Systems Engineering And Analysis
This is a 6 questions that I need to be answered correctly in accordance with the class book.(ISBN # 978-0-13-221735-4 Author: Benjamin S. Blanchard/Wolter J. Fabrycky).
Chapter IV Homework
2. Describe how specific resource requirements (i.e. hardware, software, people, facilities, data, and elements of support) are derived from the functional analysis.
3. Describe the steps involved in transitioning from the functional analysis to a “packaging scheme” for the system. Provide an example
4. Refer to the allocation in figure 4.6. Explain how the quantitative factors (i.e. TPMs) at the unit and assembly levels were derived.
8. Describe by what is meant by interoperability? Why is it important?
9. Describe what is meant by environmental sustainability? Identify some specific objectives in the design for such.
10. Why is the design for security important? Identify some specific design objectives.
11. What is meant by design criteria? How are they developed? How are they applied in the design process?
12. Refer to figure 4.1. Why is the development of a specification tree important? What inherent characteristics should be included?
22. Briefly identify some inputs and outputs for the system design review, the equipment/software design review, and the critical design review.
23. On what basis are formal design reviews scheduled? What are some of the benefits derived from conducting design reviews?
24. How are supplier requirement determined? How are these requirements passed on to the supplier?
Chapter V homework
1. What are the basic differences between conceptual design, preliminary system design, and detail design development? Are these stages of design applicable to the acquisition of all systems? Explain.
2. Design constitutes a team effort. Explain why. What constitutes the make-up of the design team? How can this be accomplished? How does system engineering fit into the process?
4. Refer to figure 5.1. What are some of the advantages of the concurrent approach in design? Identify some of the problems that could occur in its implementation.
5. Refer to figure 4.4 and 4.8. As the system engineering manager on a given program, what step would you take to ensure the proper integration of requirements occurs across the three life cycles (hardware, software, and human) from the beginning?
7. Why are design standards (as applied to component parts and processes) important?
8. Why are engineering documentation and the establishment of a design database necessary?
10. Describe how the application of CAD, CAM, and CAS tools can facilitate the system design process? Identify some benefits. Address some of the problems that could occur in the event of misapplication.
12. What is the purpose of developing a physical model of the system, or an element thereof, early in the design system process?
13. What are some of the differences between a mock-up, an engineering model, and a prototype?
19. In evaluating the feasibility of an ECP, what considerations need to be addressed?
21. What is configuration management? When can it be implemented? Why is it important?
Chapter VI homework
1. How are the specific requirements for system test, evaluation, and validation determined?
3. Describe the basic categories of test and their application. How do they fit into the total system evaluation process?
4. Refer to figure 2.4. How is evaluation accomplished in each of the phases shown (i.e. Blocks 0.6, 1.5, 2.3, 3.4, and 4.4)?
5. What special test requirements should be established for systems operating within a higher level system of systems (SOS) structure? Identify the steps required to ensure compatibility with the other systems in the SOS configuration.
8. Why is it important to establish the proper level of logistics and maintenance support in conducting a system test? What would likely happen in the absence of adequate test procedures? What would likely happen in the event that the assigned test personnel were inadequately trained? What would likely happen in the absence of proper test and support equipment? Be specific.
9. Why is it important to develop and implement a good data collection, analysis, reporting, and feedback capability? What would likely happen in its absence?
12. How would you evaluate the adequacy of the system’s supporting supply chain? What measures are required?
13. How would you measure and evaluate system sustainability?
16. Why is configuration management so important in the implementation of the “system test, evaluation, and validation” process?
17. Why is the “feedback loop” important (assuming that it is important)?
19. What benefits can be derived from good test and evaluation reporting?
Systems Engineering And Analysis