Mars Habitat Design Challenge
Design a sustainable habitat for Mars colonization that can support 50 people for 2 years.
Problem Statement
Create a comprehensive design for a Mars habitat that addresses:
1. Life Support Systems
- Oxygen generation and CO2 scrubbing
- Water recycling (99% efficiency target)
- Waste management
- Temperature regulation (-63°C to 20°C)
2. Radiation Protection
- Shield against cosmic rays and solar radiation
- Safe exposure limits (<100 mSv/year)
- Emergency shelter protocols
3. Food Production
- Hydroponic/aeroponic systems
- Nutritional requirements for 50 people
- 70% food self-sufficiency minimum
4. Energy Systems
- Solar panel arrays with battery storage
- Backup nuclear power options
- Energy efficiency optimization
5. Psychological Well-being
- Recreation areas
- Privacy considerations
- Communication with Earth
Deliverables:
- 3D CAD models
- Engineering calculations
- Resource requirements
- Risk assessment
- Budget projection