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

1. Choose the correct answer.
A team of designers led by a hardware systems engineer is finding it difficult to manage the design of a distributed air-conditioning system_ Each system component Is a complex assembly with multiple design models (such as MCAD. ECAD, and Spreadsheets). The system engineer wants to architect an approach that achieves the following (1) provides a unified view of the design of the system and Its components (2) provides a unified model for generating a bill-of-materials (3) provides sufficient semantics to propagate changes made in one design model to another Assume that the system engineer Is allocated resources to purchase or develop the new software required for this architecture Which approach would be most effective from a MBSE perspective?

A) import each design model into a single SysML model and then create relationships between the design models
B) create a SysML package structure representing the system and its components, and then create relationships between the packages and the design models
C) import each design model into a separate SysML model, link the SysML models together, and then create relationships between the design models
D) create a SysML block structure representing (he system and its components, and then create relationships between the blocks and the design models
E) create a SysML activity structure representing the design process of each component, and then create relationships between the activity parameters and the design models

2. Choose the correct answer
Modehca solvers can produce large volumes of time-based results (such as time-based power usage), but requirements are often based on scalar values such as "maximum peak power" and 'average power usage".
Which of the following is generally the most effective way to verify such requirements?

A) ave the Modelica solver also compute these scalar values from its time-based power usage results Then import the resulting scalar values into SysML. and compare them to the requirements.
B) Use the SysML4Modelica profile to transform the Modelica time-based power usage results into these scalar values Then import the resulting scalar values into SysML, and compare them to the requirements.
C) Import the Modelica time-based power usage results into SysML Then use SysML parametncs to calculate these scalar values, and compare them to the requirements
D) Modelica models can only produce time-based results and thus cannot support scalar results like these, which must either be calculated using a different tool or measured on physical prototypes Then enter the resulting scalar values into SysML, and compare them to the requirements

3. Choose the correct answer
What happens to the elements of a model when a profile is applied to the model?

A) The stereotypes defined in the profile are applied to the model's metamodel elements
B) The stereotypes defined in the profile may be applied to elements sharing compatible metaclasses
C) The stereotypes defined in the profile ate automatically applied lo the elements sharing compatible metaclasses
D) The stereotypes defined in the profile are available to be applied to any element in the model.

4. Choose the correct answer.
Given the following diagram:

Assume that all stereotypes required by the SysML-Modehca Transformation specification (if any) have been applied but are not necessarily shown here Assume that FixedWall. ViscoelasticSpring. and RigidMass are fully defined in a Modelica library.
What else must be done to get this model ready for solving according to the SysML-Modelica Transformation specification?

A) Modelica cannot handle this type of nonlinear model
B) Provide specific values Nothing else is required, as Kirchhoff's I laws are automatically taken care of consistent with the above ibd
C) Nothing - it is ready as-is
D) Provide specific values. Also define a parametric diagram that includes equations for Kirchhoffs Laws consistent with the above ibd.

5. Choose the correct answer
A large company uses SysML to design energy systems, and plans to use a specialized proprietary analysis tool (X) for evaluating and comparing the cost, performance, and reliability of energy system alternatives The engineers at the company want to automatically create analysis models in X from design models in SysML.
The achieve this, they will use the following process:
(1) Specify the appropriate module in X10 be used for each block m the SysML design model.
(2) Write scripts that use these mappings to automatically create analysis models in X Which approach is most flexible when enabling this automation?

A) define a profile that contains a stereotype with a tag that can store the name of the module in X. apply the stereotype to the blocks in the design model, and populate the tag
B) define a package that contains a block for each type of module m X (e g module_1 block) and create a dependency relationship from the module block to the blocks in the design model
C) define a package that contains a note for each type of module in X. and anchor notes to the blocks in the design model
D) define a profile that contains a tag for each type of X in the tool, and assign the stereotype to the blocks in the design model
E) define a profile that contains a stereotype for each type of module m X. and assign the stereotype to the blocks in lite design model

Solutions: