Object Oriented Analysis, Design & Programming with UML

Object Oriented Analysis, Design & Programming with UML, available at $89.99, has an average rating of 4.4, with 127 lectures, based on 1005 reviews, and has 8314 subscribers.

You will learn about Understand & use UML with your software development process Understand what is object oriented analysis, design & programming Understand how to analyze a problem using object oriented analysis Implement OO design in Java, C++ & C# This course is ideal for individuals who are Programmers who want to learn the Unified Modelling Language or Anyone who wants to learn OO analysis, design & programming or Anyone who wants to start with OO programming in C++, Java or C# or Students who want to understand the concepts of object oriented programming or Programmers new to object oriented programming or Software developers and designers looking to expand their existing knowledge of object oriented analysis & design or Anyone who wants to learn & apply UML to their sofware development process It is particularly useful for Programmers who want to learn the Unified Modelling Language or Anyone who wants to learn OO analysis, design & programming or Anyone who wants to start with OO programming in C++, Java or C# or Students who want to understand the concepts of object oriented programming or Programmers new to object oriented programming or Software developers and designers looking to expand their existing knowledge of object oriented analysis & design or Anyone who wants to learn & apply UML to their sofware development process.

Enroll now: Object Oriented Analysis, Design & Programming with UML

Summary

Title: Object Oriented Analysis, Design & Programming with UML

Price: $89.99

Average Rating: 4.4

Number of Lectures: 127

Number of Published Lectures: 126

Number of Curriculum Items: 127

Number of Published Curriculum Objects: 126

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Understand & use UML with your software development process
Understand what is object oriented analysis, design & programming
Understand how to analyze a problem using object oriented analysis
Implement OO design in Java, C++ & C#

Who Should Attend

Programmers who want to learn the Unified Modelling Language
Anyone who wants to learn OO analysis, design & programming
Anyone who wants to start with OO programming in C++, Java or C#
Students who want to understand the concepts of object oriented programming
Programmers new to object oriented programming
Software developers and designers looking to expand their existing knowledge of object oriented analysis & design
Anyone who wants to learn & apply UML to their sofware development process

Target Audiences

Programmers who want to learn the Unified Modelling Language
Anyone who wants to learn OO analysis, design & programming
Anyone who wants to start with OO programming in C++, Java or C#
Students who want to understand the concepts of object oriented programming
Programmers new to object oriented programming
Software developers and designers looking to expand their existing knowledge of object oriented analysis & design
Anyone who wants to learn & apply UML to their sofware development process

Object Oriented Analysis, Design & Programming course is a unique course that teaches students how to use object-oriented techniques to build software. The course will start with requirements gathering & end with implementation. In the process, you’ll learn how to analyze and design classes, their relationships to each other in order to build a model of the problem domain. You’ll also use common UML diagrams throughout this process, such as use-case, class, activity & other diagrams. The diagrams will be created through a free tool.

Lot of emphasis is placed on use cases to capture and manage requirements. Those are subsequently used to enforce OO concepts that produce a reusable design of the system that adapts to change. Finally, the design is implemented & programmed in three different programming languages – Java, C# & C++. During the implementation, you’ll learn about the object-oriented concepts such as Abstraction, Encapsulation, Hierarchy, Polymorphism, interfaces, etc. All these concepts are explained with examples in all the three languages.

Finally, all the important concepts are applied in a textual game called Reckless Driver. Consequently, you’ll have understood the entire process of Object Oriented Analysis, Design & Programming & you can implement these concepts in your own software.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Installation of Eclipse for Java

Lecture 3: Installation of Visual Studio for C# & C++

Lecture 4: Installation For Other Platforms

Lecture 5: Course Material & Source Code

Chapter 2: Basics

Lecture 1: Software Complexity

Lecture 2: Algorithm Decomposition

Lecture 3: Object Oriented Decomposition

Lecture 4: Object Characteristics

Chapter 3: Object Oriented Analysis

Lecture 1: UML Introduction

Lecture 2: View Model

Lecture 3: Object Model Concepts

Lecture 4: Object Oriented Analysis with Use Cases

Lecture 5: Use Case Description

Lecture 6: Use Case Diagram

Lecture 7: Use Case Relationships

Lecture 8: Use Case Relationships in StarUML

Lecture 9: Guidelines for Use Cases

Lecture 10: Activity Diagram

Lecture 11: Activity Diagram in StarUML

Lecture 12: Merge

Lecture 13: Fork & Join

Lecture 14: Swimlanes

Chapter 4: Object Oriented Design & Programming

Lecture 1: Introduction to Classes & Class Diagram

Lecture 2: Class Diagram in StarUML

Lecture 3: Abstraction

Lecture 4: Abstraction in Java

Lecture 5: Abstraction in C#

Lecture 6: Abstraction in C++

Lecture 7: Encapsulation

Lecture 8: Encapsulation in Java – Part I

Lecture 9: Encapsulation in Java – Part II

Lecture 10: Encapsulation in C# – Part I

Lecture 11: Encapsulation in C# – Part II

Lecture 12: Encapsulation in C++ – Part I

Lecture 13: Encapsulation in C++ – Part II

Lecture 14: Class Diagram Revisited

Lecture 15: Inheritance

Lecture 16: Inheritance in Java

Lecture 17: Inheritance in C#

Lecture 18: Inheritance in C++

Lecture 19: Containment

Lecture 20: Aggregation & Association

Lecture 21: Dependency

Lecture 22: Polymorphism

Lecture 23: Polymorphism in Java

Lecture 24: Polymorphism in C#

Lecture 25: Polymorphism in C++

Lecture 26: Abstract Class

Lecture 27: Interface

Chapter 5: Reckless Driver Implementation

Lecture 1: Overview of Design

Lecture 2: GameObject Class Implementation in Java

Lecture 3: TrafficCar Class Implementation in Java

Lecture 4: SideObject Class Implementation in Java

Lecture 5: Player Class Implementation in Java

Lecture 6: GameManager Class Implementation in Java

Lecture 7: GameObject Class Implementation in C#

Lecture 8: TrafficCar Class Implementation in C#

Lecture 9: SideObject Class Implementation in C#

Lecture 10: Player Class Implementation in C#

Lecture 11: GameManager Class Implementation in C#

Lecture 12: GameObject Class Implementation in C++

Lecture 13: TrafficCar Class Implementation in C++

Lecture 14: SideObject Class Implementation in C++

Lecture 15: Player Class Implementation in C++

Lecture 16: GameManager Class Implementation in C++

Chapter 6: Interaction Diagrams

Lecture 1: Communication Diagram – Part I

Lecture 2: Communication Diagram – Part II

Lecture 3: Communication Diagram – Part III

Lecture 4: Communication Diagram – Part IV

Lecture 5: Sequence Diagram – Part I

Lecture 6: Sequence Diagram – Part II

Lecture 7: Sequence Diagram – Part III

Lecture 8: Sequence Diagram – Part IV

Lecture 9: Scene Class Discussion

Lecture 10: Scene Class Implementation in Java – Part I

Lecture 11: Scene Class Implementation in Java – Part II

Lecture 12: Collision Behavior Implementation in Java – Part I

Lecture 13: Collision Behavior Implementation in Java – Part II

Lecture 14: Scene Class Implementation in C# – Part I

Lecture 15: Scene Class Implementation in C#- Part II

Lecture 16: Collision Behavior Implementation in C# – Part I

Lecture 17: Collision Behavior Implementation in C# – Part II

Lecture 18: Scene Class Implementation in C++ – Part I

Lecture 19: Scene Class Implementation in C++- Part II

Lecture 20: Collision Behavior Implementation in C++ – Part I

Lecture 21: Collision Behavior Implementation in C++ – Part II

Chapter 7: State Machine Diagram

Lecture 1: State Machine Diagram Files

Lecture 2: Code Cleanup – Java

Lecture 3: Code Cleanup – C#

Lecture 4: Code Cleanup – C++

Lecture 5: State Changes in Java

Lecture 6: State Changes in C#

Instructors

Umar Lone
Trainer, developer & founder at Poash Technologies

Rating Distribution

1 stars: 7 votes
2 stars: 31 votes
3 stars: 141 votes
4 stars: 362 votes
5 stars: 464 votes

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