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OMG OMG-OCSMP-MBA400 Exam Syllabus Topics:

OMG-Certified Systems Modeling Professional - Model Builder - Advanced Sample Questions:

Question 1

Choose the correct answer
Which statement about working in UPDM compliance level 1 is true?

A. There is no benefit jas SysML is not used in compliance level 1
B. It allows users to bring SysML elements into the architecture to enhance the hand-off between Systems of Systems and Systems.
C. It allows users to express all the views in the architecture using only SysML elements
D. SysML elements are only used in the Systems view to enhance the hand-off process between Systems of Systems and Systems.

Question 2

Choose the correct answer
Which feature needs to be added to the systems development environment to conduct a performance simulation?

A. high-level architecture
B. numerical solver
C. parametric diagrams
D. object constraints

Question 3

Choose the correct answer
A system engineer designing a smart-home system is working with three analysts using specialized computational tools to evaluate energy consumption, waste production, and reliability of the system The team is soliciting a recommendation for an approach that achieves the following (1) Analysis models should Incorporate design details necessary for evaluation (2) Analysis models should be easily adaptable for different types of smart-home systems Which recommendation would be most effective from a MBSE perspective'?

A. The system engineer should create a SysML model for capturing the design of different types of smart-home systems, and the analysts should each create a SysML model representing their specific analysis. All four SysML models should then be linked together.
B. The system engineer should create a SysML model for capturing high-level design specifications of different types of smart-home systems, which the analysts can consult for creating and maintaining analysis models in their individual tools.
C. The system engineer should create a SysMI model for capturing the high level design specifications of different types of smart-home systems. This SysML model should contain a package for each of the analyses and dependency relations between the design specifications and the analysis packages
D. The system engineer should create a SysML model loi capturing the design ol different types of smart-home systems, and the analysts should set up executable templates/scripts to generate analysis models from the SysML model

Question 4

Choose the correct answer.
A modeling team supervisor wishes to force modelers to use particular metamodeling features What must the supervisor do?

A. "apply" the profile to the model with the {required} keyword applied
B. place the profile in the current namespace with the model
C. "import" the profile to the model with the {required} keyword applied
D. "apply" the profile to the model
E. "apply" the profile to the model with the {strict} keyword applied
F. "import" the profile to the model with the {strict} keyword applied

Question 5

Choose the correct answer.
An engineering learn has been charged to design and build an embedded real-time control system using COTS (Commercial Off-The-Shelf) purchased components where possible A technical risk for such a control system is that the system will miss (i.e . fail to respond to) critical inputs The project has the additional risk that there may not be any components on the market that will meet both timing and cost constraints Given this, what information must be in the model before the engineering team can begin selecting and procuring COTS components?

A. (1) minimum period of time between any two successive critical inputs (2) maximum number of critical inputs that will arrive in a given time interval (3) maximum acceptable time to produce all outputs for a critical input (4) allocation of (3) to all behaviors involved in responding to a critical input (5) total system production cost provided by the customer (6) allocation of (5) to system components
B. (1) minimum period of time between any two successive critical inputs (2) maximum acceptable time to produce ail outputs for a critical input (3) allocation of (2) to all behaviors involved in responding to a critical input (4) total system production cost provided by the customer (5) allocation of (4) to system components
C. (1) minimum period of time between any two successive critical inputs (2) maximum acceptable time to produce all outputs for a critical input (3) allocation of (2) to all behaviors involved in responding to a critical input (4) total system production cost provided by the customer
D. (1) liming constraints for all behaviors involved in responding to a critical input (2) total system production cost provided by the customer
E. timing constraints for all behaviors involved in responding to a critical input

Solutions: