OOAD (Object Oriented Analysis and Design) with UML2

Any non-trivial software development needs a good process for success. This program focuses on risk management and development of use-case and centric object oriented applications. This program familiarizes participants with process of Object-Oriented Analysis and Design (OOAD) using Unified Modeling Language (UML2). The workshop begins with structuring requirements and then illustrates the methodology to design PIM (Platform Independent Model) and PSM (Platform Specific Model) with logical progression. Roles of architect, designer, analyst and developer are clearly identified, in context of OOAD. Program covers UML2 concepts, OO concepts, iterative development, requirements management and then analysis & design process using UML2. A view of architect's role is explained. This program is interactive blend of theory and hands-on with Modelio Open Source. Program is intense, yet fun.

Audience

Program is primarily for software developer who wishes to be efficiently design and evolve their software.

Prerequisites

Participant must have experience of software development in any object oriented programming language. Familiarity with UML is not required, but will be helpful.

Topics

OO and UML

Complexity
Iterative Development
Modeling
- What is it?
- Why do it?
- Guidelines
Pillars of OO
- Coupling & Cohesion
- Modularity
- Abstraction
- Encapsulation
- Polymorphism
- Generalization
- Hierarchy
- Heuristics
  - DRY
  - KISS
  - YAGNI
Analysis vs Design
Design Vs Architecture
Architecture Views
UML2
- Overview
- Concepts
- Diagrams
- Tools
- Intro to Modelio Open Source

UML

Key Concepts
Profiles
- Stereotypes
- Tagged Values
- Constraints
Class Diagram
- Dependency
- Realization
- Association
- Aggregation
- Composition
- Generalization
Use Case Diagram
- Use Case Specification
- Relationships
Sequence Diagram
- Lifeline and Activation
- Messages
- Structures
Activity Diagram
- Activity and Action
- Nodes and Flows
- Partitions and Regions
Object Diagram
State Machine Diagram
- States and Transitions
- Events and Actions
Other Diagrams
- Package Diagram
- Component Diagram
- Deployment Diagram
- Communication Diagram
- Interaction Overview Diagram
- Timing Diagram
- Composite Structure Diagram

Process

Requirements Modeling
- Vision Document
- Use Case Model
- Supplementary Specification
- Vision
- Glossary
- More
Use Case Modeling
- Identifying Actors
- Defining Use Cases
- Use Case Relationships
Object-Oriented Analysis
- Scenarios and Narratives
- CRC Cards
- Use Case Analysis
- Analysis Classes
- VOPC to PIM
- Use Case Realization
- Interaction Diagrams
- State Diagrams
- Identifying
  - Responsibilities
  - Information
Object Oriented Design
- Architectural Patterns
- N+1 Views
- Component and Package Design
- Design Patterns
- Mapping PIM to PSM
- Technology Selection
- Code Generation
- Mechanism Design
  - Database Design
  - Distribution Design
- Packaging Principles

Design Principles

SOLID+
- SRP
- OCP
- LSP
- ISP
- DIP
- DBC
- FCG
- More
GRASP
- Expert
- Indirection
- CQRS
- Controller
- Dependency
Dependency Injection
Inversion of Control
Packaging

Exclusions

Anything not mentioned in Topics

Software Requirements

Modelio Open Source

Internet Requirements

Good unrestricted internet connection is required.

Hardware Requirements

Laptop capable to run MS Office

Classroom Requirements

Projector with HDMI, White Board, Markers with Eraser

Online Requirements

Appropriate meeting software e.g. Zoom, MS Teams Please make sure that camera, speaker and mic are working

If you have any query, please contact now.