Table of Content

• Visions
• Vision [1]


• Missions
• Mission [1]


• Values
• Value [1] Safety
• Value [2] People
• Value [3] Excellence
• Value [4] Integrity


• Goals
• Space Science 1: Science
• 1: Structure of the universe
• 2: Gravity and Energy
• 3: The genesis and evolution of galaxies, stars, and planets
• 4: Life on planets of other stars
• 5: The formation and evolution of our solar system and the Earth
• 6: The beginning of life on Earth and whether life exists elsewhere in our solar system
• 7: Our changing Sun and its effects throughout the solar system:
• 7: Our destiny in the solar system
• Space Science 2: Support Human Space Flight
• 1: Mars, the Moon, and Small Bodies
• 2: Space Weather Forecasting
• Space Science 3: Technology
• 1: Technical Approaches and Capabilities
• 2: Validate Technologies in Space
• 3: Application and Transfer
• Space Science 4: Education and Public Outreach
• 1: Space Science Discoveries
• 2: Science, Mathematics, and Technology Education
• 3: Scientific and Technical Workforce
• Earth Science 1: Understand Earth Changes
• 1
• 2
• 3
• 4
• 5
• Earth Science 2: Economic and Societal Benefits
• 1: Practical Tools
• 2: Public Interest and Career Aspirations
• Earth Science 3: Advanced Technologies
• 1: Reduced Costs and Increased Capabilities
• 2: Data Technologies
• 3: Remote Sensing
• Biological and Physical Research 1: Habitation of Space
• 1
• Biological and Physical Research 2: Space as a Laboratory
• 1
• Biological and Physical Research 3: Commercial Research
• 1: Industry Involvement
• 2: Basic Research Knowledge
• 3: Technical Support
• 4: Space Station
• Biological and Physical Research 4: Academic Achievement and Quality of Life
• 1: Public Engagement
• 2: Knowledge Sharing
• Human Exploration and Development of Space 1: Space Exploration
• 1: High-Leverage Technologies
• 2: Space Station Research
• 3: Robotic Missions
• 4: Innovative Approaches
• 5: Partnerships
• Human Exploration and Development of Space 2: Permanent Habitation of Space
• 1: Access to Space
• 2: Space Station
• 3: Health, Safety, and Performance
• 4: Sustenance with Low Costs
• Human Exploration and Development of Space 3: Commercial Development
• 1: Improved Accessibility of Space
• 2: Commercial Endeavors
• 3: New Capabilities through Partnerships
• Human Exploration and Development of Space 4: Discovery
• 1: Public Engagement
• 2: More Value to More People
• 3: Knowledge Sharing
• Aerospace Technology 1: Revolutionize aviation
• 1: Increase Safety
• 2: Reduce Emissions
• 3: Reduce Noise
• 4: Increase Capacity
• 5: Increase Mobility
• Aerospace Technology 2: Advance space transportation
• 1
• Aerospace Technology 3: Pioneer Technology Innovation
• 1
• Aerospace Technology 4: Commercialize Technology
• 1
• Crosscutting Processes 1: Sound Management Decisions and Practices
• 1: Safety and Health
• 2: Information Technology Management and Planning
• 3: Fiscal Management
• 4: Physical Resource Management
• 5: Acquisition Management
• 6: Human Capital
• Crosscutting Processes 2: Delivery of Products and Services
• 1: Program Safety and Mission Success
• 2: Technology Planning, Development, and Integration
• 3: Technology Insertion and Transfer
• 4: Engineering Capability
• 5: Engineering and Technological Best Practices
• Crosscutting Processes 3: Knowledge of Science and Engineering
• 1: Acquisition of Advice
• 2: Research Priorities
• 3: Selection, Funding, and Conduct of Research
• 4: Analyses, Publication, and Archival
• Crosscutting Processes 4: Timely and Useful Information
• 1: Knowledge Sharing
• 2: Dissemination of Information
• 3: Technology Transfer
• 4: Education