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part 1: Systems Thinking, Chris Lewicki
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Page | 32/57 | Date | 28.02.2021 | Size | 3.37 Mb. |
| part 1: Systems Thinking, Chris Lewicki
Systems Architecture:
Idea \u2013 Definition \u2013 Details \u2013 Connect \u2013 Testing \u2013 Assessing Risk \u2013 Launch -Support
Lessons Learned
*Grand challenges Panels \u2013 What and Why? Failures
* Issues, root causes of challenges
* Biggest challenges
* Failures
* Successes
Requirements
*Describes \u201cWhat\u201d the objectives of a target
* Communicates \u201cHow\u201d details of what must be done
* Identifies \u201cWhen\u201d \u2026.how you know when it\u2019s done.
*
e.g. 1. NASA Phoenix Mars Mission:
Level 0. Mission Statement
\u201cFollow the water\u201d
Study the history of water in all its phases
Determine if the Maritan arctic soil could support life
Study Martian weather from a polar perspective.
Level 1 Full Mission Success Criteria
Land successfully on the surface of Mars\u2026
Acquire a panorama of the site\u2026
Obtained calibrated \u2026
e.g. 2. Singularity University:
Level 0. Mission Statement
\"Assemble, educated and inspire a cadre of leaders\u2026.\"
Level 1 Full Mission Success Criteria
Faculty, campus, students, define level 0, curriculum, $
Assemble, Educate, Inspire.
Develop exponentially advancing technologies
Addressing humanity\u2019s grand challenges
part 2: Overview of research resources for the team projects, Kathryn Myronuk & Eric Dahlstrom
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