Richard Spolzino's Work at NASA Identifies Knowledge Gaps for Moon and Mars Missions

According to NASA News Releases, Richard Spolzino is involved in Moon Base's mission architecture and systems interoperability effort at NASA’s Langley Research Center in Hampton, Virginia. His role involves pinpointing what NASA does not yet know regarding the Moon and Mars, ensuring that any missing information is discovered before it can lead to issues.

Spolzino's team began the previous year with approximately 25 documented data gaps and is currently on track to reach 60 by the close of this year. He noted that the concept of these gaps is only significant if it leads to changes in decision-making, and he cited two recent instances where this occurred.

Spolzino shared that his work has altered a prior assumption he held since graduate school—that NASA possessed comprehensive knowledge and that the agency's reputation implied every inquiry already had an answer within its structure. He offered practical advice to students interested in NASA, suggesting that performance on projects and the resulting work are more important than grades.

His daily responsibilities center on the concept of a data gap, which he describes as being synonymous with a knowledge gap—a formal way of documenting what is currently unknown. For instance, regarding the geotechnical properties of lunar regolith, such as its shear strength and weight-bearing capacity, answering these questions affects everything from rover driving range to habitat foundation stability. A data gap formally outlines what is missing, why it matters, what current resources are insufficient, and a specific measurable target for industry and international partners to aim for.

In relation to mission development, Spolzino's team assisted the lunar lander company now known as Voyager (formerly Astrobotic) during its Griffin-1 mission preparation. Instead of helping with instrument selection, his team assisted in prioritizing which data should be transmitted first through a communication pipeline with limited capacity. Furthermore, Spolzino has recently evaluated proposed instruments, including spectrometers and sample collection tools, against published data gaps to aid leadership in deciding which instruments are worth flying. Some proposals align with documented needs, while others do not match what NASA has stated is missing, which helps filter candidates for advancement.

Spolzino mentioned that his career path was not initially directed toward NASA. He began his studies in history before moving to a physics track at Santa Clara University. After a research period at Lick Observatory studying interstellar dust polarization, he decided against the intensive nature of that work. He subsequently pursued Officer Candidate School in the Navy, which did not result in flying jets, leading him to a graduate program at the University of Houston, where he combined aerospace engineering and space architecture, focusing on systems-level integration rather than habitat design.

He stated that his motivation has always been finding where his work could have the greatest impact and touch the most elements. While a University of Houston program with connections to Johnson Space Center brought NASA to his attention, what ultimately drew him in was the scale of the problems and the direct connection to senior decision-makers involved in the return to the Moon. He also noted that NASA's culture rewards individuals who are willing to contribute beyond their assigned roles and allows early-career employees opportunities to engage with issues larger than their job descriptions.