Gain mastery over SOLID Principles and write clean and well-designed code in Object Oriented Languages like Java etc.
InstructorGeorge Sonora
Editorial course preview
These 3 complementary views highlight concrete, legible examples from the course presentation.
This slide illustrates the SOLID design principles using a pentagon diagram, highlighting the Open-Closed Principle with its definition regarding extension and modification.
This slide explains the Open Closed Principle by defining that software components should be open for extension but closed for modification.
The image displays a Java code editor alongside a list of reasons for refactoring, such as changes in employee attributes and tax calculation logic.
The use of real-world analogies helps translate abstract design principles into understandable concepts.
The curriculum provides a clear progression through the five core principles with dedicated sections for each.
The content serves as a high-level summary, which may feel shallow for those seeking advanced or complex architectural examples.
The lack of interactive assignments or quizzes means learners must rely on observation rather than active practice. One signal from before the last update suggests visual quality issues in coding segments, though the update label does not prove a correction has been made.
Live coding sessions may repeat previously demonstrated code rather than providing new or more detailed scenarios.
The content aligns with the target of beginner programmers, though it may not satisfy those looking for language-specific depth in Python or C++. One signal from before the last update suggests examples may feel outdated or difficult to relate to certain modern environments, but the update label does not prove a correction has been made.