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Course Criteria
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4.00 Credits
4 .units .LR 54 hours lecture/54 hours laboratory per term This .course .will .cover .programmable .logic .controller .equipment, .hardware, .and .programming. .The .topics .include .system .descriptions, .internal .and .input/output .operations, .installation .and .testing, .troubleshooting .and .maintenance, .ladder .diagrams, .programming .of .counters, .timers, .and .inputs/outputs, .and .other .programming .commands. .CSU .
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3.00 Credits
3 .units .SC 36 hours lecture/54 hours laboratory/18 hours laboratory by arrangement per term Recommended: eligibility for ENGL 122 or equivalent Introduction .to .different .engineering .disciplines .and .careers, .the .role .of .an .engineer .in .society, .engineering .ethics, .the .engineering .approach .to .problem-solving, .engineering .design .process .and .project .development, .engineering .analysis, .concurrent .engineering, .and .application .of .computers .in .engineering .including .design .and .presentation .tools. .The .emphasis .is .on .hands-on .creative .problem-solving, .teamwork, .and .effective .communication. .Students .will .develop .design, .analysis, .and .computer .skills .through .work .on .projects .drawn .from .various .engineering .majors. .CSU, .UC
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4.00 Credits
4 .units .LR 90 hours lecture/36 hours laboratory per term Recommended: MATH 110 or equivalent Note: the hand-held calculator will be used extensively as an aid to problem solving. A .study .of .algebraic .operations, .factoring, .fractional .equations, .quadratic .equations, .systems .of .equations, .and .trigonometric .functions, .especially .as .they .apply .to .technical .areas. .Practical .application .to .real .job .problems. .CSU .
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3.00 Credits
3 .units .SC 36 hours lecture/72 hours laboratory/36 hours laboratory by arrangement per term Note: for students with no previous drafting experience. Introduction .to .the .use .of .drawing .equipment, .lettering, .line .work, .geometric .construction, .sketching .and .shape .description, .orthographic .projection, .dimensioning, .sectional .and .auxiliary .views, .and .pictorial .drawing .and .sketching. .Introduction .to .the .use .of .computers .to .produce .technical .drawings. .CSU .
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3.00 Credits
3 .units .SC 36 hours lecture/72 hours laboratory/36 hours laboratory by arrangement per term Recommended: MATH 114 or equivalent, ENGIN 119 or equivalent Introduction .to .orthographic, .oblique .and .perspective .projections, .auxiliary .views .and .space .dimensions, .space .relationships .of .points, .lines .and .planes, .rotation, .tolerancing, .threads .and .fasteners. .Introduction .to .CAD .systems .and .use .of .the .computer .to .produce .engineering .drawings. .Introduction .to .solid .modeling .to .produce .design .drawings. .Introduction .to .conceptual .design .and .graphics .as .a .form .of .communication .in .the .engineering .field. .CAN .ENGR .2, .CSU, .UC
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3.00 Credits
3 .units .LR 36 hours lecture/72 hours laboratory/36 hours laboratory by arrangement per term Recommended: ENGIN 120 or equivalent and MATH 121 or equivalent (may be taken concurrently) Space .relationships .of .points, .lines, .and .surfaces; .double .auxiliaries, .curved .and .warped .surfaces; .intersections, .developments, .vector .analysis, .introduction .to .three-dimensional .CAD .systems .and .solid .modeling .to .solve .descriptive .geometry .problems, .engineering .applications, .graphical .mathematics. .CSU, .UC
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3.00 Credits
3 .units .LR 36 hours lecture/72 hours laboratory/36 hours laboratory by arrangement per term Recommended: ENGIN 119 or equivalent Study .of .the .principles .of .mechanical .drafting .and .graphical .problem .solving. .Course .includes .instruction .in .the .use .of .drafting .instruments, .sketching .and .shape .description, .multiview .projection, .geometric .constructions, .section .and .auxiliary .view .development, .axonometric .pictorials, .and .geometric .dimensioning .and .tolerancing .(ANSI .standards). .Students .will .use .both .manual .and .computer .methods .to .solve .problems. .CSU
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3.00 Credits
3 .units .LR 36 hours lecture/72 hours laboratory/36 hours laboratory by arrangement per term Recommended: ENGIN 119 or equivalent, and ENGIN 111 or equivalent (may be taken concurrently), and ENGIN 126 or equivalent Introduction .to .civil .drafting .as .it .relates .to .topographic .maps .and .charts. .Course .covers .reading, .interpreting .and .constructing .a .variety .of .maps .used .for .civil .engineering .such .as .surveyor .maps, .plat .and .plot .maps, .and .aerial .maps. .Students .will .use .both .manual .and .computer .methods .for .drafting .of .maps. .CSU
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4.00 Credits
4 .units .LR 54 hours lecture/54 hours laboratory/36 hours laboratory by arrangement per term Note: may be repeated once when software changes. Course .is .designed .for .students .with .no .previous .manual .drafting .experience. .No .previous .computer .experience .is .required. .Course .will .cover .2 .and .2.5 .dimensional .computer .aided .drafting. .Emphasis .will .be .on .the .software .package .AutoCAD. .Hands-on .training .is .emphasized. .CSU, .UC
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4.00 Credits
4 .units .SC May be repeated once 54 hours lecture/54 hours laboratory/36 hours laboratory by arrangement per term Note: can only be repeated when software version changes. Course .is .designed .for .students .with .no .previous .manual .or .computer .drafting .experience. .Course .will .cover .2D .and .3D .computer .aided .drafting .principles .using .feature .manipulation .tools, .dimensioning, .sections, .swept .and .blend .features .and .assembly .drawing. .Previous .knowledge .of .Pro/ENGINEER .software .is .not .required. .CSU .
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