In this module, learners will advance their Pacman 3D project by refining the maze layout, editing geometry, and mastering multiple viewport perspectives in Unreal Engine 4. They will explore subtractive brushes, geometry editing tools, and box brushes to shape the game world efficiently. Learners will also import sound assets and integrate them into gameplay while constructing a Player Blueprint to define character movement, input controls, and interactions. By the end of this module, students will have developed both the structural foundation of the level and the functional player blueprint, enhancing both immersion and interactivity in the game.

In this module, learners will expand their Pacman 3D project by designing enemy AI blueprints, collectible items, and essential gameplay systems in Unreal Engine 4. They will create enemy and enemy house blueprints to manage spawning and movement, design pellet and power pellet systems that drive scoring and player interactions, and integrate fruit blueprints for bonus collectibles. Finally, learners will build a Game Mode Blueprint to define core rules and develop a custom gameplay camera for consistent player perspective. By the end of this module, students will have implemented the enemies, collectibles, and gameplay logic that bring the Pacman 3D world to life.

In this module, learners will bring Pacman 3D to life by designing animations, implementing smooth player movement, configuring camera interactions, and enhancing gameplay with effects and power-ups in Unreal Engine 4. Students will create gobbling animations, refine directional controls, set up camera transitions, and integrate pellet and power pellet interactions. Additionally, they will apply visual and audio effects, speed boost logic, and special interactions to enhance both immersion and gameplay balance. By the end of this module, learners will have a fully interactive animated Pacman character with responsive movement, immersive camera views, and engaging gameplay effects.