Heritage and Advanced Technology Systems Engineering Lessons Learned from NASA Space Missions
Heritage and Advanced Technology Systems Engineering Lessons Learned from NASA Space Missions
- Neue Suche nach: B. Barley
- Neue Suche nach: M. Newhouse
- Neue Suche nach: A. Bacskay
- Neue Suche nach: B. Barley
- Neue Suche nach: M. Newhouse
- Neue Suche nach: A. Bacskay
Use of heritage and new technology is necessary/enabling to implementing small, low cost missions, yet overruns decrease the ability to sustain future mission flight rates The majority of the cost growth drivers seen in the D&NF study were embedded early during formulation phase and later realized during the development and I&T phases Cost drivers can be avoided or significantly decreased by project management and SE emphasis on early identification of risks and realistic analyses SE processes that emphasize an assessment of technology within the mission system to identify technical issues in the design or operational use of the technology. Realistic assessment of new and heritage spacecraft technology assumptions, identification of risks and mitigation strategies. Realistic estimates of effort required to inherit existing or qualify new technology, identification of risks to estimates and develop mitigation strategies. Allocation of project reserves for risk-based mitigation strategies of each individual area of heritage or new technology. Careful tailoring of inheritance processes to ensure due diligence.
Dokumentinformationen
Heritage and Advanced Technology Systems Engineering Lessons Learned from NASA Space Missions
2010
11 pages
Report
Keine Angabe
Englisch
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| British Library Conference Proceedings | 2010