The Object-Oriented Analysis and Design Using UML training explores the software development processes, object-oriented technologies and the Unified Modeling Language (UML). Learn one practical, complete, object-oriented analysis and design (OOAD) roadmap from requirements gathering to system deployment.

This Object-Oriented Analysis and Design Using UML training teaches you how to effectively use object-oriented technologies and software modeling as applied to a software development process. Expert Oracle University instructors present one practical, complete, object-oriented analysis and design (OOAD) road map from requirements gathering to system design.

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Learn To:

• Use object-oriented technologies.
• Use Unified Modeling Language 2.2.
• Perform object-oriented analysis and design.
• Follow a software development process using an OO software project.
• Create a system design (the Solution model) supporting the functional requirements (FRs).

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Benefits to You

By enrolling in this course, you’ll experience the benefits of using the widely adopted graphical modeling language―the Unified Modeling Language (UML) version 2.2. Use this to help communicate concepts and decisions, understand the problem and proposed solution and manage complexity of artifacts describing the problem and proposed solution. Furthermore, you’ll develop a deeper understanding of the patterns and frameworks that help build more flexible and re-usable software components.

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Suggested Prerequisite

• Demonstrate a general understanding of programming, preferably using the Java programming language
• Understand the fundamentals of the systems development process
• Understand object-oriented concepts and methodology

• Java EE Developers
• Application Developers
• System Analysts
• Java Developers

• Describe the object-oriented software development process, including object-oriented methodologies and workflows
• Gather system requirements through interviews with stakeholders
• Analyze system requirements to determine the use cases and domain model of the problem domain (the Requirements model)
• Create a system architecture (the Architecture model) supporting the nonfunctional requirements (NFRs) and development constraints
• Create a system design (the Solution model) supporting the functional requirements (FRs)

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Examining Object-Oriented Concepts and Terminology

• Describe the fundamental OO terminology
• Describe the important object-oriented (OO) concepts

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Introducing Modeling and the Software Development Process

• Describe the Object-Oriented Software Development (OOSD) process
• Explain the purpose, activities, and artifacts of the following OOSD workflows (disciplines): Requirements Gathering, Requirements Analysis, Architecture, Design, Implementation, Testing & Deployment
• Describe the benefits of modeling software
• Describe how modeling supports the OOSD process

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Creating Use Case Diagrams

• Justify the need for a Use Case diagram
• Identify and describe the essential elements in a UML Use Case diagram
• Develop a Use Case diagram for a software system based on the goals of the business owner
• Develop elaborated Use Case diagrams based on the goals of all the stakeholders
• Recognize and document use case dependencies using UML notation for extends, includes, and generalization
• Describe how to manage the complexity of Use Case diagrams by creating UML packaged views

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Creating Use Case Scenarios and Forms

• Identify and document scenarios for a use case
• Describe how to reference included and extending use cases.
• Identify the purpose of a Supplementary Specification Document
• Create a Use Case form describing a summary of the scenarios in the main and alternate flows
• Identify and document non-functional requirements (NFRs), business rules, risks, and priorities for a use case

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Creating Activity Diagrams

• Model a Use Case flow of events using an Activity diagram
• Identify the essential elements in an Activity diagram

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Determining the Key Abstractions

• Identify the key abstractions using CRC analysis
• Identify a set of candidate key abstractions

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Constructing the Problem Domain Model

• Identify the essential elements in a UML Class diagram
• Validate the Domain model with one or more Object diagrams
• Construct a Domain model using a Class diagram
• Identify the essential elements in a UML Object diagram

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Transitioning from Analysis to Design using Interaction Diagrams

• Create a Sequence diagram view of the Design model
• Identify the essential elements of a UML Sequence diagram
• Create a Communication diagram view of the Design model
• Identify the essential elements of a UML Communication diagram
• Explain the purpose and elements of the Design model

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Modeling Object State Using State Machine Diagrams

• Model object state
• Describe the essential elements of a UML State Machine diagram

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Applying Design Patterns to the Design Model

• Describe the Composite pattern
• Define the essential elements of a software pattern
• Describe the Strategy pattern
• Describe the Abstract Factory pattern
• Describe the Observer pattern

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Introducing Architectural Concepts and Diagrams

• Describe the Architecture workflow
• Select the Architecture type
• Create the Architecture workflow artifacts
• Describe the diagrams of the key architecture views
• Describe tiers, layers, and systemic qualities
• Distinguish between architecture and design

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Introducing the Architectural Tiers

• Describe the concepts of the Client and Presentation tiers
• Describe the concepts of the Business tier
• Describe the concepts of the Resource and Integration tiers
• Describe the concepts of the Solution model

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Refining the Class Design Model

• Annotate method behavior
• Create components with interfaces
• Refine the attributes of the Domain model
• Declare the constructors of the Domain model
• Refine the relationships of the Domain model
• Refine the methods of the Domain model

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Overview of Software Development Processes

• Develop an iteration plan
• Choose a methodology that best suits your project
• Explain the best practices for OOSD methodologies
• Describe the features of several common methodologies

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