In this module, we will explore the Command Pattern, focusing on managing user inputs and creating reusable actions. We will also cover how to integrate advanced features like undo/redo functionality and optimize the command system for Unity.

In this module, we will dive into memory optimization techniques, including the Flyweight Pattern and Scriptable Objects. Additionally, we will examine Unity's ECS to handle large numbers of objects efficiently, with tips for overcoming common implementation challenges.

In this module, we will cover the Observer Pattern, focusing on how to manage dynamic interactions in Unity. You’ll learn how to set up efficient communication systems and optimize observer-based patterns for large, maintainable projects.

In this module, we will explore the Prototype Pattern and how it enables efficient object duplication. You’ll learn how to implement cloning systems and dynamically generate prefabs for scalable game development in Unity.

In this module, we will introduce the Singleton Pattern and its significance in managing global states within Unity projects. You will learn how to implement a Singleton to streamline systems like game managers and audio controllers.

In this module, we will cover the State Pattern, focusing on how it can simplify the management of complex game behaviors. We’ll explore state transitions for AI actions such as patrolling and chasing, and apply optimizations for smoother game performance.

In this module, we will guide you through setting up and implementing an object pool in Unity to improve performance. You will learn how to extend the pooling system for various object types and apply it to enhance effects like explosions.

In this module, we will explore additional game design patterns and their applications. You’ll also recap the key concepts from the course and learn how to continue advancing your skills in Unity game design patterns.