Meet the 25-year-old who just won NASA’s $300K prize for innovation to feed astronauts on Mars

 by Dollita Okine, Face2FaceAfrica.com

Chinyere “Chichi” Ukeje, a 25-year-old from Philadelphia, won the $300,000 top prize in a NASA competition aimed at creating food systems for astronauts in space and on Mars.

Originally from Bowie, Md., Ukeje, who now lives in Northeast Philadelphia with her husband, proposed a project called Adaptive Nourishment Infrastructure (ANI), named after the Nigerian goddess of harvest and fertility.

Ukeje’s innovative winning idea involved astronauts using portable electric lunch boxes to heat food. They would take nutritious food cubes and turn them into everyday meals, allowing for fun themed dinners like “taco night” or “Italian pasta night.”

She was amazed to win first place, though she expected to do well.

“I completely poured myself into this project,” she said.

For the Deep Space Food Challenge: Mars to Table competition, NASA invited participants to find creative solutions for space food systems that ensure astronauts receive safe and nutritious meals while in space.

NASA introduced Mars to Table in January 2026 as a continuation of the Deep Space Food Challenge, which took place from 2014 to 2021 in partnership with the Canadian Space Agency.

The updated competition included entries from teams in 28 U.S. states and from a total of 33 countries. The total prize pool was $650,000 for five winning teams.

Jennifer Edmunson, program manager for Centennial Challenges at NASA’s Marshall Space Flight Center in Huntsville, Alabama, stated: “The future of human space exploration depends on innovative food systems, and it’s impressive to see the creativity this challenge has inspired from participants worldwide.”

This challenge was designed to discover methods for feeding astronauts without relying on prepackaged foods, which would be impractical due to the large volume needed for a long Mars mission.

The main goal was to develop a functional system to support a crew of 15 astronauts for 500 Martian sols, roughly equivalent to 513 Earth days.

“The problem of feeding astronauts on Mars is more than just growing crops,” said Ukeje, who is studying for a master’s degree in computer science at Johns Hopkins University.

Ukeje spent most of her childhood in Maryland before moving to Nigeria for high school. She later returned to the U.S. to obtain her bachelor’s degree in computer science from the University of Maryland, Baltimore County, and then relocated to Philadelphia.

NASA described Ukeje’s “ANI” as a food system that combines farming in controlled environments, fermentation, and growing fungi, along with recycling nutrients in bioreactors, using some Earth-sourced foods to produce half of the food needed away from Earth.

Ukeje can use her prize money however she likes, but she mentioned that she plans to invest some of it in additional food technology research.