Expert answer:Write a systems engineering management plan (no lo
Answer & Explanation:You hired to direct the systems engineering and integration of a new project. The attributes of the project are:1. The time from project initiation to production of the first unit is 18 months.2. The product is 25% software, 50% electronic components, and 25% non- electronic, plastic, and metallic components.3. The product must have at least a 5yr lifetime, which includes the initial 18 months in 1), before replacement or retirement.4. The product will be used by persons 12-76 years of age.5. The product poses no safety (loss of life or property) concerns for consumers.6. The product is a consumer item and will be sold through retail and online outlets.7. The product has some parts that the consumer can repair given a spare but other repairs must be done on items returned to the manufacturer.8. You will determine the schedule and staffing for each phase of the life cycle of this product with the exception of (a) the 18 month time to production of the first unit and (b) the expected 5yr lifetime of the product.9. You will determine the amount of the product produced.Write a systems engineering management plan (SEMP) for this project. You may choose to instantiate a product meeting items 1) – 9) above but that is not necessary for completing this homework.For full credit on this paper, you must address topics in each of the text chapters 1-14 that we introduced or discussed in class. This equates to 7 points per chapter. For extra credit give some thought to text chapters 15-17 for 4 points per chapter.Your SEMP must be no longer than 8 pages long (typed, single-spaced, 11 point font, standard margins for your word processor) including all text, tables, and figures, title page, and table of contents. Figure 18-3 “Systems engineering management plan (SEMP) outline”, page 644 of the 5th edition of our text will be the framework for your paper. You might also want to consult the online Systems Engineering Book of Knowledge http://sebokwiki.org/wiki/Planning.book_1.pdf
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Systems Engineering
and Analysis
Fifth Edition
Benjamin S. Blanchard
Professor Emeritus of Engineering
and Industrial and Systems Engineering
Virginia Polytechnic Institute and State University
Wolter J. Fabrycky
Lawrence Professor Emeritus of Industrial and Systems Engineering
Virginia Polytechnic Institute and State University and
Chairman, Academic Applications International
Boston Columbus Indianapolis New York San Francisco Upper Saddle River
Amsterdam Cape Town Dubai London Madrid Milan Munich Paris Montreal Toronto
Delhi Mexico City Sao Paulo Sydney Hong Kong Seoul Singapore Taipei Tokyo
Contents
Preface
Part I Introduction to Systems
Chapter 1 Systems Science and Engineering
1.1 System Definitions and Elements
1.2 A Classification of Systems
1.3 Science and Systems Science
1.4 Technology and Technical Systems
1.5 Transition to the Systems Age
1.6 Systems Engineering
1.7 Summary and Extensions
Questions and Problems
Chapter 2 Bringing Systems Into Being
2.1 The Engineered System
2.2 System Life-Cycle Engineering
2.3 The Systems Engineering Process
2.4 System Design Considerations
2.5 System Synthesis, Analysis, and Evaluation
2.6 Implementing Systems Engineering
2.7 Summary and Extensions
Questions and Problems
Part II The System Design Process
Chapter 3 Conceptual System Design
3.1 Problem Definition and Need Identification
3.2 Advanced System Planning and Architecting
3.3 System Design and Feasibility Analysis
3.4 System Operational Requirements
3.5 System Maintenance and Support
3.6 Technical Performance Measures
3.7 Functional Analysis and Allocation
6
3.8
3.9
3.10
3.11
Contents
System Trade-off Analyses
System Specification
Conceptual Design Review
Summary and Extensions
Questions and Problems
107
109
109
111
112
Chapter 4 Preliminary System Design
4.1 Preliminary Design Requirements
4.2 Development, Product, Process, and Material Specifications
4.3 Functional Analysis and Allocation (Subsystem)
4.4 Preliminary Design Criteria
4.5 Design Engineering Activities
4.6 Engineering Design Tools and Technologies
4.7 Trade-off Studies and Design Definition
4.8 Design Review, Evaluation, and Feedback
4.9 Summary and Extensions
Questions and Problems
114
115
116
118
126
128
131
134
137
139
140
Chapter 5 Detail Design and Development
5.1 Detail Design Requirements
5.2 The Evolution of Detail Design
5.3 Integrating System Elements and Activities
5.4 Design Tools and Aids
5.5 Design Data, Information, and Integration
5.6 Development of Engineering Models
5.7 System Prototype Development
5.8 Design Review, Evaluation, and Feedback
5.9 Incorporating Design Changes
5.10 Summary and Extensions
Questions and Problems
142
143
144
148
150
151
153
156
156
160
161
162
Chapter 6 System Test, Evaluation, and Validation
6.1 The Process of System Test, Evaluation, and Validation
6.2 Categories of System Test and Evaluation
6.3 Planning for System Test and Evaluation
6.4 Preparation for System Test and Evaluation
6.5 System Test, Data Collection, Reporting, and Feedback
6.6 Summary and Extensions
Questions and Problems
164
165
167
171
174
116
180
181
Part III Systems Analysis and Design Evaluation
183
Chapter 7 Alternatives and Models in Decision Making
7.1 Alternatives in Decision Making
7.2 Models in Decision Making
7.3 Decision Evaluation Theory
7.4 Decisions Involving Multiple Criteria
184
185
186
190
195
Contents
7
7.5 The Decision Evaluation Display
7.6 Decisions Under Risk and Uncertainty
7.7 Summary and Extensions
Questions and Problems
201
202
211
213
Chapter 8 Models For Economic Evaluation
8.1 Interest and Interest Formulas
8.2 Determining Economic Equivalence
8.3 Evaluating a Single Alternative
8.4 Evaluating Multiple Alternatives
8.5 Evaluation Involving Multiple Criteria
8.6 Multiple Alternatives with Multiple Futures
8.7 Break-Even Economic Evaluations
8.8 Break-Even Evaluation Under Risk
8.9 Summary and Extensions
Questions and Problems
218
219
224
227
235
237
238
241
246
248
248
Chapter 9 Optimization in Design and Operations
9.1 Classical Optimization Theory
9.2 Unconstrained Classical Optimization
9.3 Constrained Classical Optimization
9.4 Optimization Involving Multiple Criteria
9.5 Constrained Optimization by Linear Programming
9.6 Summary and Extensions
Questions and Problems
253
254
260
281
286
288
297
298
Chapter 10 Queuing Theory and Analysis
10.1 The Queuing System
10.2 Monte Carlo Analysis of Queuing
10.3 Single-Channel Queuing Models
10.4 Multiple-Channel Queuing Models
10.5 Queuing with Nonexponential Service
10.6 Finite Population Queuing Models
10.7 Summary and Extensions
Questions and Problems
303
304
307
310
319
322
325
332
333
Chapter 11 Control Concepts and Methods
11.1 Some Basic Control Concepts
11.2 Statistical Process Control
11.3 Statistical Control Charts
11.4 Optimum Policy Control
11.5 Project Control with CPM and PERT
11.6 Total Quality Control
11.7 Summary and Extensions
Questions and Problems
336
337
339
341
351
354
364
367
368
8
Contents
Part IV Design for Operational Feasibility
375
Chapter 12 Design for Reliability
12.1 Definition and Explanation of Reliability
12.2 Measures of Reliability
12.3 Reliability in the System Life Cycle
12.4 Reliability Analysis Methods
12.5 Reliability Test and Evaluation
12.6 Summary and Extensions
Questions and Problems
376
377
378
388
399
410
418
418
Chapter 13 Design for Maintainability
13.1 Definition and Explanation of Maintainability
13.2 Measures of Maintainability
13.3 Availability and Effectiveness Measures
13.4 Maintainability in the System Life Cycle
13.5 Maintainability Analysis Methods
13.6 Maintainability Demonstration
13.7 Summary and Extensions
Questions and Problems
424
425
426
440
443
450
471
477
478
Chapter 14 Design For Usability (Human Factors)
14.1 Definition and Explanation of Human Factors
14.2 The Measures in Human Factors
14.3 Human Factors in the System Life Cycle
14.4 Human Factors Analysis Methods
14.5 Personnel and Training Requirements
14.6 Personnel Test and Evaluation
14.7 Summary and Extensions
Questions and Problems
482
483
495
496
500
506
508
508
509
Chapter 15 Design for Logistics and Supportability
15.1 Definition and Explanation of Logistics and Supportability
15.2 Logistics in the System-of-Systems Environment
15.3 The Elements of Logistics and System Support
15.4 The Measures of Logistics and Supportability
15.5 Logistics and Maintenance Support in the System Life Cycle
15.6 Supportability Analysis
15.7 Supportability Test and Evaluation
15.8 Summary and Extensions
Questions and Problems
511
512
517
517
521
540
546
549
551
552
Chapter 16 Design for Producibility, Disposability, and Sustainability
16.1 Introducing Producibility, Disposability, and Sustainability
16.2 Producibility, Disposability, and Sustainability in the Life Cycle
16.3 Measures of Producibility and Production Progress
16.4 Design for Producibility
555
556
559
561
566
Contents
16.5
16.6
16.7
16.8
Design for Disposability
Design for Sustainability
Life-Cycle Value-Cost Diagram
Summary and Extensions
Questions and Problems
9
570
572
574
576
578
Chapter 17 Design for Affordability (Life-cycle Costing)
17.1 Introduction to Life-Cycle Costing
17.2 Cost Considerations Over the System Life Cycle
17.3 A Generic Life-Cycle Costing Process
17.4 Life-Cycle Costing by Money Flow Modeling
17.5 Life-Cycle Costing by Economic Optimization
17.6 Applications and Benefits of Life-Cycle Costing
17.7 Summary and Extensions
Questions and Problems
580
581
584
588
605
630
642
644
645
Part V Systems Engineering Management
653
Chapter 18 Systems Engineering Planning and Organization
18.1 Systems Engineering Program Planning
18.2 Systems Engineering Management Plan (SEMP)
18.3 Organization for Systems Engineering
18.4 Summary and Extensions
Questions and Problems
654
655
657
672
685
686
Chapter 19 Program Management, Control, and Evaluation
19.1 Organizational Goals and Objectives
19.2 Outsourcing and the Identification of Suppliers
19.3 Program Leadership and Direction
19.4 Program Evaluation and Feedback
19.5 Risk Management
19.6 Summary and Extensions
Questions and Problems
688
689
690
694
695
704
706
708
Part VI Appendices
711
Appendix A Functional Analysis
A.l Functional Flow Block Diagrams
A.2 Some Examples of Application
713
713
715
Appendix В Design and Management Checklists
B.l Design Review Checklist
B.2 Management Review Checklist
723
723
725
Appendix С Probability Theory and Analysis
C.l Probability Concepts and Theory
C.2 Probability Distribution Models
C.3 Monte Carlo Analysis
729
729
732
740
10
Contents
Appendix D Probability and Statistical Tables
Table D.l Random Rectangular Variates
Table D.2 Cumulative Poisson Probabilities
Table D.3 Cumulative Normal Probabilities
Appendix E Interest Factor Tables
Table E.l 6% Interest Factors for Annual Compounding
Table E.2 7% Interest Factors for Annual Compounding
Table E.3 8% Interest Factors for Annual Compounding
Table E.4 9% Interest Factors for Annual Compounding
Table E.5 10% Interest Factors for Annual Compounding
Table E.6 12% Interest Factors for Annual Compounding
Table E.7 15% Interest Factors for Annual Compounding
Table E.8 20% Interest Factors for Annual Compounding
Appendix F Finite Queuing Tables
Table F.l Finite Queuing Factors—Population 10
Table F.2 Finite Queuing Factors—Population 20
Table F.3 Finite Queuing Factors—Population 30
Appendix G Selected Bibliography
G.l Systems, Systems Analysis, and Systems Engineering
G.2 Concurrent and Simultaneous Engineering
G.3 Software and Computer-Based Systems
G.4 Reliability Engineering
G.5 Maintainability Engineering and Maintenance
G.6 Human Factors and Safety Engineering
G.7 Production, Manufacturing, and Quality Assurance
G.8 Logistics, Supply Chain, Supportability, and Sustainability
G.9 Operations Research and Operations Management
G.IO Engineering Economics and Life-Cycle Cost Analysis
G.ll Management and Supporting Areas
Appendix H Selected Websites
Index
…
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