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  • 2.00 - 3.00 Credits

    Credits 3 (2 Lecture - 6 Lab Hrs/Wk) - F/W An exploration into the nature, uses and structure of the "AutoCAD"computer-aided drafting program. Students will learn the basics of AutoCAD . Drawing, editing and display commands and functions are studied as they apply to two-dimensional drawings. Additional commands enable the user to create blocks that can be saved on the disk, dimension drawings and add text. Previous knowledge of computers or computer programming is not required, but strongly suggested. Prerequisite: ET 120 or ET 122. Co-requisite MTH80 or MTH111. Proficiency Needed: Reading, Writing, Math.
  • 1.00 - 2.00 Credits

    Credits 2 (1 Lecture - 2 Lab Hrs/Wk) - F/W/Sp Beginning 2-D AutoCAD is an exploration of the uses of the AutoCAD drafting system to create drawings. Items covered include basic hardware and software operation, set-up procedures, drawing, editing, and display commands. Prerequisite: Windows interface experience is required; a previous drafting class is suggested.
  • 1.00 - 2.00 Credits

    Credits 2 (1 Lecture - 2 Lab Hrs/Wk) - F/W/Sp Intermediate 2-D AutoCAD starts with a brief review of the previous class, and quickly moves on to more advanced, editing and display techniques. Concepts such as dimensioning, layering, symbol creation, and entity manipulation are covered. Some of these commands enable the use to create a library of symbols and shapes to simplify the drawing tasks, to draw on different layers in order to create a complete drawing package, to adjust the layers to ensure the drawing is not cluttered, and to change color and/or linetype to highlight drawing information. Prerequisite: ET 161; or prior training on any version of AutoCAD ; or onthe- job experience; or consent of instructor.
  • 1.00 - 2.00 Credits

    Credits 2 (1 Lecture - 2 Lab Hrs/Wk) - F/W/Sp 3-D AutoCAD covers drawing in a three-dimensional coordinate system. The bulk of the course will be concerned with manipulation of the User Coordinate System and Viewpoints for the purpose of constructing and editing wire frame surfaced and solid models in 3-D. Additional topics will include multiple viewports, system variables, rendering, shading, and use of paper space for plotting. Prerequisite: ET 154 or ET 162; or consent of instructor.
  • 1.00 - 2.00 Credits

    Credits 2 (1 Lecture - 2 Lab Hrs/Wk) - W/Sp Menus and Lisp AutoCAD covers basic customization of AutoCAD . The course introduces the student to programming and use of a text editor by writing and executing SCRI PT files. Full customization of screen and button menus is covered, with discussion of other menus. At least half of the course will be spent on writing and executing AutoLI SP programs, including reading and writing to files and manipulating entity date within selection sets. Additional topics will include configuration and the PGP file. Prerequisite: ET 154 or ET 162 or consent of instructor.
  • 1.00 Credits

    Credits 1 (1 Lecture Hrs/Wk) - W This course explores the features and tools that are made available with the release 2000 version of AutoCAD . Use and creation of layouts, plot styles and plot style tables are taught, along with lineweight and other options, to control drafting presentation. Release 2000 options, object properties, window and DesignCenter tools are also presented. Prerequisite: ET 161 or consent of instructor.
  • 1.00 Credits

    Credits 1 (1 Lecture Hrs/Wk) - F/Sp This is an introductory course to the AutoCAD three-dimensional modeling environment and editing tools. Students will learn the basics of the three-dimensional coordinate system and how to create 3-D objects. Various methods and tools used to view and edit three-dimensional models will be explored. This class prepares the student for either ET 176 or ET 177 three-dimensional modeling classes. Prerequisite: ET 161, or ET 154, or consent of instructor. ET 162 or ET 170 are recommended.
  • 1.00 Credits

    Credits 1 (1 Lecture Hrs/Wk) - F/Sp This course focuses on 3D wire frame modeling along with defining 3D surfaces and polyface meshes commonly used in AutoCAD applications. Students will apply wire framing and surface modeling techniques to several projects and exercises. Prerequisite: ET 175, or consent of instructor.
  • 1.00 Credits

    Credits 1 (1 Lecture Hrs/Wk) - F/Sp The course uses AutoCAD 's 3D solid modeling features to teach students how to create solid models from 2D objects or 3D primitives. Students will create, edit and analyze several solid models with projects and exercises with common applications in manufacturing and engineering. Prerequisite: ET 175 or consent of instructor.
  • 1.00 Credits

    Credits 1 (1 Lecture Hrs/Wk) - W In this course, students will use the AutoCAD rendering tool to create photo-realistic ray-traced digital images from 3D solids or surface models. Students will add and adjust lighting scenes and define the reflective qualities of surfaces in the drawing, making objects appear dull or shiny. Methods of saving and presenting rendered images are also included in course work. Prerequisite: ET 176 or ET 177, or consent of instructor.
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