Courses

This course focuses on 3D computer modeling and painting, starting with primitive shapes and progressing to the creation of compelling 3D objects suitable for model libraries, games, print materials, websites, visual simulations, and architectural applications. Powerful modeling and 3D painting operations are integrated into a simple and intuitive interface.

Introduction to the basic elements and principles of three-dimensional design, using, various media.

An introduction to visual expression in three dimensions, developing the capacity to see and manipulate form, texture, light and color in space.

Study of the elements of design transitioning from 2-D to 3-D. Emphasis placed on a series of problem-solving projects dealing with both 2-D and 3-D concepts that explore design elements and principles in black and white and color. Should be taken with ART 230.

A study and application of art principles to three- dimensional problems.

An introduction to the fundamental terminology, concepts, theory, and application of three-dimensional design. ARTS 1311 is not a prerequisite for ARTS 1312. They can be taken in any order. Both are 442 required for the Studio Art Associate of Arts degree.

, AAB/LST. 10. Pr. INDD 2110. Analysis of design fundamentals through three dimensional form. Analyzing function, utility, convenience, safety, maintenance and sustainable design.

This course is a study in 3D computer modeling and 3D painting beginning with primitive shapes and creating compelling 3D objects for use in model libraries, games, print material, web sites, visual simulation, and architectural applications. Powerful operations for modeling and 3D painting are incorporated into an interface that is simple and intuitive to use.

This course requires participation in activities that support healthy living and assignments that facilitate understanding of mechanisms that promote well-being. Course content reviews the process of recovery from addiction and mechanisms used to support long-term recovery. Course may be repeated for a maximum of 12 credit hours.

Aerothermodynamics of propulsion. Selected topics in gas dynamics, thermodynamics, and heat transfer as applied to airbreathing and space propulsion.