This module builds on foundational object-oriented (OO) principles by applying advanced design patterns, refactoring techniques, and best practices in OO development. You will explore how to integrate UML modeling with OO design, improve software resilience through refactoring, and implement design principles in Java-based applications. Additionally, the module introduces advanced OO frameworks, including dependency injection (DI) and inversion of control (IoC), to enhance modularity and maintainability in complex software systems.

This module explores the intersection of object-oriented (OO) design with software architecture, user experience (UX/UI), database integration, and API design. You will refine your ability to model applications using UML, implement OO design patterns in Java, and consider the broader implications of OO design in software engineering projects. The module also examines how OO principles relate to high-level software architecture and project management, ensuring that students gain a holistic understanding of software design and development.

This module delves into advanced object-oriented (OO) design concepts, focusing on best practices, design patterns, and language-specific implementations. You will explore UML modeling, Java-based OO development, and interface design while analyzing pattern libraries and anti-patterns. Additionally, this module introduces the role of AI in software development and compares OO implementations across various programming languages, preparing students to adapt your skills to evolving industry trends.

In this final module, you will demonstrate mastery of object-oriented (OO) design and development through a comprehensive capstone project. This module reinforces key concepts covered throughout the course, including UML modeling, OO design principles, software architecture, and best practices in Java-based development.