OMG OMG-OCSMP-MBF200 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Requirements Capture and Management | 15% | - Requirements relationships and traceability - Requirements diagrams and usage - Requirements definition and characteristics |
| Modeling Structure | 22% | - Structural relationships - Internal block diagrams - Ports and interfaces - Block definition diagrams |
| Parametric Modeling | 13% | - Constraints and expressions - Parameter relationships - Parametric diagrams |
| Allocation and Cross-Cutting Concepts | 10% | - Allocation relationships - Stereotypes and extensions - Model consistency and basic quality |
| Modeling Behavior | 20% | - Use case diagrams - Sequence diagrams - Activity diagrams - State machine diagrams |
| Model Concepts and Organization | 12% | - Purpose and benefits of modeling - Model elements and relationships - Model organization and packaging |
OMG-Certified Systems Modeling Professional - Model Builder - Fundamental Sample Questions:
Question #1
What is an "Action" in a SysML activity diagram?
A. A task or function that is performed during the activity flow
B. A decision point within the activity flow
C. A visual depiction of system structure
D. A representation of a state transition
Question #2
Which of the following represents a flow property in SysML?
A. A behavior that triggers other blocks
B. A property that defines the type of item that flows into or out of a block
C. A part that describes a sequence of operations
D. A generalization between system components
Question #3
Which architectural modeling method effectively bridges high-level business requirements with detailed implementation design?
A. Component-Based Architecture
B. Ad Hoc Modeling
C. Client-Server Architecture
D. Monolithic Architecture
Question #4
Which type of diagram can represent both system requirements and their relationships in SysML?
A. Sequence Diagram
B. Requirements Diagram
C. Block Definition Diagram
D. Activity Diagram
Question #5
What is a key difference between composition and aggregation in SysML?
A. Aggregation represents ownership, while composition represents behavior.
B. Composition represents a stronger part-whole relationship where the part cannot exist without the whole, while aggregation allows the part to exist independently.
C. Aggregation is used for behavioral modeling, while composition is used for structural modeling.
D. There is no difference between composition and aggregation.
Solutions:
| Question #1 Correct Answer: A | Question #2 Correct Answer: B | Question #3 Correct Answer: A | Question #4 Correct Answer: B | Question #5 Correct Answer: B |
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