An introductory course to the field of Drafting. Students will learn the fundamentals of drafting using AutoCAD. Topics include: drafting equipment, sketching, lettering, orthographic views, dimensioning and pictorials.

Continuation of DRAF 111. Topics include: auxiliary views, sectional views, working drawings, geometric dimensioning and tolerancing, threads/fasteners/springs, and welding drafting.

Introduction to programming and 3D modeling with AutoCAD. Topics covered are: symbol libraries, attributes, external references (xrefs), screen menus, wireframe, 3D drawing, solid modeling, 2D to 3D creating and tablet menus.

Students will learn the fundamentals of creating 3D models in an environment that is used in multiple fields of study such as Design, Engineering and Animation.

Students will learn the basics to structural design in drafting. Topics will include: working/shop drawings, product fabrication, fasteners, steel framing plans, pre-engineered metal buildings, precast concrete, poured-in-place concrete, structural wood framing and Bill of Materials.

Schematic interpretation of electronic and pipe drawings. Electronic drawings include flow/logic diagrams, schematic, wiring diagrams, control circuits, printed circuit boards and architectural electric layouts. Piping drawings include single line, double line and isometric.

Graphic designs and drawings developed by use of computer. Drawings include orthographic, pictorial, electrical, auxiliary, isometric, mechanical and architectural. An introduction to 3D modeling using CAD is also covered.

This is a continuation of DRAF 122. Students will learn advanced techniques and uses of creating 3D models in an environment that is used in multiple fields of study such as Design, Engineering and Animation.

Students will learn the fundamentals of creating 3D models using feature based modeling. This method starts with rough sketches that are transformed into intelligent models by applying dimensions and constraints. The model can then be refined by adjusting these constraints using engineering design data.

Students will learn advanced techniques and uses of creating 3D models with Inventor in an environment that is used in multiple fields of study such as design, engineering and animation.

Students will learn the fundamentals of residential architecture. Topics covered are: sites, architectural styles, basic home designs, proper room sizing for living, sleep and service areas, foundations and roof design.

Students will learn the fundamentals of creating 3D models in an architectural environment using Autodesk Revit. Architectural drafting and design will be studied using 3D modeling that can be applied to many areas of engineering and construction.

Portfolios are designed and completed demonstrating competencies and skills learned within the courses of the Drafting program. Industry Standards Examinations. Capstone course.

Cooperative work experience placements must be approved by the academic division.

Variable subject content that is determined by the academic division.

The basics of 2D Auto CAD. Study drawing types from the major field of study. Create drawings in technology majors, such as electronics, electro-mechanical, environmental, manufacturing, and welding.

Introductory 3D Modeling course for BAT students interested in game design. Students will use software to create 3D models, architectural layouts and introductory animations.

Cooperative work experience placements must be approved by the academic division.

Variable subject content that is determined by the academic division.

Continuation of DRAF 316. Students will learn advanced modeling techniques to create character models with computer graphics software. Basic character modeling, rigging, mapping and animation will be applied to character models.