ATI's OOAD Using the Unified Modeling Language (UML)course

Summary: This course uses the industry-standard Unified Modeling Language (UML) as a means of depicting OO software design and providing team members with a common notation and vocabulary for communicating their ideas. Topics include: use case diagrams, class diagrams, interaction diagrams, state diagrams, implementation diagrams, the UML process, and advanced modeling concepts. Prerequisites: Experience in analysis, design, or development is desirable. Who Should Attend: This course is designed for analysts, technical managers, and software developers who need a common, practical technique for describing object-oriented systems. Benefits of Attendance: Upon completion of this course, students will be able to: Explain the difference between object and procedure orientation; Understand object-oriented concepts such as encapsulation, inheritance, and polymorphism; Compare object-oriented analysis with other approaches to systems analysis; Explain the origins of the Unified Modeling Language; Use common features of UML diagrams; Describe and compare features of UML tools; Identify actors and use cases; Write use case descriptions; Create use case diagrams; Identify classes, associations, aggregations, and multiplicity; Construct class diagrams at various levels of detail; Create sequence and collaboration diagrams; Identify object states and substates; Draw state diagrams and activity diagrams; Use component and deployment diagrams; Understand general characteristics of UML processes; Describe the object-oriented software life cycle; and Use basic object-oriented design and project metrics. Course Outline: Chapter 1: Object-Oriented Analysis and Design What is OOAD? Approaches to System Analysis Object-Oriented Methodologies History of UML What is UML? Models and Architectural Views Common Features of UML Diagrams Characteristics of a UML Process Chapter 2: Object-Oriented Concepts What is Object-Oriented? What is an Object? Encapsulation Class vs. Object Inheritance Multiple Inheritance Polymorphism Object Orientation vs. Procedure Orientation Chapter 3: Using a UML Tool Introduction Selecting a UML Tool Chapter 4: Identifying Use Cases General Steps in a UML-Based Process Use Cases Actors Use Case Diagrams Use Case Description Use Case Template Use Case Relationships Use Case Diagram for Elevator System Business Modeling Chapter 5: Discovering Classes Class Diagrams Class Diagram Details Class Stereotypes Discovering Classes Candidate Classes Chapter 6: Associations Associations Association Roles Multiplicity Aggregation Inheritance Classes for Elevator System Class Diagram for Elevator System Association Classes Building the Static Model Chapter 7: Design Patterns What is a Design Pattern? Reasons to Study Design Patterns History of Design Patterns Cataloging Design Patterns Design Pattern "Themes" The Singleton Pattern The Composite Pattern The Iterator Pattern The Strategy Pattern Chapter 8: Interaction Diagrams Building the Dynamic Model Interaction Diagrams Sequence Diagrams Messages Lifelines Activations Sequence Diagram - Example Sequence Diagram for Elevator System Collaboration Diagrams Message Labels Collaboration Diagram - Example Collaboration Diagram for Elevator System Chapter 9: State Diagrams States and Events State Diagrams Guard Conditions State Diagram Details Substates Concurrent Substates Disjoint Substates - Nesting Disjoint Substates - Layering The History Pseudostate State Diagrams for Elevator System Digital Clock / Timer Chapter 10: Activity Diagrams Refining the Models Activity Diagrams Activity Diagram Details Activity Diagram – Example Activity Diagram with Swimlanes Describing a Business Process Chapter 11: Behavioral Patterns The Observer Pattern Observer Pattern – Collaboration Diagram Observer Pattern – Sequence Diagram The Memento Pattern Memento Pattern – Sequence Diagram Chapter 12: Implementation Diagrams Moving Towards Implementation Logical vs. Physical Architecture Hardware and Software Concepts Component Diagrams Deployment Diagrams Allocating Components to Nodes Chapter 13: Object-Oriented Software Life Cycle The Object-Oriented Life Cycle The Iterative Process Estimating Object-Oriented Projects Object-Oriented Design Metrics Refactoring Steps Toward Reuse Chapter 14: UML 2.0 What’s New in UML 2.0 Package Diagram Composite Structure Diagram Interaction Overview Diagram Use Case Multiplicities Exception Handling Notation Object Constraint Language Appendix A: Analysis and Design Problems Online Survey Application Diagram Editor Budget Manager Intelligent Parcel Scale Weather Monitoring Station Recycling Machine Subway System Additional Problems Appendix B: Reference Abbreviations and Acronyms Internet Resources Appendix C: Class Diagrams - Advanced Features Qualified Associations N-ary Associations Constraints Derived Elements Parameterized Classes Appendix D: AntiPatterns What is an AntiPattern? Reasons to Study AntiPatterns Functional Decomposition The Blob Poltergeists Appendix E: EclipseUML EclipseUML EclipseUML Screen Layout EclipseUML Menu Bar The Eclipse Workspace Getting Started Use Case Diagrams Class Diagrams Sequence Diagrams Collaboration Diagrams State Diagrams Activity Diagrams Deployment Diagrams Appendix F: ArgoUML ArgoUML ArgoUML Screen Layout ArgoUML Menu Bar File Formats Used by ArgoUML Getting Started Use Case Diagrams Class Diagrams Sequence Diagrams Collaboration Diagrams State Diagrams Activity Diagrams Deployment Diagrams Tuition: Tuition is $2000 per person at one of our scheduled public courses. Onsite pricing is available. Government personnel qualify for reduced rates. Please call us at 410-956-8805 or send an email to ati@ATIcourses.com. Register Now Without Obligation