System Engineering Management, 5th Edition

Index

A

1. Abatement, risk
2. Accreditation Board for
3. Engineering and Technology (ABET)
4. Achieved availability (Aa) Acquisition logistics
5. Acquisition process
6. Active maintenance time (M)
7. Activity-based costing (ABC)
8. Adaptive maintenance
9. Administrative delay time (ADT)
10. Affordability, design for
11. Agile engineering
12. Agile manufacturing
13. Air pollution
14. Allocated baseline
15. Allocation, requirements
16. Alternatives, evaluation of
17. Analysis
    1. break-even (cost)
    2. economic
    3. error
    4. failure mode, effects, and
    5. criticality (FMECA)
    6. fault-tree (FTA)
    7. feasibility
    8. functional
    9. goals
    10. hazard
    11. human factors
    12. level level-of-repair (LORA)
    13. life-cycle cost (LCCA)
    14. logistic support (LSA)
    15. maintainability
    16. maintenance task (MTA)
    17. needs
    18. operator task (OTA)
    19. Pareto
    20. reliability
    21. reliability-centered maintenance (RCM)
    22. requirements
    23. risk
    24. safety
    25. sensitivity
    26. supportability (SA)
    27. system
    28. time-line
    29. workload
18. Analytical methods
19. Anthropometric factors
20. Architecture
    1. open
    2. system
21. Assessment
    1. Capability Maturity Models (CCMMs)
    2. risk
    3. system
22. Attributes, system 72
23. Availability

B

1. Bar chart
2. Baseline management
3. Baselines, configuration
4. Benchmarking
5. Bibliography
6. Block diagrams
   1. functional
   2. reliability
7. Board
   1. Configuration/Change Control (CCB)
   2. Design Review Board (DRB)
8. Break-even analysis
9. Brownfield Development

C

1. CAD/CAM/CAS interfaces
2. Capability Maturity Models (SECAM,SE-CMM,CMMI)
3. Case Studies
   1. Cost models and objective
   2. functions
   3. Design evaluation of alternatives
   4. Failure mode, effects, and criticality analysis (FMECA)
   5. Fault-tree analysis (FTA) ...