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May 09, 2025
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CAD 183 - Engineer Disciplines & Pract Credits: 3 Lecture Hours: 2 Lab Hours: 2 Practicum Hours: 0 Work Experience: 0 Course Type: Voc/Tech Types of engineering disciplines and their application of drawings will be examined. Drawing styles, engineering units and professional standards (ANSI, ASME, etc.) will be covered. Prerequisite: MAT 773 or any AAS MAT Course, CAD 151 Competencies
- Discuss civil engineering drawings.
- Discuss civil drawing and surveying units.
- Examine traverses.
- Discuss distance and elevation.
- Define metes and bounds.
- Discuss contour lines.
- Examine a highway plan and profile layouts.
- Examine a cut and fill.
- Create a civil drawing.
- Examine architectural drawing practices.
- Discuss architectural drawing units and dimensioning.
- Discuss schedules.
- Discuss architectural line work and lettering.
- Examine architectural construction systems.
- Examine plan and elevations views.
- Examine sections.
- Discuss plot plans.
- Create an architectural drawing.
- Examine structural drawings.
- Discuss structural drawing units.
- Examine structural steel shapes and schematic symbols.
- Discuss standard connections and symbols.
- Discuss structural steel drawings and dimensioning.
- Examine structural sections.
- Discuss bill of materials.
- Create a structural drawing.
- Discuss pipe drawings.
- Define pipe drawings and units.
- Discuss pipe flow diagrams.
- Discuss pipe line representation in pipe plans and elevations.
- Describe types of pipe and sizes.
- Discuss pipe connections and symbols.
- Discuss pipe fittings and symbols.
- Discuss pipe flow controls and symbols.
- Discuss pipe dimensioning.
- Exam pipe details.
- Examine pipe isometric drawings.
- Create a pipe drawing.
- Examine electrical drawings
- Discuss electrical drawing units.
- Examine electrical diagrams.
- Discuss power distribution drawings.
- Discuss residential/commercial drawings and symbols.
- Discuss electronic schematic drawings and symbols.
- Examine printed circuits.
- Discuss electrical pictorial drawings.
- Create a schematic.
- Create a block diagram.
- Discuss mechanical drawing practices.
- Examine standard mechanical units and dimensioning practices.
- Identify detail drawings.
- Discuss purchased parts.
- Discuss assemblies.
- Identify parts lists, part numbers, and balloon identifications.
- Identify installation drawings.
- Discuss schematics and diagrams.
- Discuss drawing notes.
- Discuss part family trees.
- Discuss exploded assembly drawings.
- Examine engineering change orders (ECO).
- Create a mechanical assembly drawing.
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