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Course Criteria
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3.00 Credits
Introduces Computer Aided Parametric Modeling and Design through a combination of lecture, hands-on exercises and drawing problems. Students will use Autodesk Inventor software to model and design mechanical parts and assemblies. Welding and Sheet Metal drawings will also be introduced. While this course is designed for students with little previous computer or drafting experience, being familiar with a Windows operating system and basic file management would be beneficial. (2 lec, 2 lab)
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3.00 Credits
Covers 3D techniques and operations using AutoCAD, including wireframes, surfaces, solid models, full 3D design, shading, and photo-realistic imaging. Students will also use additional software to develop presentation color output. (2 lec, 2 lab) Prerequisite: CAD 102 with a minimum grade of 75 or permission
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3.00 Credits
Teaches the principles of civil drafting and the basics of mapping. Include topics in traditional survey methods, introduction to GPS, introduction to GIS, data collection, plots, plans and profiles, topography, and earthwork. Students will create civil drafting and mapping documents using manual and CADD tools. (2 lec, 2 lab) Prerequisite: CAD 102 with a minimum grade of 75
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3.00 Credits
Students will learn to communicate using graphic information as a means of a language, through industry standard drawings. Students will learn about commercial construction by understanding the site, structural, and architectural elements of building construction. Drawings will be developed for proposals, interviews, conceptual and schematic design, and formal documentation. This class will introduce students to a higher level of cognitive skill by drawing on previous classes and experience. ( 2 lec, 2 lab) Prerequisite: CAD 102 with a minimum grade of 75
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4.00 Credits
Provides the student with the employment experience that is typical for the CADD technician in the industry. It is designed to present the understanding of what working in a drafting/design office would entail. Collaborative projects with local firms, government, utilities, or other employers ensure a significant experience. (0 lec, 8 lab) Prerequisite: CAD 222 with a minimum grade of 75 or permission
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3.00 Credits
Students will use AutoCAD and 3D Studio VIZ to create advanced 3D models. Students will use the software to create still images and animations for visualization of models. Using digital photography, students will combine models with real world images. Additional software will be used when necessary. (2 lec, 2 lab) Prerequisite: CAD 203 with a minimum grade of 75 or permission
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3.00 Credits
Studies surveying instruments and their use in the measurement of angles, distances, and elevations. Also includes mathematics, computational methods, adjustments and measurement analysis used in plane surveying. (2 lec, 2 lab)
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2.00 Credits
Provides an introductory study of the civil engineering technology. Topics include the Civil Engineering Technology Program, project life cycle, estimating, scheduling, design, contracting, and ethics. (2 lec)
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3.00 Credits
Studies the structure, properties, and testing of engineering materials and their use in constructed facilities. Includes metals, woods, concrete, bituminous mixtures, plastics, insulation, adhesives and corrosion of materials. Engineering design is introduced by readings and discussions on creativity, the design process and the concepts of marginal economic analysis, probability of failure and safety factors. Design problems include design of concrete mixtures and insulating systems to satisfy specific realistic situations taking into account uncertainty, safety, economic factors and intangibles, as well as technical considerations. (3 lec, 0 lab) Prerequisite or Concurrent: MAT 119 or MAT 123
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1.00 Credits
Evaluates material performance under applied loads for engineering applications. Physical properties of concrete, metals, plastics, and wood. Exercises include study of the variability of materials, construction of probability density functions from test data and computation of the probability of failure (2 lab) Prerequisite: Concurrent with CET 110
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