Overview

The Unreal Engine Advanced Projects & FX Game Design Specialization equips learners with the technical and creative expertise to design, develop, and optimize professional-level games. Learners will master advanced visual effects, player-centric gameplay systems, and interactive UI elements while building immersive 3D projects. Courses cover designing a 3D Pacman game, implementing maze-based AI-driven mechanics, and constructing cinematic, performance-optimized environments. By completing this hands-on program, learners will gain the skills to produce polished, engaging games using Unreal Engine’s Blueprint scripting system.

Syllabus

Course 1: Unreal Engine: Master Advanced FX & Gameplay Design
Course 2: Unreal Engine 3D Pacman: Design, Build & Animate Game
Course 3: Unreal Engine Game Design: Build, Implement & Optimize

Courses

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14 hours 44 minutes
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This course provides a step-by-step guide to designing, building, and animating a Pacman 3D game in Unreal Engine 4. Learners will explore project setup, asset integration, geometry design, and material creation to construct a visually engaging game world. Through blueprint scripting, students will develop enemy AI, configure pellets, power-ups, and fruit collectibles, and implement game mode logic with custom camera systems. By progressing through animations, player movement mechanics, collision detection, and visual/audio effects, learners will apply, analyze, design, and implement key gameplay features that make Pacman interactive and immersive. Each module is carefully structured with practice and graded quizzes to reinforce understanding and build mastery. By the end of this course, students will be able to design dynamic animations, implement responsive player controls, construct enemy and object blueprints, and apply effects to balance and enhance gameplay. This course is ideal for aspiring game developers, Unreal Engine beginners, and intermediate learners who want to create, evaluate, and produce a fully functional Pacman 3D game project.
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14 hours 32 minutes
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This hands-on course guides learners through the complete process of designing and optimizing a maze-based game in Unreal Engine using blueprints. Across four progressive modules, learners will explore fundamental and advanced gameplay mechanics — from populating mazes with interactive objects to implementing teleport zones, player respawn systems, and immersive enemy AI behavior. Learners will build gameplay logic, apply teleportation and win conditions, implement dynamic enemy states and AI-driven navigation, and design a responsive HUD for real-time feedback. By integrating audio, animations, and structured AI phases, students will analyze game flow, develop interactive systems, and evaluate performance to ensure smooth, engaging experiences. By the end of the course, learners will have the ability to create, customize, and optimize a polished Unreal Engine game project that demonstrates mastery of navigation meshes, enemy variations, child blueprints, and dynamic HUD layouts. This course equips students with the skills to design, implement, and refine professional-quality gameplay systems using Unreal Engine’s visual scripting tools.
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22 hours 6 minutes
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This comprehensive Unreal Engine course empowers learners to design, develop, and implement advanced visual effects, materials, and gameplay systems using powerful Blueprint scripting techniques. Across eight modules, participants will construct immersive worlds with dynamic materials, integrate interactive player mechanics, apply cinematic transitions, and synchronize animation systems with responsive controls. Learners will demonstrate mastery of advanced workflows, from holographic material creation and environmental VFX to spline-driven movement, interactive menus, and complex traversal systems like climbing, swinging, and bullet time. Through structured practice and graded assessments, this course will equip game developers to produce professional-quality, performance-optimized, and visually striking gameplay experiences that elevate player engagement. By the end of this course, learners will be able to: • Design advanced materials, shaders, and transition effects. • Develop interactive UI elements and menu systems. • Integrate physics-based mechanics, spline paths, and VFX. • Implement player-centric movement systems and animation sync. • Optimize assets and interactions for performance and immersion.