1. Research Being Performed
1.1. Goal Tree/Success Tree Model
1.1.1. Steven Johnson
1.1.2. Unintended Consequences
1.2. Quantifying Robustness
1.2.1. Rich Malak
1.2.1.1. New node
1.2.1.2. New node
1.2.2. Robustness
1.3. Failure Analysis of Complex Cyber-Physical Systems
1.3.1. Failure
1.3.1.1. Robustness
1.3.1.2. Producing Intended System
1.4. Early Indicators of Cost Overruns
1.4.1. John Olds
1.4.2. Efficiency (of program)
1.4.3. Intended Design
1.4.4. Supports Affordability strongly
1.5. Team Decision-Making in Engineering
1.5.1. Maria Yang
1.5.2. Efficiency
1.5.2.1. Programmatic Efficiency
1.5.2.2. Primary
1.5.3. All the other ones tangentially
1.6. Change in Design Values and Evaluations of Teams as the Interact
1.6.1. Efficiency
1.6.1.1. Programmatic Efficiency
1.6.2. Others Tangentially
1.6.3. John Gero
1.7. Qualitative Analysis of Boundary Workers in Complex System Design
1.7.1. Panos #$^RYE%
1.8. Epistemology/Systems of Systems Theories/Classification of Systems
1.8.1. Dinesh Verma
1.8.2. Efficiency
1.8.2.1. Programmatic Efficiency
1.8.2.1.1. Direct?
2. Research Questions To Be Answered
2.1. Robustness
2.1.1. Avoid Known Failures
2.1.2. Perform in unknown situations
2.1.2.1. Shari: Adaptability is a part of robustness
2.1.3. Two Topics
2.2. Producing Intended Design
2.2.1. Two Topics
2.3. Efficiency of Approach
2.3.1. Programmatic Efficiency is covered
2.3.2. Four Topics
2.3.3. Product Efficiency is NOT covered
2.4. Unintended Consequences
2.4.1. One Topic
2.5. Direct Affordability Research
2.5.1. P-BEAT/SLSAM
2.5.1.1. Jeff
2.5.1.2. Ian
2.5.1.3. Angie
2.5.2. Direct Identification and Categorization of Cost Drivers
2.5.2.1. Angie
2.5.2.2. James
2.5.2.3. Laird Burns
3. Potential Additional Research Topics
3.1. "Real Options"
3.1.1. Componation's People
3.2. Root Causes?
3.2.1. Yang's Decision-Making stuff
3.3. Mental Models
3.3.1. Dawn Utley
3.4. Elegance in terms of system complexity
3.4.1. Steven Feldman
3.4.2. Unintended Consequences