NASA Opens $1M Moon Base Challenge to Students

Key takeaways

• NASA announced a $1 million Moon Base Student Challenge on November 8, 2026, inviting U.S. high-school and post-secondary teams to develop ideas for a future lunar base.

• Teams can work on six practical areas: power, construction, life support, mobility, communications, and astronaut safety.

• Registration closes January 25, 2027. Students should check the official rules and eligibility requirements before forming a team.

NASA opened the competition on November 8, 2026, during its MAX POWER event at Kennedy Space Center Visitor Complex in Florida. The program invites student teams at U.S. high schools and post-secondary institutions to propose solutions for the agency’s planned Moon Base near the lunar South Pole, with registration open through January 25, 2027.

What did NASA announce on November 8?

NASA said the Moon Base Student Challenge will award a total of $1 million and give student teams an opportunity to contribute design ideas for a long-term human presence on the Moon. The announcement came at a public event at Kennedy Space Center Visitor Complex.

The competition is connected to NASA’s wider Moon Base program, which aims to establish a place where astronauts can live, work, and conduct exploration near the lunar South Pole. The agency says the work will require solutions across several technical fields, not just spacecraft engineering.

NASA divided the challenge into six topic areas:

1. Power generation and storage: How a lunar base could generate, store, and distribute reliable energy.

2. Habitat construction: Structures, materials, and methods for building on the lunar surface.

3. Life-support systems: Air, water, and environmental systems needed to sustain people.

4. Surface mobility: Ways for people, robots, and cargo to move across lunar terrain.

5. Communication networks: Keeping astronauts, equipment, and Earth connected.

6. Astronaut safety: Monitoring and reducing the hazards of working on the Moon.

The agency says participants will work with real environmental and mission-design parameters. Expected deliverables include trade studies, concept proposals, and stakeholder briefings—formats used in professional engineering and project planning.

NASA’s official announcement identifies the Office of STEM Engagement and Moon Base Program as the challenge’s designers. The Institute of Competition Sciences will administer it under a NASA contract.

Who can enter, and when is the deadline?

NASA says the competition is open to teams at U.S. high schools and post-secondary schools. The agency also says students from technical, vocational, and varied academic backgrounds can participate without prior specialized engineering or technical experience.

The key date is January 25, 2027. NASA says teams must register through the NASA STEM Gateway by that date.

The official Moon Base Challenge website provides the competition overview, topic descriptions, and links to rules and eligibility information. Teams should use those materials—not summaries or social posts—as the final authority on entry requirements.

Why this competition matters

Analysis: The challenge is more than a student design contest. It is also a way for NASA to expose a wider range of students to the practical problems involved in building and operating infrastructure beyond Earth.

A lunar base would need dependable power, safe living conditions, communications, transportation, and protection from environmental hazards. Those needs overlap with disciplines such as electrical engineering, construction, materials science, robotics, computing, and environmental systems.

The six-topic structure is significant because it gives students several ways to contribute. A team does not have to focus on rockets or propulsion to work on a problem relevant to lunar exploration. A communications proposal, for example, or a design for water and air systems could address a basic requirement for a sustained human presence.

The challenge also connects classroom work to the kinds of documents and decisions used in industry. NASA specifically mentions trade studies, concept proposals, and stakeholder briefings. These are useful skills for students considering engineering, research, project management, or other technical careers.

Big Zero has already covered NASA’s broader Moon Base transportation and technology awards. The student competition is a separate initiative: it invites educational teams to develop ideas rather than awarding commercial lunar delivery contracts.

What should interested students do now?

Students, teachers, and school administrators can take several practical steps before the deadline:

1. Confirm the team’s school eligibility. Check the official rules to make sure the institution and proposed team meet the requirements.

2. Choose one of the six topics. Start with a problem the team can research and explain clearly.

3. Read the challenge requirements. Check the official website for required submissions, team rules, and any additional deadlines.

4. Assign roles. A team may need research, design, technical writing, presentation, and project coordination skills.

5. Register before January 25, 2027. Use the NASA STEM Gateway and retain confirmation of the registration.

Teachers can help students turn a broad topic into a defined design question. For example, a team interested in surface mobility could investigate how a rover might move across uneven terrain while carrying equipment. A life-support team could focus on how to conserve and reuse limited resources.

These are examples of possible areas to explore, not NASA-approved project briefs. The official challenge rules determine what teams must submit.

What is still unknown?

NASA’s announcement establishes the prize pool, broad eligibility, six topic areas, and registration deadline. It does not, by itself, answer every question a prospective team may have about judging, prize allocation, submission formats, or later competition milestones.

Those details should be checked in the official rules as the program develops. Students should also avoid assuming that the $1 million will be divided equally among six topic areas or that every registered team will receive funding; NASA’s announcement does not promise either outcome.

The next important date is January 25, 2027, when registration closes. Any further milestones should be taken from the competition’s official updates rather than inferred.

Frequently asked questions

Is the NASA Moon Base Student Challenge open to college students?

Yes. NASA describes the competition as open to U.S. high-school and post-secondary student teams. Check the official eligibility rules for the exact requirements that apply to a particular institution or team.

How much money is available?

NASA announced a total of $1 million for the challenge. The announcement does not establish that each topic area receives an equal share.

When does registration close?

NASA lists January 25, 2027, as the registration deadline. Teams must register through the NASA STEM Gateway.

Do students need an engineering background?

NASA says prior specialized engineering or technical experience is not required. The challenge is designed to include students from technical, vocational, and varied academic tracks.

What topics can teams work on?

The six areas are power generation and storage, habitat construction, life-support systems, surface mobility, communication networks, and astronaut safety.

Bottom line

NASA’s $1 million Moon Base Student Challenge gives U.S. high-school and post-secondary teams a chance to work on practical problems connected to future lunar exploration. Students and educators interested in entering should review the official rules, choose a topic, and complete registration by January 25, 2027.