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NASA systems engineering handbook
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https://ntrs.nasa.gov/search.jsp?R=19960002194 2018-03-19T01:43:38+00:00Z
National
Aeronautics and
Space
Administration
SP-6
1
05
June
1995
NASA
Systems
Engineering Handbook
by
Robert Shishko, Ph.D.
with contributions
by
Robert Aster Beth Bain Guy Beutelschies
Robert
G.
Chamberlain
Renee
I.
Cox Kevin Forsberg, Ph.D.
Patrick McDuffee Harold Mooz Mary Beth Murrill
Les Pieniazek, Ph.D. Lou Polaski
Nell
Rainwater
Tom Rowell Mark Sluka Ron Wade
edited
by
Randy Cassingham
graphics
by
Stephen Brewster
John Matlock
National
Aeronautics and
Spaee
Administration
SP-6105
June
1995
NASA
Systems
Engineering
Handbbok
BY
Robert Shiahko, Ph.0.
with eonf.ibutions
by
Robert Aster Beth Bain
Guy
Bewtelsehies
Robert
6.
Chamberlain
Renee
1.
Cox
Kevin Forsberg, Ph.0.
Patrick MoDwffee Harold Mooz Mary Beth Mwrrill
Les
Pienlazek, Ph.D.
Lou
Polaakl
Neil
Rainwater
Tom
Rowell
Mark Slwka Ron Wade
edited
by
Randy Cassingham
graphies
by
Stephen Brewster
John Matlook
NASA
Systems Engineering
Handbook
Page
i
Contents
Foreword
.......................................................................................................................................................................................
ix
Foreword to the September 1992 Draft
..............................................................................................................................
x
Preface
.............................................................................................................................................................................................
..
Acknowledgements
......................................................................................................................................................................
xu
Introduction
....................................................................................................................................................................................
1
Purpose
.................................................................................................................................................................................
1
Scope and Depth
..................................................................................................................................................................
1
Fundamentals of Systems Engineering
.......................................................................................................................................
3
Systems. Supersystems. and Subsystems
...........................................................................................................................
3
Objective of Systems Engineering
......................................................................................................................................
4
Disciplines Related to Systems Engineering
......................................................................................................................
6
Definition of Systems Engineering
................................................................................................
....................................
4
The Doctrine of Successive Refinement
............................................................................................................................
7
The Project Cycle for Major NASA Systems
..........................................................................................................................
13
Pre-Phase A
-
Advanced Studies
....................................................................................................................................
13
Phase
A
-
Preliminary Analysis
.....................................................................................................................................
14
Phase B
-
Definition
.......................................................................................................................................................
17
Phase C
-
Design
.............................................................................................................................................................
18
Phase D
-
Development
..................................................................................................................................................
19
Phase E
-
Operations
......................................................................................................................................................
19
Role of Systems Engineering in the Project Life Cycle
..................................................................................................
20
The
“Vee”
Chart
...................................................................................................................................................
20
Funding: The Budget Cycle
..............................................................................................................................................
25
The NASA ProgradProject Life Cycle Process Flow
...............................
!
........................................................
22
Management Issues in Systems Engineering
...........................................................................................................................
27
Harmony of Goals. Work Products. and Organizations
...................................................................................................
27
Managing the Systems Engineering Process: The Systems Engineering Management Plan
.........................................
28
Development
of
the SENIP
....................................................................................................................................
29
Role of the SEMP
..................................................................................................................................................
28
Contents
of
the SEMP
...........................................................................................................................................
28
Managing
the
Systems Engineering Process: Summary
......................................................................................
30
The Work Breakdown Structure
.......................................................................................................................................
30
Role
of
the
WBS
....................................................................................................................................................
31
Techniques for Developing the
WBS
...................................................................................................................
31
Common Errors in Developing a
WBS
................................................................................................................
32
Scheduling
..........................................................................................................................................................................
33
Role of Scheduling
.................................................................................................................................................
33
Network Schedule Data and Graphical Formats
..................................................................................................
33
Establishing a Network Schedule
..........................................................................................................................
34
Reporting Techniques
............................................................................................................................................
35
Resource Leveling
.................................................................................................................................................
35
Page
ii
NASA
Systems Engineering Handbook
Budgeting and Resource Planning
....................................................................................................................................
35
Risk Management
..............................................................................................................................................................
37
Types of Risks
.......................................................................................................................................................
39
Risk Identification and Characterization Techniques
...........................................................................................
40
Risk Analysis Techniques
.....................................................................................................................................
41
Risk Mitigation and Tracking Techniques
..................................................................
.........................................
42
Configuration Management
...............................................................................................................................................
44
Baseline Evolution
.................................................................................................................................................
45
Techniques of Configuration Management
...........................................................................................................
45
Data Management
..................................................................................................................................................
48
Reviews, Audits. and Control Gates
.................................................................................................................................
48
Purpose
and Definitions
.........................................................................................................................................
48
General Principles for Reviews
.............................................................................................................................
49
Major Control Gates
..............................................................................................................................................
50
Interim Reviews
.....................................................................................................................................................
55
Cost and Schedule Control Measures
...................................................................................................................
59
Technical Performance Measures
.........................................................................................................................
61
Systems Engineering Process Metrics
..................................................................................................................
64
Risk Management: Summary
................................................................................................................................
44
Status Reporting and Assessment
.....................................................................................................................................
58
Systems Analysis and Modeling Issues
.....................................................................................................................................
67
The Trade Study Process
...................................................................................................................................................
67
Controlling the Trade Study Process
....................................................................................................................
70
Using Models
.........................................................................................................................................................
71
Selecting the Selection Rule
..................................................................................................................................
73
Trade Study Process: Summary
............................................................................................................................
77
Cost Definition and Modeling
...........................................................................................................................................
77
Controlling Life-Cycle Costs
.................................................................................................................................
79
Life-Cycle Cost and Other Cost Measures
...........................................................................................................
77
Cost Estimating
......................................................................................................................................................
80
Effectiveness Definition and Modeling
............................................................................................................................
83
Strategies for Measuring System Effectiveness
....................................................................................................
83
NASA System Effectiveness Measures
................................................................................................................
84
Availability and Logistics Supportability Modeling
............................................................................................
85
Probabilistic Treatment of Cost and Effectiveness
..........................................................................................................
87
Sources of Uncertainty in Models
.........................................................................................................................
88
Modeling Techniques for Handling Uncertainty
..................................................................................................
88
Integrating Engineering Specialties Into the Systems Engineering Process
.......................................................................
91
Role of the Engineering Specialties
..................................................................................................................................
91
Reliability Program Planning
................................................................................................................................
92
Designing Reliable Space-Based Systems
............................................................................................................
94
Reliability Analysis Tools and Techniques
..........................................................................................................
94
Role of the Quality Assurance Engineer
...............................................................................................................
95
Reliability
...........................................................................................................................................................................
91
Role of the Reliability Engineer
............................................................................................................................
91
Quality Assurance
..............................................................................................................................................................
95
Quality Assurance Tools and Techniques
.............................................................................................................
96
Maintainability
...................................................................................................................................................................
96
Role of the Maintainability Engineer
....................................................................................................................
96
The System Maintenance Concept and Maintenance Plan
..................................................................................
97
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