NASA has announced a $1 million student competition inviting young innovators to develop solutions for a future human settlement on the Moon. Called the Moon Base Student Challenge, the initiative will bring together high school and post-secondary students to address some of the engineering and technological problems involved in establishing a long-term human presence beyond Earth. The competition focuses on practical ideas that could help astronauts live, work and conduct scientific research on the lunar surface.
Announced on November 8, 2026, during a MAX POWER event at the Kennedy Space Center Visitor Complex in Florida, the competition is part of NASA’s broader effort to develop a Moon Base near the lunar South Pole. Student teams will work on six categories, including power generation, habitat construction, life-support systems, surface mobility, communications and astronaut safety. Registration is open until January 25, 2027, and participants do not need previous specialised engineering experience. <Cite refs={[“turn585887search0″,”turn293335view1”]}/>
NASA Wants Students to Help Design a Future Moon Base
NASA’s Moon Base programme aims to establish infrastructure that can support astronauts conducting extended activities on the lunar surface.
Unlike short-duration missions, a permanent or sustained human presence requires systems capable of operating in an extremely challenging environment. Astronauts would need reliable electricity, protected living spaces, breathable air, water supplies, transportation and communication networks.
NASA believes students can contribute fresh ideas to these challenges, even before entering the professional aerospace industry.
NASA Administrator Jared Isaacman said the competition was designed for students who enjoy creative thinking, teamwork and solving difficult problems. He emphasised that young people do not have to wait until graduation to contribute ideas to the agency’s future lunar exploration plans.
Carlos García-Galán, manager of NASA’s Moon Base Program, also highlighted the importance of involving students in the design process. The agency wants ideas that consider the needs of astronauts who may eventually live and work on the Moon for extended periods.
The initiative is being developed by NASA’s Office of STEM Engagement in collaboration with its Moon Base Program. The Institute of Competition Sciences will administer the challenge through a contract with NASA’s Center of Excellence for Collaborative Innovation. <Cite refs={[“turn585887search0”]}/>
Six Categories NASA Wants Students to Work On
The Moon Base Student Challenge is divided into six technical categories. Each addresses a different requirement for supporting human life and scientific operations on the lunar surface.
| Challenge category | What students will develop |
|---|---|
| Power generation and storage | Reliable energy production, storage and distribution |
| Habitat construction | Structures, materials and construction methods for lunar living |
| Life-support systems | Solutions for air, water and environmental management |
| Surface mobility | Transportation for astronauts, robots and cargo |
| Communication networks | Reliable connections between astronauts, equipment and Earth |
| Astronaut safety | Systems to protect crews from lunar hazards |
1. Power Generation and Storage
A lunar base will require a dependable energy supply to operate habitats, scientific instruments, communication systems and vehicles.
Students can explore ways to generate, store and distribute electricity under lunar conditions. Energy solutions must account for long periods of darkness in some regions and the difficulty of transporting large quantities of fuel or equipment from Earth.
2. Habitat Construction
Building a protected living environment on the Moon presents challenges that are very different from construction on Earth.
Students will be encouraged to explore suitable materials, structural designs and construction methods. Using resources available on the lunar surface could help reduce the amount of material that needs to be transported from Earth.
3. Life-Support Systems
Astronauts will need reliable supplies of breathable air and clean water, along with systems that maintain safe conditions inside living spaces.
Proposals could examine water recycling, oxygen production and efficient environmental-control technologies.
4. Surface Mobility
Astronauts and robotic systems will need to travel across uneven lunar terrain to conduct research, transport equipment and explore nearby areas.
Students can develop concepts for vehicles and mobility systems designed to operate in dusty conditions and extreme temperatures.
5. Communication Networks
A functioning Moon Base will require reliable communication between astronauts, vehicles, scientific equipment and mission-control teams on Earth.
Students can explore communication infrastructure that supports data transmission and coordination across the lunar surface.
6. Astronaut Safety
The lunar environment presents several hazards, including radiation exposure, extreme temperatures, abrasive dust and limited emergency support.
NASA is looking for ideas that could improve crew protection, hazard monitoring and operational safety. <Cite refs={[“turn585887search0″,”turn293335view0″,”turn293335view1”]}/>
Who Can Participate in NASA’s $1 Million Competition?
The competition is open to eligible high school and post-secondary students in the United States.
According to the published competition guidelines, teams must consist of two to five students and one adult coach. Participants will compete in two divisions.
- High School Division: Students aged 13 to 18 enrolled in eligible US high schools, homeschooling programmes or career and technical education programmes.
- Post-Secondary Division: Students aged 16 or older enrolled full-time or part-time at eligible US colleges and universities.
International students can participate if they are full-time students at an eligible US educational institution. This means students studying in India or other countries cannot automatically enter simply by forming a team in their home country.
NASA has also clarified that previous specialised engineering or technical experience is not compulsory. Students from different academic, vocational and technical backgrounds can develop proposals and build relevant skills through the competition.
Each student can participate in only one team. <Cite refs={[“turn293335view1″,”turn585887search0”]}/>
Competition Timeline: Important Dates for Students
The Moon Base Student Challenge will follow multiple stages, beginning with registration and a written concept proposal.
Teams will first submit a five-to-seven-page concept paper explaining their proposed solution. Those selected as finalists will move to the next phase, where they must prepare a presentation video and supporting slides.
| Competition milestone | Date |
|---|---|
| Registration deadline | January 25, 2027 |
| Initial concept papers due | February 22, 2027 |
| Finalists announced | March 11, 2027 |
| Final presentations due | April 19, 2027 |
| Winners announced | May 6, 2027 |
Finalist teams will be required to submit a video presentation of up to 10 minutes and a slide deck containing no more than 15 slides.
Students must register through NASA’s STEM Gateway and review the competition’s official rules before submitting their proposals.
The official competition website is moonbasechallenge.org. <Cite refs={[“turn293335view1″,”turn585887search1”]}/>
How Will the $1 Million Prize Pool Be Distributed?
NASA has announced a total prize pool of up to $1 million for the competition.
However, the agency has not specified the exact distribution of the money among the winning teams. The amount should therefore not be interpreted as a guaranteed $1 million payment to one student or a single winning team.
The competition also provides opportunities beyond monetary awards. Finalist teams will prepare presentations of their concepts, giving participants experience in technical research, project development and communicating engineering proposals.
Another important detail concerns ownership of the ideas. According to the published competition information, participating teams will retain ownership of their concepts, although NASA may negotiate a non-exclusive licence to use them.
This arrangement allows students to retain their intellectual contributions while giving NASA an opportunity to explore potentially useful proposals. <Cite refs={[“turn293335view1”]}/>
Why NASA Is Preparing for a Long-Term Human Presence on the Moon
NASA’s Moon Base plans are connected to its wider lunar exploration strategy and ambitions for future crewed missions to Mars.
A sustained presence on the Moon could provide opportunities to conduct scientific research, test equipment and develop technologies for operating farther from Earth.
The lunar South Pole is particularly important to exploration planning because scientists have identified regions containing water ice. Such resources could potentially support future missions if researchers develop reliable methods to extract and process them.
However, establishing a permanent settlement will require solving problems involving energy, transportation, construction, radiation protection and resource management.
The student competition is intended to bring more people into the process of exploring these challenges. Rather than relying exclusively on experienced aerospace engineers, NASA is encouraging ideas from students with different educational and technical backgrounds.
The Bigger Picture
NASA’s $1 million Moon Base Student Challenge reflects a growing effort to connect education with real-world space exploration. The technologies needed for a sustained lunar presence extend beyond rockets and spacecraft. They involve construction, energy systems, communications, robotics, environmental engineering and human safety. By inviting students to work on these problems, NASA is creating an opportunity to identify fresh approaches while encouraging interest in science, technology, engineering and mathematics.
The competition also highlights the importance of developing technologies that can operate independently in extreme environments. Solutions created for the Moon could eventually influence other fields, including remote infrastructure, energy storage, autonomous robotics and life-support systems. Although student proposals will not automatically become part of NASA’s lunar infrastructure, the challenge gives young innovators an opportunity to contribute ideas to one of the most ambitious areas of future space exploration.
Looking Ahead
Registration for the Moon Base Student Challenge will remain open until January 25, 2027. After the initial concept-paper stage, NASA and the competition organisers will select finalists who will present more detailed proposals in April. The winners are scheduled to be announced on May 6, 2027. Students interested in participating should review the eligibility requirements, form a team and select one of the six technical categories before the registration deadline.
The longer-term significance of the competition will depend on the quality of the ideas it generates and whether any proposals can contribute to future lunar technology development. For students, it offers an opportunity to work on practical engineering problems connected to NASA’s exploration plans. For the agency, it provides access to a wider pool of ideas as it works towards establishing a sustained human presence on the Moon.
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SEO Title: NASA Announces $1 Million Student Competition for Future Moon Base
Meta Description: NASA’s $1 million Moon Base Student Challenge invites eligible US students to develop lunar solutions in six categories. Registration closes January 25, 2027.
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