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Course Criteria
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6.00 Credits
Provides the fundamentals of proper highway design. Students have opportunities to participate in actual field stakeout, measurement, and solution of design problems given specific parameters. Topics include: land transportation systems; ground and aerial route survey methods; circular, compound, reverse, and parabolic curves and spirals; highway design safety and limitations; intersections and interchanges; plot and field stakeout; and topographic planning. Hours: Class/Week 4 D.Lab/Week 6 Credit 7 Prerequisite/Corequisite: DDS 218
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1.00 Credits
Introduces the fundamental physical properties of metals. Topics include: materials properties and limitations, materials processing techniques, treating materials, testing materials, and microstructural characteristics. Hours: Class/Week 4 D.Lab/Week 1 Credit 4 Prerequisites: ENG 101, MAT 104
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1.00 Credits
Introduces basic industrial manufacturing processes. Topics include: measuring processes, gauging and inspecting processes, cold working processes, hot working processes, and finishing processes. Hours: Class/Week 4 D.Lab/Week 1 Credit 4 Prerequisites/Corequisites: ENG 101, MAT 104
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8.00 Credits
Introduces detailing of jigs, fixtures, and dies to meet industrial standards given required specifications. Topics include: multiview working drawing, tolerances, precision measurement and dimensioning practices, quality control, standard parts, and reference source utilization. Hours: Class/Week 2 D.Lab/Week 8 Credit 6 Prerequisites/Corequisites: DDF 111, DDF 112, DDS 225
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7.00 Credits
Emphasizes calculation, specification development, and drawing of gear and cam systems to produce desired results. Topics include: reference source utilization, solution for two unknowns, standard gear applications, standard cam applications, and gear ratios. Hours: Class/Week 3 D.Lab/Week 7 Credit 6 Prerequisites: DDS 201, DDS 226, MAT 104
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6.00 Credits
Emphasizes familiarization with and utilization of common linkage types. Students apply linkage concepts to specific problems. Topics include: direct linkages, multi-linkages, standardized gear boxes, and fundamental robotics concepts. Hours: Class/Week 4 D.Lab/Week 6 Credit 7 Prerequisite/Corequisite: DDS 229
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8.00 Credits
Provides opportunities for design utilization of multiple power transmission methodology. Topics include: belts and pul eys, clutches and brakes, sprockets and chains, gear boxes, hydraulics, and pneumatics. Hours: Class/Week 2 D.Lab/Week 8 Credit 6 Prerequisite/Corequisite: DDS 230
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4.00 Credits
Builds on theoretical PC board design background and applies it to the layout, basic drafting, and artwork required for two-sided PC board production. Topics include: component location, sizing, routing, basic PC drafting, and PC artwork. Hours: Class/Week 1 D.Lab/Week 4 Credit 3 Prerequisite/Corequisite: ELC 105
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4.00 Credits
Builds on component and schematic layout theory and applies skills to drawing electrical and electronic devices. Topics include: chassis layout, wiring diagrams, schematics, and current flow. Hours: Class/Week 1 D.Lab/Week 4 Credit 3 Prerequisite/Corequisite: ELC 107
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18.00 Credits
Develops knowledge and skil s required for structural steel detailing and connections design utilized for commercial construction in an actual job placement or practicum experience. Topics include: office practices; steel shapes; beam reactions; framed connections; seated connections; columns, base plates, and splices; use of proper interpersonal skil s; and adaptability to the job setting. Hours: Class/Week 0 O.B.I./Week 18 Credit 6 Prerequisites: DDF 111, DDF 112
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