Chapter 9 Flashcards
Q01: Which of the following are model types (choose 3)
A. Abstract
B. Informal
C. Deterministic
D. Formal
E. FMECA
A/B/D
Q02: Which of the following are SysML diagrams (choose 3)?
A. Sequence diagram
B. Package diagram
C. Class diagram
D. Use case diagram
E. Interaction diagram
A/B/D
Q03: MBSE enhances the capability to capture, analyze, share and manage the information associated with the specification of a product resulting in the following benefits (choose 3) :
A. Increased ability to manage system complexity
B. Increased architecture definition
C. Improved product quality
D. Improved communication among development stakeholders
E. Improved mission analysis
A/C/D
Q04: Which of the following are MBSE methodologies (choose 2)?
A. JPL State Analysis
B. HSI
C. RUP-SE
D. LORA
E. FEA
A/C
Q05: Which of the following are key outputs generated from FBSE (choose 2)?
A. IPO (Input Process Output)
B. FDD (Functional Derived Description)
FFBD (Functional Flow Block Diagram)
FFA (Functional Flow Activity)
FAA (Functional Activity Acknowledgment)
A/C
Q06: Which of the following measures can be used to measure the overall process and products of FBSE (choose 3)?
A. Number of model artifacts created
B. Number of internal and external interfaces not completely defined
C. Number of analyses completed
D. Number of functions not decomposed
B/C/D
Q07: Which of the following are OOSEM activities (choose 3)?
A. Capture user needs
B. Analyze system requirements
C. Manage technical risks
D. Optimize and analyze alternatives
E. Synthesize candidate physical architecture
B/D/E
Q08: What is the most appropriate definition of a prototype (choose 1)?
A. The original use of a prototype is the first-of-a-kind product from which all others are replicated.
B. Rapid prototypes and traditional prototypes both aim at defining a first-of-a-kind product.
C. Rapid prototypes are widely used since they avoid developing costly traditional prototypes.
D. Rapid prototype is not a true prototype
A
Q09: Which of the following analysis methods can be useful for interface definition (choose 3) ?
A. DSM (Design Structure Matrix)
B. N° diagram
C. Parametric diagram (SysML)
D. FFBD (Functional Flow Block Diagram)
A/B/D
Q10: Which of the following best describe the goals of an IPDT (choose 2)?
A. To ensure that the system engineers are continuously involved throughout the product development
B. To distribute the work load so that system engineers can do the up-front work and then pass the requirements along to development engineers who can pass their designs on to manufacturing, etc.
C. To ensure that the system engineer can achieve the allocated TPMs.
D. To break down communications and knowledge stovepipes within organizations
A/D
Q11: Which two of the following are the responsibilities of the SEIT (choose 2)?
A. External & Program Issues
B. System Issues & Integrity
C. Deliverable Item Issues & Integrity
D. Product issues & Integrity
A/D
Q12 : Which of the following are basic principle of Lean Development (Choose 3) ?
A. Value principle
B. Perfection principle
C. Organisation principle
D. People principle
E. Value Stream principle
A/B/E
Q13: Which of the following are waste in product development (choose 3)?
A. Waste of human potential
B. Transportation
C. Delay
D. Defects
E. Overlapping
A/B/D
Q14: Which of the following are reconfigurable principles for agile architectural design (choose 2)?
A. Self-organization
B. Redundancy and diversity
C. Distributed control and information
D. Facilitate reuse
A/C
Q15: Which of the following is not true about agility (choose 1)?
A. Agility is the ability to respond effectively to surprises - good or bad
B. Agility is a capability exhibited by systems and processes that enables them to sustain effective operation under conditions of unpredictability, uncertainty, and change
C. Application of rules and standards reduce the agility of systems
D. One of the agility measures can be the predictability of response capability
C
