Akademik Dersler - İçerik

Students will be able to apply the processes of in-game character rigging.
Recognizes skeletal systems appropriate for gameplay animation.
Constructs and configures rigging systems suitable for game animation.
Students will be able to produce core gameplay animations.
Understands and designs motion templates for animation.
Identifies and produces fundamental in-game animations such as walking, running, jumping, attacking, and environmental interactions.
Students will be able to transfer their core gameplay animations into a game engine.
Transfers animations created in third-party software into the Unreal Engine environment.
Identifies the skeletal mesh structure within Unreal Engine.
Integrates and adjusts core gameplay animations to the Unreal Engine’s skeletal mesh system effectively.
Students will be able to manage animation transitions.
Recognizes, defines, and utilizes the state machine system interface.
o Recognizes, defines, and utilizes the Animation Blendspace system interface.
Recognizes, defines, and utilizes the blueprint system interface.
Students will be able to design and implement animation-triggering scenarios.
Recognizes and applies event-driven animation systems.
Understands and implements blueprint-based technical animation control.
Students will be able to develop an animation system for a game character.
Presents a fully functional animation system for a game character as an interactive prototype within Unreal Engine.
Develops and presents an independent animation project within the Unreal Engine environment.