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Course Criteria
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1.00 Credits
Provides personal development experiences through participation in class as well as leadership activities at school and in the community. Emphasizes individual participation to identify, plan, implement, promote, and evaluate activities. Provided instruction will facilitate development of personal skills in such areas as speaking, applying for a job, conducting business meetings, working on committees, and developing a plan of work.
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5.00 Credits
Encourages students to study and develop independently in a special topic area of drafting under the guidance of an instructor. Course content to be developed in conference between the student and instructor. Students meet on a tutorial basis with the instructor. PREREQUISITE: Instructor's permission.
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2.00 Credits
Strengthens potential for passing the ADDA Drafter Certification Examination. Technical material to be reviewed includes sketching, scales, lettering, line weights, geometric construction, orthographic views, auxiliary views, sectional views, dimensions, notes, working drawings, basic welding symbols, fits, tolerances, and architectural terms/standards. The ADDA Drafter Certification Examination will be scheduled at the conclusion of this course.
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4.00 Credits
Gives an introduction to the tools and skills necessary to develop advanced utilities to improve your AutoCAD performance. Focuses on learning and mastering basic customization tools. Also gain a basic understanding of the capabilities and limitations of AutoCAD menus and scripts. PREREQUISITE: D T 110 or 131, or instructor's permission.
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4.00 Credits
Advanced civil drafting techniques. Expand AutoDesk's Land Desktop (LDT) 3D modeling concepts started during the D T 125 class to include design elements of roadway horizontal and vertical alignments, profiles, grade lines, roadway cross-sections, side slopes, road templates and earthwork volume calculations. Use industry standards to create plan/ profile drawings. PREREQUISITE: D T 125 or instructor's permission.
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7.00 Credits
Advanced principles, techniques and applications of drafting technology required for the preparation of detail and assembly drawings. Based on current industrial practices and standards, areas of study include dimensioning and tolerancing, geometric, form and positional tolerancing, shop processes and procedures, layout drawings including developments and triangulation, piping and tubing drawings, welding and welding symbols, and forging and casting drawings. PREREQUISITE: D T 102 and 131 or instructor's permission.
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7.00 Credits
A broad review of the factors influencing the function of mechanical components such as materials and manufacturing methods. Emphasis on complete graphical representation of each of the components that go into a set of working drawings. Students will work on a project selected by the class or projects assigned by the instructor. Projects will be selected on the basis of difficulty and completeness. The instructor will endeavor to obtain a project from a local manufacturing company. Design teams will create documentation for manufacturing. PREREQUISITE: D T 231 with a grade of 2.0 or higher; or instructor's permission.
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4.00 Credits
An introduction to Autodesk's "Inventor" solid modeling program. Focuses on creating sketches and applying appropriate geometric and dimensional driven constraints to drive model development, editing the model and creating multi-level assemblies. Student will learn visualization, sketching, and 3D parametric modeling, as needed to display detailed drawings based on the solid part or assembly. PREREQUISITE: An understanding of AutoCAD commands or D T 100 or D T 110 or instructor's permission.
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4.00 Credits
Focuses on rapid prototyping using Mastercam software. Includes creation and editing of 3D wireframe modeling, 3D solid modeling, and 3D surface modeling. Programming 3D toolpaths from 3D wireframe models and 3D derived and composite surface models. Toolpath editing to include project and trim functions. Production of prototype model using the milling machine. Verification and editing of toolpath programs using rendered backplots. PREREQUISITE: D T 135.
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3.00 Credits
Provides an intermediate level look at Autodesk Inventor program. Continues where D T-236 ended and is for students who will work with assemblies bearing multiple sub assemblies. Students will learn to create new parts based on location of relative parts in an assembly. Students will reaffirm their skills in Inventor File and project management programs. Students will learn how to edit complex assemblies that other students have already created. PREREQUISITE: D T 236 or instructor's permission.
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