Real-Time Physics in Game Development
( 25 Modules )

Module #1
Introduction to Real-Time Physics
Overview of the importance of physics in game development, course objectives, and setting up the development environment.

Module #2
Mathematics for Physics
Review of essential math concepts for physics, including vectors, matrices, and quaternions.

Module #3
Physics Fundamentals
Introduction to fundamental physics concepts, including Newtons laws, energy, and momentum.

Module #4
Collision Detection
Basic collision detection techniques, including bounding boxes, spheres, and planes.

Module #5
Collision Response
Handling collisions, including impulse-based response and constraint-based response.

Module #6
Rigid Body Dynamics
Introduction to rigid body dynamics, including kinematics and dynamics.

Module #7
Rigid Body Simulation
Implementing rigid body simulation using numerical integration and constraint solvers.

Module #8
Constraints and Joints
Implementing constraints and joints, including hinges, ball-and-socket, and slider joints.

Module #9
Soft Body Simulation
Introduction to soft body simulation, including mass-spring systems and finite element methods.

Module #10
Fluid Simulation
Introduction to fluid simulation, including Eulerian and Lagrangian methods.

Module #11
Physics Engines Overview
Overview of popular physics engines, including PhysX, Havok, and Bullet Physics.

Module #12
Implementing Physics in a Game Engine
Integrating physics engines into a game engine, including Unreal Engine and Unity.

Module #13
Character Controllers and Animation
Implementing character controllers and integrating physics with animation systems.

Module #14
Vehicle Physics
Implementing vehicle physics, including wheel simulation and suspension models.

Module #15
Physics-Based Animation
Using physics to drive animation, including ragdolls and simulated physics-based characters.

Module #16
Optimization Techniques
Optimizing physics simulations for performance, including level of detail, parallel processing, and caching.

Module #17
Debugging and Profiling
Debugging and profiling physics simulations, including visualization and instrumentation techniques.

Module #18
Physics in Multiplayer Games
Challenges and solutions for implementing physics in multiplayer games, including synchronization and latency compensation.

Module #19
Physics in Mobile and Embedded Systems
Optimizing physics simulations for mobile and embedded systems, including low-power and low-memory environments.

Module #20
Physics-Based Audio
Using physics to drive audio simulations, including material-based audio and physics-based sound propagation.

Module #21
Machine Learning for Physics
Using machine learning techniques to improve physics simulations, including neural networks and Gaussian processes.

Module #22
Physics in Virtual Reality
Implementing physics in virtual reality, including constraints, collision response, and haptic feedback.

Module #23
Physics in Machine Learning
Using physics to inform machine learning models, including physics-based regularization and inverse problems.

Module #24
Advanced Topics in Physics
Exploring advanced topics in physics, including relativistic physics, quantum mechanics, and chaos theory.

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Real-Time Physics in Game Development career

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Real-Time Physics in Game Development ( 25 Modules )

Real-Time Physics in Game Development
( 25 Modules )