Yes, there is real hands-on work, but it's mostly guided rather than fully open-ended. You'll implement patterns in Java from UML diagrams and complete capstone assignments that apply ideas like the Command pattern or MVC to an existing app codebase. That practice helps you connect each pattern to an actual design problem instead of only learning the vocabulary.

The course covers major design pattern families, UML-based design communication, and the software design principles behind flexible code. You'll study creational, structural, and behavioral patterns, then use ideas like open-closed or dependency inversion when evaluating design choices. It also builds your ability to recognize code smells and think about refactoring more systematically.

After finishing, you should be able to match a design problem to an appropriate pattern and explain or implement that choice in Java. You should also be able to read and sketch UML for common patterns, reorganize code around MVC, and identify code smells that need refactoring. In practice, that means you can review an existing codebase and make targeted design improvements instead of only naming patterns from memory.

It's more concept-first, with guided coding practice throughout. The course spends a lot of time on when patterns and design principles make sense, then reinforces that through Java assignments, UML exercises, and capstone work.