Courses

Techniques of three-dimensional (3-D) modeling utilizing industry standard software. Includes the creation and modification of 3-D geometric shapes, use of a variety of rendering techniques, camera, light sources, texture, and surface mapping.

A studio course focused on advanced 3-D modeling and rendering techniques using industry standard software, modeling techniques, camera settings, lighting, and surfacing to develop detailed environments.

An advanced studio course in the theory and technique of three-dimensional (3-D) modeling utilizing appropriate software. Topics include advanced modeling tool sets and techniques, including the preparation and implementation of 3-D models.

Emphasis on the role new imaging technologies play in analog sculptural processes. In this course students will learn how to take advantage of new imaging tools such as 3D modeling and 3D printing and apply it to the traditional art ofmold making 278 / 1272 Queens College and casting.

3D Modeling, Printing, and Casting II builds on the advanced imaging skills available with 3D modeling and more advanced mold making. This course will emphasize the role of new imaging technologies, how these new ways of imaging are affecting the art world and the role they play in analog sculptural processes. In this course students will learn advanced techniques in imaging using 3D modeling and 3D printing as it applies to the traditional practice of mold making and casting.

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This course is designed for those who are involved in a structured employment situation that is directly related to the field of drafting and design and is coordinated with the drafting instructor. Students must spend at least five (5) hours per week per credit hour in an activity planned and coordinated jointly by the instructor and the employer. Upon completion, students will have gained valuable work experience in a well-planned, coordinated training/work situation.

The methods, theory, and applications employed to develop 3D objects in the GIS environment. This course covers raster conversion of vector data, grid surface, terrain and hydrological modeling, statistical surfaces, view-shed analysis, distance and density surfaces, and 3D or 4D visualizations.

The methods, theory, and applications employed to develop 3D objects in the GIS environment. This course covers raster conversion of vector data, grid surface, terrain and hydrological modeling, statistical surfaces, view-shed analyses, distance and density surfaces, and 3D or 4D visualizations.

In this class, students will learn techniques to design for 3D printing using a 3D modeling program. Students will also be able to manipulate STL files after receiving instruction on a software program such as “Materialise”.