Chinyere Ukeje, a 25-year-old computer scientist, won NASA’s $300,000 top prize for developing the Adaptive Nourishment Infrastructure (ANI), a food system designed to provide fresh, nutritious, and familiar meals for astronauts on long-duration Mars missions. The system integrates multiple food-production methods and aims to produce about half of the astronauts’ food away from Earth while offering meal variety and familiarity.
- Ukeje won NASA’s Deep Space Food Challenge: Mars to Table competition out of 113 submissions from 28 states and 33 countries.
- ANI combines controlled-environment agriculture, fermentation, fungi cultivation, and nutrient recycling through bioreactors.
- The system is designed to feed a crew of 15 for 500 Martian sols, roughly 513 Earth days.
- ANI includes nutritious food cubes that can be heated and transformed into familiar meals like tacos and pasta.
- NASA awarded $650,000 across five winning teams, with Ukeje receiving the largest individual prize of $300,000.
The 25-Year-Old Computer Scientist Developed a Food System Designed to Give Astronauts Fresh, Nutritious and Familiar Meals During Long-Duration Missions to Mars
At just 25 years old, Chinyere “Chichi” Ukeje has taken home NASA’s $300,000 top prize for developing a food system that could help astronauts eat fresh, nutritious meals during future missions to Mars.
According to PEOPLE, Ukeje, a Black computer scientist from Philadelphia with Nigerian roots, won NASA’s Deep Space Food Challenge: Mars to Table competition for her Adaptive Nourishment Infrastructure, or ANI, concept.
The competition challenged innovators to tackle one of the biggest problems facing long-duration space travel: feeding astronauts when regular food shipments from Earth are no longer practical.
Building a Food System for Mars
NASA launched Mars to Table in January 2026, asking competitors to design complete food systems capable of producing and preparing meals while recycling resources during an extended Mars mission.
The challenge was designed around feeding a crew of 15 for 500 Martian sols, equivalent to roughly 513 Earth days.
NASA
Ukeje’s ANI concept combines several food-production methods, including controlled-environment agriculture, fermentation, fungi cultivation and nutrient recycling through bioreactors. Rather than attempting to eliminate Earth-supplied food entirely, the proposed system is designed to produce about half of the astronauts’ food away from Earth.
But Ukeje also considered something beyond basic nutrition: what astronauts would actually want to eat after spending months away from home.
Her proposal includes nutritious food cubes that could be heated in portable electric lunch boxes and transformed into recognizable meals, including tacos and pasta. The approach is intended to give astronauts more variety and a sense of familiarity during an otherwise highly isolated mission.
From Nigerian Roots to NASA Recognition
Ukeje named ANI after Ani, an Earth goddess associated with harvest and fertility in Igbo tradition.
She spent much of her childhood in Maryland and attended high school in Nigeria before returning to the United States. Ukeje later earned a bachelor’s degree in computer science from the University of Maryland, Baltimore County and is now pursuing a master’s degree in computer science at Johns Hopkins University.
Her proposal emerged as the top entry among 113 submissions representing 28 states and 33 countries. NASA awarded $650,000 across five winning teams, with Ukeje receiving the largest individual prize of $300,000.
Ukeje plans to use part of the prize money to continue researching food technology.
While NASA has not announced plans to use ANI on an actual Mars mission, the competition is aimed at advancing technologies that could make long-duration human space exploration more sustainable — and potentially produce innovations useful for food production here on Earth.
