Unreal Engine Advanced Projects & FX Design

Build a complete Pacman 3D game while developing practical Unreal Engine 4 game development skills. In this hands-on course, you'll progress through every stage of creating a playable game, from project setup and level design to blueprint scripting, player movement, enemy behavior, animations, and gameplay effects. You'll begin by organizing your project, integrating assets, constructing maze environments with geometry and materials, and refining the game world with lighting and sound. As the course advances, you'll create Player, Enemy, Game Mode, and collectible Blueprints, implement pellets, power pellets, fruit collectibles, custom camera systems, and core gameplay logic. You'll also design character animations, responsive movement, collision interactions, visual and audio effects, and speed boost mechanics that enhance gameplay. Designed for aspiring game developers, Unreal Engine beginners, and intermediate learners, this course emphasizes learning by building a complete project. Each module includes practice and graded quizzes to reinforce key concepts as you progress. By the end of the course, you'll be able to design a Pacman 3D environment, implement Blueprint-based gameplay systems, create animated player interactions, and develop a fully functional game using Unreal Engine 4.

Bring your maze-based game to life by learning how to design, implement, and optimize gameplay systems in Unreal Engine using Blueprints. In this hands-on course, you'll build a complete game experience while developing practical skills in gameplay logic, enemy AI, navigation, and user interface design. You'll begin by creating core maze functionality, including dynamic actor population, teleportation systems, win conditions, and gameplay balancing. As you progress, you'll implement teleport zones, enemy placement, player death sequences, and respawn systems to create engaging gameplay. The course then explores enemy AI through vulnerability states, phased behaviors, respawn logic, and audio integration to improve game flow. Finally, you'll build navigation meshes, configure AI pathfinding and child blueprints for enemy variations, and design a responsive HUD that displays real-time gameplay information. This course is ideal for learners who want practical experience building interactive gameplay systems in Unreal Engine. By the end of the course, you'll be able to create, customize, and optimize a polished maze-based game featuring AI-driven navigation, dynamic gameplay mechanics, structured enemy behaviors, and a professional HUD using Unreal Engine's visual scripting tools.