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Engineering Technology

Introduction to the principles of drafting to include terminology and fundamentals, including size and shape descriptions, projection methods, geometric construction, sections, auxiliary views, and reproduction processes. 32 lecture hours + 32 laboratory hours

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An introduction to computer-aided drafting. Emphasis is placed on setup; creating and modifying geometry, storing and retrieving predefined shapes, placing, rotating, and scaling objects, adding text and dimensions, using layers, coordinate systems, and plot and print to scale. 32 lecture hours + 32 laboratory hours

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Architectural drafting procedures, practices, and symbols, including preparation of detailed working drawings for residential structure with emphasis on light frame construction methods. 32 lecture hours + 32 laboratory hours

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Study of mechanical drawings using dimensioning and tolerances, sectioning techniques, orthographic projection, and pictorial drawings. 32 lecture hours + 32 laboratory hours

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Electrical and electronic drawings stressing modern representation used for block diagrams, schematic diagrams, logic diagrams, wiring/assembly drawings, printed circuit board layouts, motor control diagrams, power distribution diagrams, and electrical one-line diagrams. 32 lecture hours + 32 laboratory hours

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Topics address recently identified current events, skills, knowledge, and/or attitudes and behaviors pertinent to the technology or occupation and relevant to the professional development of the student. This course was designed to be repeated multiple times to improve student proficiency. 32 lecture hours + 32 laboratory hours

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Continued application of principles and practices used in residential construction. 32 lecture hours + 32 laboratory hours

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Production of detail and assembly drawings of machines, threads, gears, utilizing tolerances, limit dimensioning, and surface finishes. 32 lecture hours + 32 laboratory hours

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Theory and practice of design. Projects in problem-solving, including press fit, bolted and welded joints, and transmission components. 32 lecture hours + 32 laboratory hours

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Graphical solutions to problems involving points, lines, and planes in space. 32 lecture hours + 32 laboratory hours

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A continuation of practices and techniques used in basic computer-aided drafting including the development and use of prototype drawings, construction of pictorial drawings, extracting data, and basics of 3D. 32 lecture hours + 32 laboratory hours

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A study of pipe fittings, symbols, specifications and their applications to a piping process system. Creation of symbols and their usage in flow diagrams, plans, elevations, and isometrics. 32 lecture hours + 32 laboratory hours

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Architectural drafting procedures, practices, governing codes, terms and symbols including the prepartation of detailed working drawings for a commercial building, with emphasis on commercial construction methods. 32 lecture hours + 32 laboratory hours

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An in-depth study of drafting methods and principles used in civil engineering. 32 lecture hours + 32 laboratory hours

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Application of advanced CAD techniques. 32 lecture hours + 32 laboratory hours

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A drafting course in which students participate in a comprehensive project from conception to conclusion. 32 lecture hours + 32 laboratory hours

This course is the program capstone course and should be taken the last semester of the program.

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A computer-aided modeling course. Development of three-dimensional drawings and models from engineering sketches and orthographic drawings and utilization of three-dimensional models in design work. 32 lecture hours + 32 laboratory hours

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Design process skills for the production of complete design package, including jig and fixture design, extrusion dies, and injection mold design. 32 lecture hours + 32 laboratory hours

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Last updated: 06/29/2017