Launch
Students will enter the project as engineers by analyzing a mission brief, noticing habitat scale and survival systems from NASA and museum materials, identifying key hazards, and recording initial questions and criteria that will guide later research, design, testing, and revision.
Day 1
πŸš€ NASA Mission File Briefing
Launch 45m

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Research & Select
Students will analyze habitat needs and off-Earth conditions, turn research into measurable design criteria, compare multiple colony concepts with evidence, and revise a selected blueprint before moving into construction.
Days 2 - 5
πŸ›°οΈ Moon Mars Data Brief
Knowledge/Skill Building 45m
πŸ›οΈ Habitat Tour Voice Notes
Community Experience 45m
πŸ“‹ Mission Criteria Matrix
Deliverable 45m
🧭 Revised Colony Blueprint Check
Assessment 45m

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Prototype & Showcase
Students will build and test a Moon or Mars colony prototype, collect evidence tied to mission criteria, revise weak systems after critique, and prepare mission documentation that explains how testing improved the design before the final showcase.
Days 6 - 9
πŸ§ͺ Test Plan for Water and Power
Knowledge/Skill Building 30m
πŸ› οΈ Colony Build and System Trial
Project Work 45m
πŸ” Blueprint Revision Design Check
Deliverable 45m
πŸŽ₯ Mission Manual and Video Draft
Assessment 45m

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Showcase
Students will present their final Moon or Mars colony as engineers, explain how testing and revision improved the design, demonstrate one survival system with evidence, make one last improvement after mission review feedback, and complete a final self-assessment tied to mission criteria.
Day 10
πŸŽ₯ NASA Mission Control Review
Assessment 45m

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