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OOAD Complete CD Training (Prices exclude VAT)
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[other products in "Programming And Development"]
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| Product: |
OOAD Complete CD Training
- Single User
Covers the general OO concepts/ terminology, objects and classes, attributes and operations, encapsulation, inheritance, polymorphism, dependency, associations, links, aggregation, and composition. Object-Oriented Analysis and Design with UML 2.0
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| Details: |
Training Time: 22hours.
Audience - The target audience is business analysts, system analysts, system architects, designers and developers, or anyone who is involved in performing analysis and design of software system.
Training consists of 6 courses:
OOAD: Introduction to Object-Oriented Concepts
OOAD: Introduction to Object-Oriented Analysis and Design
OOAD: Unified Modeling Language (UML) 2.0
OOAD: Static Modeling with UML 2.0
OOAD: Dynamic Modeling with UML 2.0
OOAD: OO Design Patterns
OOAD: Introduction to Object-Oriented Concepts
Course Overview - This course covers the general OO concepts. It covers the benefits of OO and the OO terminology. Further, it covers concepts related to objects and classes, such as attributes and operations. In addition, this course covers encapsulation, inheritance, polymorphism, dependency, associations, links, aggregation, and composition.
Audience - The target audience is business analysts, system analysts, system architects, designers and developers, or anyone who is involved in performing analysis and design of software systems.
Participants Will Learn:
Identify key concepts related to objects and classes.
Match various terms that are used in the object-oriented (OO) approach with their descriptions.
Identify benefits of using the object-oriented (OO) approach.
OOAD: Introduction to Object-Oriented Analysis and Design
Course Overview - This course covers the general Object-Oriented Analysis and Design (OOAD) concepts. It covers the benefits of OOAD and the OOAD process. Further, it covers the concepts related to the requirement, analysis, and design phases. Under these concepts, the course covers requirements, use cases, the Supplementary Specification, domain model, operation contracts, use case realization, design patterns, and static and dynamic modeling. In addition, this course covers the benefits of architectural analysis and tasks performed during architectural-driven development. Finally, the course covers the benefits and general principles of iterative and incremental development.
Audience - The target audience is business analysts, system analysts, system architects, designers and developers, or anyone who is involved in performing analysis and design of software systems.
Participants Will Learn:
Identify benefits of iterative and incremental development.
Identify general principles on which iterative and incremental development is based.
Sequence the tasks performed during an architectural-driven development process.
Identify benefits of architectural analysis.
Identify key concepts related to requirements.
Identify the steps in the Object-Oriented Analysis and Design (OOAD) process.
Identify benefits of Object-Oriented Analysis and Design (OOAD).
OOAD: Unified Modeling Language (UML) 2.0
Course Overview - This course covers history, goals, and features of Unified Modeling Language (UML) 2.0. It also covers various structural and behavioral UML diagrams. Structural diagrams include the Class, Object, Component, Package, Deployment, and Composite Structure diagrams. Behavioral diagrams include the Use Case, Sequence, Communications, Interaction Overview, Timing, Activity, and State Machine diagrams. Further, the course covers requirements modeling. Additionally, the course covers the use case approach, modeling of actors, use cases, and use case relationships. It also covers use case narrative and actor/system workflow scenarios.
Audience - The target audience is business analysts, system analysts, system architects, designers and developers, or anyone who is involved in performing analysis and design of software systems.
Participants Will Learn:
Identify key concepts related to modeling use cases.
Identify key concepts related to modeling actors.
Identify key concepts related to the use case approach.
Identify features of an Object diagram.
Identify features of a Class diagram.
Identify features of a Package diagram.
Identify features of Unified Modeling Language (UML) 2.0.
Identify goals of Unified Modeling Language (UML) 2.0.
Identify key concepts related to the evolution of Unified Modeling Language (UML) 2.0.
OOAD: Static Modeling with UML 2.0
Course Overview - This course covers the key concepts related to the use of Class diagrams, Component diagrams, and Deployment diagrams for static modeling. It also covers the features, elements, and considerations for using these diagrams. In addition, the course covers the modeling of three types of compartments in a class: name, attributes, and operations. Further, it discusses the concept and application of stereotypes, visibility levels, and multiplicity in modeling classes. Finally, the course covers the modeling of five types of relationships: generalization, association, aggregation, composition, and dependency.
Audience - The target audience is business analysts, system analysts, system architects, designers and developers, or anyone who is involved in performing analysis and design of software systems.
Participants Will Learn:
Distinguish between the entity stereotype and the control stereotype used for stereotyping a class.
Identify considerations for modeling the name compartment.
Identify key concepts for modeling a class in a Class diagram.
Identify key concepts for modeling a Deployment diagram.
Identify the key concepts related to modeling a Component diagram.
Identify the key concepts for modeling a Class diagram.
OOAD: Dynamic Modeling with UML 2.0
Course Overview - This course covers dynamic modeling with Unified Modeling Language (UML) 2.0. It covers modeling concepts related to the Activity, Sequence, and State Machine diagrams. In the Activity diagram, the course covers the BasicActivities, IntermediateActivities, CompleteActivities, and structured activities packages. In Sequence diagram, it covers frames, interactions, and interaction operators. In the State Machine diagram, it covers the simple, composite, and submachine states. Finally, the course covers the protocol state machine.
Audience - The target audience is business analysts, system analysts, system architects, designers and developers, or anyone who is involved in performing analysis and design of software systems.
Participants Will Learn - Identify key concepts related to the CompleteActivities package that help model behavior using Activity diagrams.
OOAD: OO Design Patterns
Course Overview - This course covers the key concepts related to the use of Class diagrams, Component diagrams, and Deployment diagrams for static modeling. It also covers the features, elements, and considerations for using these diagrams. In addition, the course covers the modeling of three types of compartments in a class: name, attributes, and operations. Further, it discusses the concept and application of stereotypes, visibility levels, and multiplicity in modeling classes. Finally, the course covers the modeling of five types of relationships: generalization, association, aggregation, composition, and dependency.
Audience - The target audience is business analysts, system analysts, system architects, designers and developers, or anyone who is involved in performing analysis and design of software system.
Participants Will Learn:
Identify key concepts for modeling an Object diagram.
Identify key concepts for modeling a Communication diagram.
Identify key concepts for modeling a Composite Structure diagram.
Match types of Persistence patterns with their descriptions.
Identify key concepts related to the Model-View-Controller (MVC) pattern.
Identify key concepts for applying the Abstract Factory pattern.
Identify key concepts for applying the Singleton pattern.
Identify key concepts for applying the Factory Method pattern.
Identify key concepts for applying the Information Expert pattern.
Identify key concepts for applying the Creator pattern.
Match the types of General Responsibility Assignment Software Patterns (GRASP) patterns with their descriptions. |
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