Ontario College Diploma Game - Design and Simulation
The field of game design and simulation brings worlds to life digitally by creating re-playable scenarios and combining creative, technical and artistic skills to produce interactive environments for players. Game designers support the creation of unique gaming environments that combine levels, characters, assets, props, and systems for a variety of platforms, including computer, console, mobile and wearable devices.
In the Game – Design and Simulation program, students learn how to take a game idea or simulation concept to create compelling experiences as they develop narratives, create and manage 2D and 3D digital assets, and apply the concepts of lighting, animation, cinematography, sound design, and rendering.
Students gain experience with design and simulation tools and techniques that utilize the latest generation of game engines and apply principles of game mechanics and dynamics. This experience can be applied to develop simulations for various industries, such as architecture, engineering, health care, manufacturing, and education and training.
The field of game design and simulation brings worlds to life digitally by creating re-playable scenarios and combining creative, technical and artistic skills to produce interactive environments for players. Game designers support the creation of unique gaming environments that combine levels, characters, assets, props, and systems for a variety of platforms, including computer, console, mobile and wearable devices.
In the Game – Design and Simulation program, students learn how to take a game idea or simulation concept to create compelling experiences as they develop narratives, create and manage 2D and 3D digital assets, and apply the concepts of lighting, animation, cinematography, sound design, and rendering.
Students gain experience with design and simulation tools and techniques that utilize the latest generation of game engines and apply principles of game mechanics and dynamics. This experience can be applied to develop simulations for various industries, such as architecture, engineering, health care, manufacturing, and education and training.
The field of game design and simulation brings worlds to life digitally by creating re-playable scenarios and combining creative, technical and artistic skills to produce interactive environments for players. Game designers support the creation of unique gaming environments that combine levels, characters, assets, props, and systems for a variety of platforms, including computer, console, mobile and wearable devices.
In the Game – Design and Simulation program, students learn how to take a game idea or simulation concept to create compelling experiences as they develop narratives, create and manage 2D and 3D digital assets, and apply the concepts of lighting, animation, cinematography, sound design, and rendering.
Students gain experience with design and simulation tools and techniques that utilize the latest generation of game engines and apply principles of game mechanics and dynamics. This experience can be applied to develop simulations for various industries, such as architecture, engineering, health care, manufacturing, and education and training.
The field of game design and simulation brings worlds to life digitally by creating re-playable scenarios and combining creative, technical and artistic skills to produce interactive environments for players. Game designers support the creation of unique gaming environments that combine levels, characters, assets, props, and systems for a variety of platforms, including computer, console, mobile and wearable devices.
In the Game – Design and Simulation program, students learn how to take a game idea or simulation concept to create compelling experiences as they develop narratives, create and manage 2D and 3D digital assets, and apply the concepts of lighting, animation, cinematography, sound design, and rendering.
Students gain experience with design and simulation tools and techniques that utilize the latest generation of game engines and apply principles of game mechanics and dynamics. This experience can be applied to develop simulations for various industries, such as architecture, engineering, health care, manufacturing, and education and training.
