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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
A bank manager and his core team want to consolidate internal processes, detect conflicts among processes, and improve customer experience. The core team includes the lead person from each of the process areas (such as transactions, customer management, and marketing). The manager wants to architect the overall system processes based on the following.
(1) Relationships among the internal processes should be clearly identifiable and managed.
(2) The core team members should be able to improve their processes simultaneously.
(3) The architecture should aid visualization and analytics
Which model organization approach would be most efficient?

A. create a SysML model for each of the core processes and for each relationship between processes
B. create a SysML model that contains only one diagram showing all the core processes and their relationships
C. create a SysML model that contains a package for each of the core processes, and a package for the overall consolidated process and related relationships
D. create a SysML model that contains a package for each of the core processes, a package for each of the relationships between processes, and a package for the overall consolidated process
E. create a SysML model for each of the core processes, and manage relationships between processes in a spreadsheet

Question 2

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) liming constraints for all behaviors involved in responding to a critical input (2) total system production cost provided by the customer
D. (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
E. timing constraints for all behaviors involved in responding to a critical input

Question 3

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How is the concept of coupling used to assess model quality?

A. High coupling leads to good model quality provided all blocks in a structural model exhibit the same average degree of coupling
B. High coupling leads to poof model quality because it decreases reuse potential and prevents independent modification of system elements
C. Coupling has no bearing on model quality because no metrics exist for measuring the level of coupling of SysML models
D. Low coupling leads to poor model quality because all parts of a system must be properly coupled in order to measure the completeness of the model

Question 4

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A systems engineer is responsible for deploying a model-based systems engineering approach on an unprecedented system, with unclear or incomplete user and system requirements.
What is the most important factor the engineer should consider in selecting a system development methodology?

A. a robust ontology for characterizing complex systems
B. access to a large model library and legacy code base
C. direct support for quickly characterizing and prototyping services
D. the ability to rapidly explore required system functionality
E. the ability to rapidly prototype the user interface

Question 5

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The lead systems engineer on a project has identified a set of Key Performance Parameters (KPPs) that need to be evaluated both on a periodic basis during development, and during acceptance for everydesign change.
Many of these KPPs are expressed In complex, interrelated differential equations The analysis team has identified appropriate numerical techniques for solving these equations and expressed them in a popular analysis tool.
The lead system modeler and methodologist must ensure that the architecture and design captured in the SysML system model are continuously and accurately reflected In the KPP calculations.
Which strategy is likely to be most successful in accomplishing this?

A. Work with the analysis team to partition the KPP evaluation model into manageable, reusable subroutines Develop constraint blocks within the SysML model to represent these subroutines, exposing their parameters. Use these new constraint blocks to build a parametric model that ties the KPP evaluation directly to system model element value properties. Leverage available bridging software to link this parametric model to the evaluation subroutines executing in the external analysis tool, and re-evaluate the KPPs on an as-needed basis
B. Use activity and/or state models to accurately model the flow of data to numerically solve the KPP evaluation equations Ensure that the analysis team validates these behavior models Bind each relevant value property within the system model to an activity parameter or state variable such that the KPP evaluation model accurately reflects how the KPPs are derived. Next, use code generation capability inherent in the SysML tool to generate and compile the KPP evaluation routines Recompile and run these routines as needed to update KPP estimates
C. Task the analysis learn with recasting each of the KPP equations as constraint blocks and parametric models directly in SysML and linking the resulting parameters to value properties of current system model elements Keeping all information in the same model is the only way to guarantee the consistency the lead engineer has asked for
D. List the parameters used to evaluate the KPPs in a spreadsheet file. Use the SysML modeling tool's inherent capability to link appropriate value properties to cells in this spreadsheet Task the analysis team with modifying their analysis routines to accept parameters as an input vector from this spreadsheet.
Ensure that the spreadsheet is updated from the system model prior to each update of the KPP calculations

Solutions: