Unreal Engine 5: Xây dựng Hệ thống Di chuyển từ Đầu

Master the art of building a next-generation locomotion system in Unreal Engine 5, from the ground up. This course takes you beyond the basics and into the core systems that power modern third-person and first-person gameplay experiences, teaching you how to design, implement, and extend a robust, scalable character controller for any game project.

You’ll gain hands-on experience with Unreal Engine’s Enhanced Input System, advanced animation techniques, and data-driven, pluggable architectures—all while learning best practices used by professional game studios. By the end of this course, you will have the skills and knowledge to design fluid, dynamic, and responsive character movement systems that bring your games to life.

Your Learning Journey

• Enhanced Input System – Build modern input mappings with flexibility and responsiveness.

• Movement & Camera Controls – Implement smooth, player-friendly navigation and camera systems.

• Data-Driven Architecture – Create scalable, pluggable systems for maximum flexibility.

• Event Dispatchers & Runtime Animset Updates – Drive animations dynamically at runtime.

• Idles – Develop idle cycles, idle breaks, and stance transitions for realism.

• Directional Movement – Implement cardinal direction movement with orientation warping.

• Stride & Orientation Warping – Achieve natural, adaptive locomotion that matches movement pace.

• Distance Matching – Synchronize animation playback with in-game movement distances.

• Turn in Place – Add smooth, character-grounded turning animations.

• Dynamic Movement Types – Seamlessly switch between walking, jogging, sprinting, crouching, and more.

• Jumping & Additive Leans – Add vertical mobility and realistic body motion.

• Aim Offsets & Rotation Modes – Support strafing and forward-facing movement with precision aiming.

• Obstacle Avoidance & Collision Detection – Integrate heuristics for smart movement.

• Animation Overrides & Montages – Extend core systems with advanced animation handling.

• Inverse Kinematics (IK) – Add realism with hand and foot IK for varied terrain.

• Weapons & Interactables – Build systems for combat and interaction.

• NPC AI & Navigation – Implement AI characters with navigation and pathfinding.

• Hit Reactions & Death Effects – Enhance combat feedback and immersion.

• Actor Profiling – Manage character attributes such as health, armor, and more.

• NPC Spawners – Create dynamic, proximity-based NPC spawning systems.

By the end of this course, you will have built a fully functional locomotion system from scratch, gaining a deep understanding of UE5’s animation framework, input handling, and system architecture—skills you can directly apply to any professional or indie game project.