Object Oriented Thought Process Course Overview:

The Object Oriented Thought Process course is tailored to educate students on the principles of object-oriented programming (OOP). Covering key concepts like data abstraction, encapsulation, inheritance, polymorphism, and dynamic binding, the course emphasizes object-oriented design and programming fundamentals. Hands-on exercises, design patterns, and refactoring exercises enable students to apply these principles practically, allowing them to create a collection of reusable functions and classes applicable in diverse programming contexts. With its focus on foundational skills, this course serves as an excellent starting point for individuals aspiring to venture into the field of software development.

Intended Audience:

Target Audience:

• Software developers
• Software architects
• System administrators
• Tech leads
• Developers
• Engineers

This training is suitable for individuals who:

• Have a prior understanding of object-oriented programming
• Possess a strong foundation in programming principles
• Are familiar with programming languages such as Java, C++, JavaScript, and Python

Additionally, this training is beneficial for:

• Professionals seeking to strengthen their knowledge in object-oriented concepts
• Those embarking on a career in software engineering
• Technical experts aiming to enhance their skills and stay updated with the latest technological advancements.

Learning Objectives of Object Oriented Thought Process:

Object Oriented Thought Process Training helps learn the principles and concepts of object-oriented design and programming. Object-oriented programming allows for better management of software complexity, easier maintenance and enhanced reusability of program modules.
The objectives of this training are to:
1. Understand the fundamentals and techniques of object-oriented programming.
2. Learn the advantages and disadvantages of object-oriented programming.
3. Understand and use common object-oriented design patterns.
4. Understand the principles of object-oriented programming such as inheritance and polymorphism.
5. Apply object-oriented design principles to build efficient, maintainable and reusable software systems.
6. Understand object-oriented language features and implementation techniques for Java and other object-oriented programming languages.