The student should be able to:

• With broad knowledge in the field of computer games physics to understand the system level, and apply knowledge of mathematics and science for specific issues. As shown through the presentation of concepts of physics-based realism in computer games.
•  Model, simulate, predict, and evaluate methods and algorithms for physics simulations in games. As shown through the simulation lab.
•  Identify the need for further knowledge and to continuously upgrade their skills. As shown through the presentation of an in-depth study of the identification of further work.
•  Understand, implement, and develop algorithms for physics simulations in games.
•  Understand and implement physics simulations at the system level in a game engine.
•  Have knowledge of computer games, role of physics in computer games, as well as insight into the development process.

In this course covered:

• Kinematics
• Forces
• Collisions
• Projectiles
• Vehicle Physics
• Rigid Bodies
• Particle System

The course consists of lectures, lab assignments, and seminars. Seminars are based on recent scientific publications. Mandatory participation in laboratory work and seminars.

Compulsory assignments or seminars may occur.
Each assignment is graded, after which the final grade for the course is a combination of these grades. Each assignment specifies what is required for various grades.
Examination can occur up to three years after the course is started.