This module focuses on enhancing player interaction by integrating visual effects and responsive character animation systems within Unreal Engine. Learners will implement immersive feedback systems such as blood splatter overlays and damage effects, while also configuring advanced movement mechanics like crouching, speed modulation, and directional animation blending. Through practical demonstrations, learners will structure animation logic using blueprints, blend spaces, and state machines to create fluid and realistic player movement responses.

This module introduces the foundational and functional aspects of implementing weapons in a first-person shooter using Unreal Engine. Learners will begin by integrating a custom weapon mesh into the character blueprint, organizing materials and textures, and aligning the weapon with the camera for a realistic first-person experience. Building on this, learners will implement firing mechanics, spawn projectiles with gravity logic, and set up input mappings for shooting. The module focuses on blending design with functionality to create an immersive and responsive weapon system.

This module explores the development of advanced player movement systems in Unreal Engine, focusing on dynamic transitions between walking, crouching, and sprinting states. Learners will implement new animation states and blend spaces, link blueprint logic with animation variables, and align weapon orientation with the player's viewpoint for accurate directional control. Emphasis is placed on customizing movement responsiveness and syncing visual elements to achieve polished first-person shooter behavior.