Computer Graphics Imagery

This program provides students with contemporary training and experience in the emerging and high-employment field of computer graphics imagery (CGI). Engineering and architectural firms employ skilled workers in computer graphics to create photo-realistic renderings, two- and three-dimensional computer animations, and three-dimensional models for manufacturers, designers, customers and builders. Computer graphics imagery technologies focus on the possible relationships between parts, objects, people and environments. Computer-generated models are matched to real-world data in order to build simulations. Computer graphic architectural modeling tools allow designers to visualize space and generate interactive and virtual environments at the part, system and environment levels.

Employment of multimedia artists and animators is projected to grow 5% from 2021 to 2031, about as fast as the average for all occupations. Projected growth will be due to increased demand for animation and visual effects in video games, movies, and television. Job growth may be slowed, however, by companies hiring animators and artists who work overseas. Studios may save money on animation by using lower paid workers outside of the United States.

Consumers will continue to demand more realistic video games, movie and television special effects, and three-dimensional movies. This will create demand for newer computer hardware, which will enhance the complexity of animation and visual effects. Additional multimedia artists and animators will be required to meet this increased demand.

Further, an increased demand for computer graphics for mobile devices, such as smart phones, will lead to more job opportunities. Multimedia artists will be needed to create animation for games and applications for mobile devices.

Source: U.S. Department of Labor’s Bureau of Labor Statistics

This program provides students with contemporary training and experience in the emerging and high-employment field of computer graphics imagery (CGI). Engineering and architectural firms employ skilled workers in computer graphics to create photo-realistic renderings, two- and three-dimensional computer animations, and three-dimensional models for manufacturers, designers, customers and builders. Computer graphics imagery technologies focus on the possible relationships between parts, objects, people and environments. Computer-generated models are matched to real-world data in order to build simulations. Computer graphic architectural modeling tools allow designers to visualize space and generate interactive and virtual environments at the part, system and environment levels.

This program provides students with contemporary training and experience in the emerging and high-employment field of computer graphics imagery (CGI). Engineering and architectural firms employ skilled workers in computer graphics to create photo-realistic renderings, two and three-dimensional computer animations, and three-dimensional models for manufacturers, designers, customers and builders. Computer graphics imagery technologies focus on the possible relationships between parts, objects, people and environments. Computer-generated models are matched to real-world data in order to build simulations. Computer graphic architectural modeling tools allow designers to visualize space and generate interactive and virtual environments at the part, system and environment levels.

This program provides students with contemporary training and experience in the emerging and high-employment field of computer graphics imagery (CGI). Engineering and architectural firms employ skilled workers in computer graphics to create photo-realistic renderings, two and three-dimensional computer animations, and three-dimensional models for manufacturers, designers, customers and builders. Computer graphics imagery technologies focus on the possible relationships between parts, objects, people and environments. Computer-generated models are matched to real-world data in order to build simulations. Computer graphic architectural modeling tools allow designers to visualize space and generate interactive and virtual environments at the part, system and environment levels.

This program provides students with contemporary training and experience in the emerging and high-employment field of computer graphics imagery (CGI). Engineering and architectural firms employ skilled workers in computer graphics to create photo-realistic renderings, two and three-dimensional computer animations, and three-dimensional models for manufacturers, designers, customers and builders. Computer graphics imagery technologies focus on the possible relationships between parts, objects, people and environments. Computer-generated models are matched to real-world data in order to build simulations. Computer graphic architectural modeling tools allow designers to visualize space and generate interactive and virtual environments at the part, system and environment levels.