Moon Camp Pioneers 2021 – 2022
For flere projekter besøg Moon Camp Pioneers projektgalleri.
The Moon Camp Challenge invites students to be pioneers exploring the lunar environment and develop a future moon base.
In the future, to enable astronauts to stay on the Moon for long periods of time, new infrastructures must be developed to overcome important challenges. Such challenges include protection from radiation and meteorites, energy production, the extraction and recycling of water, food production and much more.
In Moon Camp Pioneers each team’s mission is to design a 3D Moon Camp able to sustain at least 2 astronauts and keep them safe from the hazards and vacuum of space. Teams will also have to submit a report about their project.
Teams will develop a number of interdisciplinary scientific experiments to explore the extreme environment of space and understand how astronauts could live on the Moon. Afterwards they will 3D design their Moon Camp using Fusion 360 and write a report explaining their project.
Their design should be adapted to the Moon environment and make use of local resources and provide protection and/or living and working facilities for the astronauts. Participating teams will compete for the Moon Camp Pioneers prize for best project.
Use of local resources (e.g. lunar soil, water ice)
Technological solutions (e.g. power source, recycling system, food growth chamber)
Protection (from meteorites and radiation)
Living and working facilities for at least 2 astronauts.
Registrations for the challenge are open from 15 September 2021 to 21 April 2022.
To participate in Moon Camp Pioneers, teams should be comprised of 2 to 6 students and must be supported by a teacher or educator. The project must be submitted by the teacher or educator.
Participation in Moon Camp Pioneers is open worldwide* to teams of students aged 15 up to (and including) 19 years old. Students attending a postsecondary/tertiary institution are not eligible to participate.
Students younger than 15 years old are allowed to join a team in Moon Camp Pioneers if at least half of the participants are within the specified age range.
Teams that participated in Moon Camp Discovery are also allowed to submit a project to Moon Camp Pioneers.
There is no limit to the number of teams a school or club can enter, but each student can only enter one team, and each team can submit one entry only.
A jury composed of ESA, Airbus Foundation and Autodesk experts will select the winning teams based on the quality of the design and report submitted. The design should be adapted to and feasible for the lunar environment, making use of natural features. The report must explain the design choices and overall habitability and functionality of the Moon camp. The teams should include their scientific reasoning for the choices presented.
Innovation, creativity and inventiveness (25%): How well does this new design “push the envelope” and enhance user experience?
Software skills (25%): How well does the student design demonstrate technical skills and quality of design based on technical requirements?
Suitability to purpose (25%): How well does the design prove useful and suited to serving its purpose of providing a functional Moon Camp?
Online Form (25%): How well does the report explain the reasoning for design choices and overall habitability of the Moon camp?
How to submit the project?1. The team’s 3D model must be created exclusively using Autodesk® Fusion 360. Submissions created in other software programs will not be accepted.
2. Projects must be submitted to the Moon Camp online platform: online platform. The deadline is 21 April 2022.
3. By submitting the project, the participants agree that their project will be shared on the Moon Camp platform. Participants accept that ESA Education and partners have the right to use the entirety or parts of the project for outreach and education purposes.
4. Submissions must include:
the team’s report explaining the project and design, written in English. The report should follow the provided template.
at least one rendering or screenshot of the project as a .JPG or .PNG file from Fusion 360.
The team’s design of their Moon Camp as a Fusion 360 file. Submissions must be submitted as one .F3D file or .F3Z file (maximum file size 100 Mb).
5. Each team must model all individual components of the design. It is not permitted to import existing CAD data into the design, with the exception of any files provided by Autodesk, ESA, or Airbus Foundation.
6. The team must be the sole author/owner of the project and all materials submitted to the Moon Camp Challenge. Projects sponsored or funded by third parties may not be used. No third party (including your school or project sponsors) should have any rights to materials you submit.
7. ESA and Airbus Foundation, at their sole discretion, reserve the right to disqualify submissions that do not follow the guidelines, or that contain messages that are deemed inappropriate or inadequate for the audience.
If your team is joining the Moon Camp Pioneers, you will have to create your 3D design project using Fusion 360. Fusion 360 is a free 3D design software for students, educators, and academic institutions, follow these instructions to obtain an educational license.
Are you new to 3D design? Get started with the step-by-step tutorials below. Once you are familiar with Fusion 360, you can put your design skills into action and build your own Moon Camp.
For any questions, consult the FAQ section or send an email to moon.camp@esa.int
Registrations will be open from 15 September 2021 until 21 April 2022. Participation is open worldwide to teams of students 15 to (and including) 19 years old. Teams must be comprised of a minimum of 2 up to a maximum of 6 students and must be supported by a teacher/ educator.
Retningslinjer
Consult here the template you have to complete for your report.
Pioneers, Guidelines
Do you need help with your first steps in designing with Fusion 360? Learn how to download, create an account and gain educational access to Fusion 360.
3D design - Fusion 360
Do you need some help with your first steps in designing collaboratively with Fusion 360? Learn how to create an educational team and work with other to design with Fusion 360.
3D design - Fusion 360
Unable to download Fusion 360? Try running the software in your browser instead! Simply visit https://fusion.online.autodesk.com and sign in to your Educational account to access Fusion 360 in your browser
3D design - Fusion 360, Pioneers
Learn to work with Fusion 360 functions step-by-step.
3D design - Fusion 360
A .f3z file is an Autodesk Fusion 360 file that can contain one or more .f3d Fusion 360 3D design files.
3D design - Fusion 360
Your home away from Earth has to have a lot more than a place to eat and sleep – it’s the only structure on the Moon!
3D design - Fusion 360
How do you get to the Moon? By rocket, of course. But how do you construct it so it can break through the Earth’s atmosphere?
3D design - Fusion 360
The bumpy and unpredictable terrain of the Moon’s surface necessitates rugged vehicles for commuting, cargo transport, and exploration
3D design - Fusion 360
Even daily communication changes when living on the moon.
3D design - Fusion 360
To protect themselves from the cold vacuum of space, astronauts need to have a helmet that provides safety but also functionality in order for them to perform their duties.
3D design - Fusion 360
Learn how to create bodies in Fusion 360 to start designing your Moon Camp.
3D design - Fusion 360
Learn how to bulid a Moon habitat consisting of different shapes.
3D design - Fusion 360
Learn how to improve your design by adding details to your Moon base.
3D design - Fusion 360
Learn how to render your design to finish your Moon Camp.
3D design - Fusion 360
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Classroom Resources
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Classroom Resources
Physics | In this set of activities, students will learn about two concepts that influence solar panel design for space missions: the inverse square law and the angle of incidence.
Classroom Resources
Physics | In this set of 3 activities students will design and build their own paper rockets and launch them.
Classroom Resources
Physics | In this set of activities, students will plan, design, and build a landing module to secure the survival of the crew (in the form of an egg-naut) landing on the Moon.
Classroom Resources
Chemistry | In this set of three activities, students will learn about electrochemistry. In the first activity they will build a Volta Pile – a simple battery.
Classroom Resources
Chemistry | In this resource, students will learn about changes of state of matter using water on the Moon as an example.
Classroom Resources
ESA - European Space Agency astronaut Matthias Maurer invites students all over the world to participate in the Moon Camp Challenge and design their own Moon settlement with a 3D modelling tool (Tinkercad or Fusion 360). Moon Camp is an education project run in collaboration between ESA and the Airbus Foundation, in partnership with Autodesk and it is open to students up to 18 years old.
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Meet the experts
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Meet the experts
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Meet the experts
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Meet the experts
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Meet the experts
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Moon Videos
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