Zombie Escape: A Point & Click 3D Game using Unity’s NavMesh

Design a full game using Unity's built-in A* pathfinding solution with C# code for controlling Enemy AI Combat & Patrol

Created by: Billy McDaniel
Indie Video Game Developer

What Will I Learn?

• Utilizing Unity's NavMesh Agent for Point & Click player movement
• Building a geomorphic-style procedural random level generator with customizable settings and spawn types
• Developing a Finite State Machine (FSM) in C# for controlling enemy behaviors
• Implementing Patrol, Idle, Chase, Attack, and Standby states
• Leveraging Unity's NavMesh Surface for A* Pathfinding in dynamically generated environments
• Configuring NavMesh Agents, Obstacles, Modifiers, Areas, and Agent Types
• Organizing resources using ScriptableObjects for memory optimization
• Creating Health & Combat systems for fully playable game experience
• Generating engaging sound effects and integrating audio sources

Requirements

• Have basic experience with Unity and C# programming
• Understand fundamental C# concepts and Unity workflows
• Be familiar with using Blender for exporting models and importing them into Unity (although detailed explanations will be provided)
• Note that no prior 3D modeling skills are necessary, as all required 3D assets are included with the course
• Be prepared to learn new C# coding techniques and Unity features, as they will be explained throughout the course
• Have a willingness to learn and experiment with new concepts and techniques in game development

Target audience

• Beginner to intermediate Unity C# game developers looking to create a fully playable game while expanding their skillset
• Game developers interested in learning and implementing Unity's NavMesh system for pathfinding and AI behavior
• Individuals with a passion for developing point-and-click 3D games with a focus on enemy AI and procedural level generation
• Developers seeking to enhance their understanding of ScriptableObjects, Singleton patterns, and modular level design in Unity
• Students eager to create engaging and dynamic game experiences with intelligent enemy interactions and a variety of game mechanics