• → European Space Agency

      • Space for Europe
      • Space News
      • Space in Images
      • Space in Videos
    • About Us

      • Welcome to ESA
      • DG's News and Views
      • For Member State Delegations
      • Business with ESA
      • ESA Exhibitions
      • ESA Publications
      • Careers at ESA
    • Our Activities

      • Space News
      • Observing the Earth
      • Human Spaceflight
      • Launchers
      • Navigation
      • Space Science
      • Space Engineering
      • Operations
      • Technology
      • Telecommunications & Integrated Applications
    • For Public

    • For Media

    • For Educators

    • For Kids

    • ESA

    • Space Engineering

    • What we do
    • Directorate of Technical and Quality Management (TEC)
    • Electrical
    • Electrical engineering
    • Control Systems
    • Data Systems
    • Radio Frequency Payload Systems
    • Electromagnetics and Space Environment
    • Power and Energy Conversion
    • Mechanical
    • Mechanical engineering
    • Thermal Control
    • Structures and Mechanisms
    • Mechatronics and Optics, incl. robotics and life support
    • Propulsion and Aerothermodynamics
    • Systems
    • Systems and software engineering
    • Software Systems
    • Systems Engineering, incl. cost engineering
    • Technology programmes
    • Product Assurance
    • Product Assurance
    • Flight Safety
    • Dependability
    • Quality Management and Assurance
    • Materials and Processes
    • Electronic Components
    • Software Product Assurance
    • Standards
    • Requirements and standards
    • European Cooperation for Space Standardization (ECSS)
    • European Space Components Coordination (ESCC)
    • Services
    • ESA calendar of events
    • Subscribe

    ESA > Our Activities > Space Engineering

    What innovations does Dependability involve?

    View of Europe from space

    Dependability requirements tend to favor a conservative design approach. However, the rapid technological changes, the increased system complexity, and the general trend for higher autonomy in space systems requires that the tools and methodologies, used to support the design process and to predict the reliability of space systems, continuously adapt to this new context.

    Last update: 17 September 2009

    Rate this

    Views

    Share

    • Currently 0 out of 5 Stars.
    • 1
    • 2
    • 3
    • 4
    • 5
    Rating: 0/5 (0 votes cast)

    Thank you for rating!

    You have already rated this page, you can only rate it once!

    Your rating has been changed, thanks for rating!

    7
    facebook
    twitter
    reddit
    google plus
    digg
    tumbler
    digg
    blogger
    myspace
    • More information
      • Dependability
        • Why is Dependability important?
          • What innovations does Dependability involve?
            • What applications and missions does Dependability enable?

    Connect with us

    • RSS
    • Youtube
    • Twitter
    • Flickr
    • Google Buzz
    • Subscribe
    • App Store
    • LATEST ARTICLES
    • · CryoSat hits land
    • · Ariane 5 completes seven launches …
    • · Measuring skull pressure without t…
    • · Malargüe station inauguration
    • · The solar wind is swirly
    • FAQ

    • Jobs at ESA

    • Site Map

    • Contacts

    • Terms and conditions