Game Physics and Dynamics

Game Physics and Dynamics delves into the intricate principles governing the behavior of objects in virtual environments, emphasizing the application of physics in game design. Participants will explore various dynamics, including kinematics, collision detection, and fluid dynamics, while developing practical skills through project-based learning. This course is structured to facilitate hands-on experience, enabling learners to create realistic simulations and enhance gameplay mechanics.
Throughout the program, students will engage in interactive projects that culminate in a final project where they will apply their knowledge to develop a game prototype that showcases advanced physics and dynamics. By encouraging publication of results in Cademix Magazine, participants will gain exposure and recognition for their work, fostering community engagement and professional networking.
Fundamentals of Game Physics
Kinematics and Motion Simulation
Collision Detection Techniques
Rigid Body Dynamics
Soft Body Dynamics and Deformation
Fluid Dynamics in Gaming
Particle Systems and Effects
Real-time Physics Engines
Optimization Techniques for Performance
Final Project: Develop a Game Prototype Utilizing Advanced Physics

Equip participants with the skills necessary to implement complex physics simulations in game design, enhancing both gameplay experience and technical proficiency.

Graduates, job seekers, business professionals, and optionally researchers or consultants.

Basic understanding of programming (preferably in C++ or C#) and familiarity with game development concepts.