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Course Criteria
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4.00 Credits
4 .units .LR 54 hours lecture/54 hours laboratory/18 hours laboratory by arrangement per term Recommended: MATH 192 (may be taken concurrently); eligibility for ENGL 122 Note: required for engineering transfer students. An .introduction .to .programming .in .C/C++ .for .engineers .and .scientists. .Procedural .and .object- .oriented .programming .applications .encompassing .data .structures, .use .of .computer .software .and .programming .techniques .to .solve .various .numerical .problems .are .covered. .CSU, .UC
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4.00 Credits
4 .units .LR 54 hours lecture/54 hours laboratory/18 hours laboratory by arrangement per term Recommended: MATH 192 (may be taken concurrently); eligibility for ENGL 122 An .introduction .to .computer-based .problem-solving .methods .for .engineers .and .scientists .using .MATLAB. .An .application .package .known .as .MATLAB .is .used .to .introduce .the .elements .of .procedural .and .object-oriented .programming, .numerical .analysis .and .operation .within .data .structures. .CSU, .UC
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3.00 Credits
3 .units .SC 54 hours lecture/54 hours laboratory per term Prerequisite: ENGIN 119 and MATH 121 or equivalent Principles .and .practices .of .surveying .including .measurement .of .distances, .directions .and .elevations; .measuring .standards, .introduction .to .electronic .measurements .and .metric .units; .calibration, .systematic .and .random-error .analysis; .traverse .calculations; .use .of .tape, .transit, .and .level; .horizontal .and .vertical .curves .and .mapping. .CAN .ENR .10, .CSU, .UC
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3.00 Credits
3 .units .SC 54 hours lecture/54 hours laboratory per term Prerequisite: ENGIN 140 or equivalent A .continuation .of .ENGIN .140. .Includes .cut .and .fill .calculations, .control .surveys, .surveying .uses .of .astronomy, .public .land .surveys, .municipal .surveys, .state .plane .coordinate .systems .and .photogrammetry, .metric .and .customary .units, .introduction .to .computer .calculation. .CSU, .UC
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3.00 - 4.00 Credits
3-4 .units .SC May be repeated three times Variable hours A .supplemental .course .in .Engineering .designed .to .provide .a .study .of .the .current .developments .in .the .field .and .related .subdivisions. .Specific .topics .to .be .announced. .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 122 or equivalent and MATH 110 or equivalent Fundamental .and .practical .knowledge .of .how .structural .steel .is .used .to .construct .support .frames .for .modern .commercial .and .industrial .buildings. .Emphasis .is .placed .on .how .structural .drafters, .in .both .design .and .fabrication .offices, .prepare .the .working .drawings .required .to .help .transform .the .architect's .and/or .structural .engineer's .vision .into .reality. .Course .covers .detailing .of .steel, .concrete, .rebar .and .timber. .Typical .design .calculations .are .presented .as .well .as .Load .and .Resistance .Factor .Design. .Extensive .use .of .reference .books .and .tables. .Student .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 122 or equivalent and ENGIN 126 or equivalent Fundamentals .of .pipe .drafting .including .nomenclature, .specifications .and .symbols, .notes .and .abbreviations, .pipe .representation .and .layout .techniques, .elevations, .isometrics, .fittings, .valves .and .instruments, .tanks .and .vessels, .flow .diagrams .and .flow .lines. .Students .will .use .both .manual .and .computer .methods .to .solve .practical .problems. .CSU .
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4.00 Credits
4 .units .LR 54 hours lecture/54 hours laboratory/36 hours laboratory by arrangement per term Recommended: ENGIN 126 or ARCHI 126 or equivalent Note: may be repeated once when software changes. Course .is .designed .for .students .with .previous .knowledge .and .experience .in .using .AutoCAD. .Course .covers .(1) .surface/wireframe .and .solid .modeling .features .of .AutoCAD .for .3-dimensional .modeling, .(2) .AutoLISP .for .customization .and .optimal .application .of .AutoCAD .and .(3) .some .utility .options .for .presentation .purposes .and .project .management. .CSU .
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4.00 Credits
4 .units .SC 54 hours lecture/54 hours laboratory/36 hours laboratory by arrangement per term Recommended: ENGIN 119 or equivalent, ENGIN 129 or equivalent Note: can only be repeated when software version changes. Course .is .designed .for .students .with .previous .knowledge .and .experience .in .using .Pro/ENGINEER. .Students .will .continue .to .learn .advanced .techniques .for .capturing .design .intelligence. .This .class .builds .upon .the .basics .covered .in .Introduction .to .Pro/ENGINEER. .Some .other .aspects .of .mechanical .design, .such .as .assembly .management .techniques, .creating .models .via .surfacing .and .style .features .and .working .with .skeletons .will .be .introduced. .Troubleshooting .and .managing .existing .models .by .tacking .references .and .interdependencies .is .a .driving .consideration .in .the .course. .Upon .completion .of .the .course, .student .will .exhibit .a .demonstrated .competence .in .a .comprehensive .range .of .Pro/ENGINEER .skills .and .techniques. .CSU .
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4.00 Credits
4 .units .LR 54 hours lecture/54 hours laboratory per term Prerequisite: MATH 193 or equivalent and PHYS 230 or equivalent Recommended: eligibility for ENGL 122 or equivalent The .course .covers .the .subjects .of .electrical .quantities .that .include .Ohm's .law, .Kirchoff's .network .theorems, .AC .and .DC .circuit .analysis; .transient .and .steady .state .response .of .circuits, .digital .circuits, .solid .state .devices, .magnetism .and .magnetic .circuits. .CAN .ENGR .6+12, .CSU, .UC
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