Module 1: Introducing Object-Oriented Analysis and Design  

• Define OOA&D
• Define Analysis and Design
• Understand the role of objects and classes
• Define the key features of OO programming
• Detail the nature and benefits of the iterative, incremental lifecycle of projects
• Introduce the major phases of a system development effort

Module 2: Introducing the Unified Modeling Language

• UML definition
• Introduce the primary diagrams used in the UML
• Introduce the Package notation and Stereotypes

Module 3: Requirements and Initial Analysis

• Describe the process of gathering information
• Define Candidate Objects and the role of domain experts
• Specify the role of the data dictionary
• Analyze the role Risk Assessment plays in system development
• Introduce Use Cases and Use Case Scenarios
• Introduce Activity Diagrams, Packages and Component and Deployment diagrams

Module 4: Analysis of System Objects and Classes - Part I

• Understanding the Analysis Phase
• Role of Key Abstractions
• Develop Object Diagram and Class Diagram
• Define Associations and Multiplicity
• Define Complex and Qualified Associations

Module 5: Analysis of System Objects and Classes - Part II

• Modeling Inheritance
• Modeling Polymorphism and Abstract Classes
• Modeling Reflexive Associations
• Analyzing for Aggregation, Composition, Propagation and Delegation
• Java Interfaces

Module 6: Analysis of Dynamic Models

• Define the role and function of Sequence Diagrams
• Define the role and function of Collaboration Diagrams
• Define the role and function of State Transition diagrams
• Define the role and function of Activity Diagrams

Module 7: Patterns

• Introduce Patterns
• Facade
• Singleton
• Factory
• Composite
• Observer
• MVC
• State Pattern

Module 8: The Object model in Design - Part I

• Encapsulation: get/set attributes
• Design attributes and data types
• Define constraints, methods, and static data and methods
• Role of Constructors

Module 9: The Object Model in Design - Part II

• Categorize classes
• Coding for Composition, Aggregation, and Association
• Explain the concept of Direction of Traversal
• get/set/add/remove constructors and static associations
• Explain link access methods
• Submethods from Inheritance
• Delegation and complex operations

Module 10: The Dynamic Model in Design

• Sequence diagrams in Design
• Collaboration diagrams in Design
• State Transition diagrams in Design
• Activity diagrams in Design

Module 11: System Design

• Packages and subsystems
• Frameworks
• Role of cohesion and coupling
• System performance issues
• Revisiting Components and Deployment
• Role of network and databases