This module guides learners through building a 2D collection game in Unity, covering essential skills such as importing and slicing sprite sheets, designing tile-based levels, and implementing player movement with C# scripting. Learners will explore Unity's component-based architecture, utilize the new Input System, and apply basic vector math to control game characters. By the end, you'll have a playable level and a foundational understanding of 2D game development workflows.

This module guides learners through finalizing a 2D collection game in Unity by implementing collectible items, hazards, and win/lose conditions. You will enhance your game with UI elements, timers, and scripts to track progress and manage game states. By the end, you'll have a playable level with interactive mechanics and feedback systems.

This module guides learners through the process of building immersive 2D adventure game environments in Unity. You will learn how to import and prepare custom art assets, utilize Tilemap and Sprite Shape tools, animate elements with splines, and enhance gameplay with UnityEvents and environmental polish.

This module guides learners through the process of enhancing an adventure game by generating sprite mesh geometry, setting up inverse kinematics, and creating character animations. Participants will also implement player input handling and refine movement using physics materials, gaining practical experience with Unity's animation and input systems.

This module introduces the fundamentals of object pooling in Unity 2022, guiding learners through the process of preparing assets, utilizing UML diagrams for design, and implementing a pooled shooting system with prefabs. Learners will gain practical experience in optimizing game performance and structuring reusable gameplay components.

This module guides learners through enhancing player actions and refining enemy behaviors in Unity. You'll explore visual polish techniques using Shader Graph and 2D lighting, and implement flexible enemy AI with Scriptable Objects, Prefab Variants, and finite state machines. By the end, you'll be able to create engaging, dynamic interactions between players and enemies.

This module guides learners through enhancing a Unity-based adventure game by implementing interfaces for health, damage, and healing systems, as well as adding visual effects and enemy wave spawning. Learners will gain hands-on experience with component-based design, event-driven programming, and reusable scripting patterns to extend game functionality.

This module guides learners through finalizing an adventure game by implementing a flexible health system, managing events with a Singleton pattern, and ensuring quest name consistency. Learners will also create and randomize collectible key items, set up a sliding puzzle lock, and update rendering techniques for enhanced gameplay and visuals.