather than habitat design: a lunar oxygen plant connects to the rovers that feed it, which connect to the processor, which connects to the user drawing down the resource. He says he was always more attracted to how all the pieces work together than to any single piece.
Spolzino did not dream of working at NASA from childhood; he admires people who have had that drive their whole life, but for him the question kept returning to impact. A University of Houston program with strong ties to Johnson Space Center put NASA on his radar alongside options in industry and government. What ultimately drew him in was not the agency's name but the scope of the problems and the direct line he saw to senior decision-makers shaping the return to the Moon. He adds that this is why NASA is worth considering for people who are not sure it is their calling yet: the culture rewards people willing to take on more than their assigned lane and gives early-career employees room to grow into problems bigger than their job description, something he says he might not have found moving up more slowly in industry.
His day-to-day work centers on a deceptively simple idea: the data gap. He explains it as synonymous with a knowledge gap, a way of documenting the thing we do not know. One example is the geotechnical properties of lunar regolith—moon dust, essentially, but the specifics matter enormously: how much weight can it bear, and what is its shear strength? The excerpt cuts off as it begins to pose those questions, underscoring the kind of missing information at stake before it becomes a problem for the return to the Moon.