OMG Certified UML Professional 2™ (OCUP 2™)
The OMG Certified Unified Modeling Language (UML) Professional 2 (OCUP 2) exams test an individual's ability to properly interpret and construct UML model diagrams in the way UML is used today.
UML facilitates diagramming of a system's structure and behavior to display its salient features, which enables a final design optimized with desired characteristics. While constructing a model, one can analyze and adjust an emerging system as diagrams help visualize high-level structure, relationships among components and lower-level details.
Anyone who uses UML will benefit from OCUP 2 certification.
There are three OCUP 2 exams: Foundation, Intermediate and Advanced.
The OCUP 2 Advanced certification exam tests an individual's knowledge on the complete UML palette of elements and attributes available for modeling structure and behavior in up to the largest of system models as well as metamodeling based on other specifications in the UML family (Alf, fUML and MOF). With a OCUP 2 Advanced certification, a model builder is the company UML guru at the highest level of technical management, leading workgroups and presentations, making decisions on analysis, design and development proposals and evaluating their results.
OMG-OCUP2-ADV300 Exam Summary:
| Exam Name | OMG Certified UML Professional 2 - Advanced |
| Exam Code | OMG-OCUP2-ADV300 |
| Residents of English-speaking Countries Exam Fee | USD $350 |
| Residents of English-speaking Countries Exam Duration | 105 Minutes |
| All others Exam Duration | 135 Minutes |
| Number of Questions | 90 |
| Passing Score | 57/90 |
| Format | Multiple Choice Questions |
| Sample Questions | OMG OCUP 2 Advanced Exam Sample Questions and Answers |
| Practice Exam | OMG Certified UML Professional 2 (OCUP 2) - Advanced Level Practice Test |
OMG OCUP 2 Advanced Syllabus Topics:
| Topic | Details | Weights |
| Common Structure | - Information Flows - Name Expression - Profiles - Realization - Templates |
21% |
| Classification | - Classifiers - Classifier Templates - Features - Generalization Sets - Operations - Properties |
14% |
| The MOF and Metamodeling | - Architectural alignment - Metamodels - Models - Models and what they model - Semantics of languages - The MOF |
12% |
| Activities | - Activities - Activity Groups - Control Nodes - Exception - Executable Nodes - Object Nodes |
9% |
| Interactions | - Activities - Activity Groups - Control Nodes - Exception - Executable Nodes - Object Nodes |
9% |
| Structured Classifiers | - Associations - Collaborations - Components |
8% |
| Actions | - Accept Event Actions - Invocation Actions - Structured Actions - Raised Exception Actions - Object Actions - Value Specification Actions |
7% |
| Alf | - Integration with UML Models - Lexical Structure - Scope - Semantic Conformance |
6% |
| fUML | - Behavioral Semantics - Overviews of Abstract Syntax and Execution Model - Scope - Terms and Definitions |
6% |
| State Machines | - Behavior State Machines - Protocol State Machines - State Machine Redefinition |
6% |
| Common Behavior | - Behaviors-Reentrant - Events-Event Pool - Function Behavior |
3% |
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