What you'll learn:
- Discover how SOLID principles promote clean and maintainable software architecture
- Learn the fundamental theory of SOLID principles
- Master each SOLID principle through real-world, non-trivial examples
- Understand the architectural trade-offs associated with SOLID principles
- Go beyond just writing code and design systems that will stand the test of time
- Discover the history of SOLID principles and get to know the people behind them
SOLID principles are fundamental rules of software architecture, helping developers craft clean and maintainable systems. These principles are grounded in over 40 years of academic research and practical experience, making them essential for developers, particularly those in senior positions.
SOLIDis an acronym that stands for five principles:
Single Responsibility Principle
Open Closed Principle
Liskov Substitution Principle
Interface Segregation Principle
Dependency Inversion Principle
In this course, you will discover the full scope and power of the SOLID principles and learn to apply them in your projects. I'll explain the concepts in simple words, with the help of real-world examples, so you'll get the theory and see how these principles work in real designs.
After completing this course, you'll become not just a programmer, but a software designer. You'll be able to incorporate longer-term architectural considerations into your code and know how to identify and rectify design mistakes. The insights that you'll acquire here will also make your programming job much more enjoyable!
Throughout the course, I will share interesting historical facts about the people behind the SOLID principles and the evolution of software architecture. These stories will enrich the technical content, adding depth and context to your learning experience.
So, I invite you to join me on this exciting journey into the world of SOLIDprinciples of Object Oriented Design and Architecture!
