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Course Criteria
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4.50 Credits
Fundamental concepts of surveying, definitions, errors, computations and field notes are treated. Theory and practice of measuring distance, measurement of difference in elevation, use and adjustment of leveling instruments and differential leveling methods and field practice are included. Prerequisites MATH 1310
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4.50 Credits
The measurement of angles and directions, use of pocket compass, care and use of the transit, measurement of horizontal and vertical angles and elementary map-making receive primary attention. Prerequisites SCET 1200
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4.00 Credits
Fluid properties, hydrostatics and fluid flow properties, flow in pipes and open channels, flow measurements, and basic theoretical and applied fluid mechanics are the emphasis. Prerequisites MATH 1310
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4.50 Credits
This course includes surveys with transit and tape stadia, principles of field astronomy and determination of azimuths and bearings. Prerequisites SCET 1210
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4.50 Credits
The use and adjustment of the plane table are covered, as well as topographic mapping and surveying, together with methods of plotting, including elementary computer-aided plotting, balancing and adjusting surveys. Global Positioning System basics are introduced. Prerequisites SCET 1120, SCET 2220 and INFO 1001
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4.50 Credits
Surveys for route location, preparation of plans, profiles and cross-sections are examined. Horizontal and vertical curves, use of electronic distance measuring devices, advanced technical surveys, additional computer-aided plotting and mapping, and Global Positioning System problems receive attention. Prerequisites SCET 2230 and INFO 1001
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4.00 Credits
The course centers on the basic principles of statics, free body diagrams, equilibrium, force systems and friction. Prerequisites MATH 1310
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4.00 Credits
An introduction to the strength of materials, stress, deformation, engineering materials and their properties are included in this course. Prerequisites SCET 2300
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4.00 Credits
This course continues the study of the strength of materials, including elementary structural analysis (for example, timber and steel structures), shear and moment diagrams, deflections, beam analysis and elementary design problems. Prerequisites SCET 2310
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3.00 Credits
The student is expected to work in an area related to his/her training in civil engineering under the supervision of a qualified engineer. Based on state guidelines, students must complete 40 hours of work for each credit hour in this course. Prerequisites Completion of at least 30 credits in civil engineering courses and Instructor approval
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