CAD 101 — Introduction to Technology — 3.0
Credits
This course is an overview of engineering careers, applying concepts and general elements of professionalism, strategies, and computer applications for the engineering office. Basic sketching skills, file management commands, computer terminology, data communication concepts, CAD principles and the practical application of relevant software packages are emphasized.
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CAD 109 — Introduction to Computer Aided Drafting — 2.0-5.0 Credits
Students are introduced to the fundamentals of computer aided design (CAD) drafting. AutoCAD software using the principles of mechanical, architectural, civil and electrical/electronics is emphasized.
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CAD 111 — Applied Technical Math 1 — 3.0
Credits
This course introduces theory and practical application of math concepts emphasizing the fundamentals of algebra.
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CAD 114 — Engineering Graphics/CAD 1 — 5.0
Credits
This course introduces students to fundamental drafting and CAD practices with emphasis on industry drawing standards using manual drafting, sketching, 2D CAD and an introduction to 3D Solid Modeling.
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CAD 120 — Basic Blueprint Reading — 2.0-3.0 Credits
This course introduces students to blueprint reading with emphasis on the interpretation of a variety of drafting styles. Students practice freehand sketching.
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CAD 121 — Applied Technical Math 2 — 3.0
Credits
This course continues with the concepts introduced in CAD 111 to prepare students for advanced-level math. Basic and advanced algebra are reviewed, and an introduction to practical geometry and trigonometry also is presented. Prerequisite: CAD 111.
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CAD 124 — Engineering Graphics/CAD 2 — 5.0
Credits
This course is an extension of CAD 114 with emphasis on CAD drawing methods used in engineering. Dimensioning techniques, auxiliary views and sectioning methods also are emphasized. Prerequisite: CAD 114.
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CAD 125 — Introduction to Computer Aided Design — 3.0-5.0 Credits
Students are introduced to the fundamentals of computer aided design (CAD). AutoCAD software as it applies to drawing in a format using the principles of mechanical, architectural, civil and electrical/electronics is emphasized. Prerequisite: ARCHT 112, CIS 105 or approved equivalent.
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CAD 133 — Introduction to Design — 5.0
Credits
Introduction to the engineering design process, applying math, science, and engineering standards to hands-on projects. Individual and team design solutions using 3D modeling, problem solving, research, and documentation. Prerequisite: CAD 121, 124.
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CAD 134 — Applied Precision Measuring — 1.0-3.0 Credits
Areas of emphasis in this course will include the terminology and use of measuring instruments for fabrication and machining, for layout work, and to determine compliance with dimensions and tolerances on engineering drawings. Covers the fundamental skills required to perform basic and precision dimensional measurements and an introduction to the concepts of Statistical Process Control (SPC). Gain proficiency in using rules, scales, tape measures, protractor, calipers, lasers, micrometers, dial gage, height gage and coordinate measuring machine.
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CAD 137 — Applied Technical Math and Physics — 3.0
Credits
This course continues with the concepts introduced in CAD 111 and 121. Application problems in algebra, practical geometry and trigonometry are presented as well as introducing engineering math applications in statistics and vectors. Prerequisite: CAD 111.
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CAD 139 — Hydraulics/Pneumatics — 3.0
Credits
Students are introduced to the application, uses and design of hydraulic and pneumatic components used in industry. Students learn the basic of circuit design.
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CAD 141 — Shop Practices — 2.0
Credits
This course introduces safety practices in the shop. Students learn the basic operation techniques of the lathe, mill, drill press, and various hand and power tools used in a typical shop. Joining techniques such as welding, brazing, soldering and mechanical fasteners are included.
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CAD 142 — CAD Solid Modeling/Graphics 1 — 3.0-5.0 Credits
This course offers advanced computer aided drafting techniques in three-dimensional solid modeling. Individual part files, assembly files, and application files in weldments and sheet metal are emphasized. Solid model prototype printing and CNC applications are also included.
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CAD 241 — CAD Solid Modeling/Graphics 1 — 3.0-5.0 Credits
This course offers advanced computer aided drafting techniques in three-dimensional solid modeling. Individual part files, assembly files, shop drawings and application files are emphasized. Solid model prototype printing and CNC applications are also included.
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CAD 242 — Mechanical Design Fundamentals — 5.0
Credits
This course is a comprehensive study of the design and drawing of machinery components including fasteners, springs, gears, belt drives, chain drives, couplings and bearings. Prerequisite: CAD 121,137, 142.
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CAD 243 — Building Systems Mechanical CAD Applications — 3.0
Credits
This course introduces advanced concepts in CAD and applies these skills in introductory mechanical building systems for architectural, structural, and civil drafting and design projects. Students research and begin to explore the definition of this field as well as use CAD to create drafting projects and demonstrate the ability to present their projects in an engineering format. Prerequisite: CAD 124.
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CAD 244 — Structural CAD Applications — 3.0-4.0 Credits
This course introduces advanced concepts and applies CAD skills in structural engineering drafting and design projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and demonstrate the ability to present their projects in an engineering format. Prerequisite: CAD 132.
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CAD 246 — Manufacturing Processes and Precision Measuring — 2.0-3.0 Credits
This course is a comprehensive study of the processing of materials, industry standards and manufacturing techniques used in industry. It also incorporates the application of precision measuring tools for manufacturing, quality, and design considerations.
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CAD 247 — Shop Practices — 2.0
Credits
This course introduces safety practices in the shop. Students learn the basic operation techniques of the lathe, mill, drill press, and various hand and power tools used in a typical shop. Joining techniques such as welding, brazing, soldering and mechanical fasteners are included.
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CAD 251 — Applied Tolerances and GD&T — 3.0
Credits
This course introduces the use of geometric calculations and measuring instruments to determine true tolerances on detail drawings. Both linear tolerances and Geometric Dimensioning and Tolerancing formats are covered. Prerequisite: CAD 121, 124.
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CAD 252 — CAD Solid Modeling/Graphics 2 — 4.0-5.0 Credits
This course presents advanced concepts and applications for computer assisted drafting systems in an engineering environment. Advanced drafting techniques are included with emphasis on three-dimensional solid modeling. Software/hardware customization techniques including menus, start-up, CAD programming fundamentals and management skills are also emphasized. Prerequisite: CAD 241.
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CAD 254 — Materials Science — 2.0
Credits
This course is a comprehensive study of the characteristics of a variety of materials including their standards and specifications, tolerance, weight, and heat treating capabilities. Prerequisite: CET 245.
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CAD 255 — Technical Applications I — 3.0-5.0 Credits
Students practice applied projects related to engineering technology that include interdepartmental projects, CAD design, shop skills and computer applications. This course may substitute cooperative education courses. Prerequisite: CAD 121, 124, 137, 141, 142.
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CAD 256 — Mechanical CAD Applications — 3.0-4.0 Credits
This course introduces advanced concepts and applies CAD skills in mechanical engineering drafting and design projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and demonstrate the ability to present their projects in an engineering format. Prerequisite: CAD 132.
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CAD 258 — Schematic CAD Applications — 4.0
Credits
This course introduces advanced concepts and applies CAD drafting skills in schematic engineering drafting and design projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and demonstrate the ability to present their projects in an engineering format. Prerequisite: CAD 132.
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CAD 260 — Fabrication and Piping CAD Applications — 3.0
Credits
This course introduces advanced concepts and applies CAD drafting skills in sheet metal/HVAC fabrication drafting and piping drafting projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and then demonstrate the ability to present their projects in an engineering format. Prerequisite: CAD 132.
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CAD 261 — Project Design and Management — 3.0-5.0 Credits
This advanced course is structured to correlate all technical disciplines covered in design and mathematics courses. Power transmission systems and power requirements, design techniques for specific mechanical systems, new product design and documentation are emphasized. Projects are managed with team involvement and planning software and then presented in a formal engineering report format. Prerequisite: CAD 124, 137, 241.
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CAD 262 — Electrical Theory for Engineering — 5.0
Credits
This course introduces the concepts of basic electrical theory including alternating and direct current. Component identification and manufacturing processes of printed circuit boards, integrated circuits and wiring hardware are emphasized. Students learn to read and create electrical schematic diagrams and flow/logic charts.
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CAD 263 — Machine Controls — 2.0
Credits
The course introduces machine control systems. Students identify and design electro-mechanical, electronic and hydraulic and pneumatic control systems. The function of programmable logic controllers and basic programming techniques are emphasized.
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CAD 264 — Technical Applications II — 2.0-5.0 Credits
The course continues with the applications offered in CAD 255 with emphasis on special projects related to manufacturing practices and shop personnel interactions. Prerequisite: CAD 255.
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CAD 265 — Manufacturing and Measuring Systems — 2.0-3.0 Credits
Areas of emphasis in this course will include the terminology and use of manufacturing systems, measuring instruments for fabrication and machining, for layout work, and to determine compliance with dimensions and tolerances on engineering drawings and an introduction to the concepts of Statistical Process Control (SPC). Gain proficiency in using precision measuring tools and coordinate measuring machines.
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CAD 266 — Cooperative Education Seminar — 1.0-2.0 Credits
For course description, see Cooperative Education.
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CAD 267 — Cooperative Education Work Experience — 1.0-18.0 Credits
For course description, see Cooperative Education.
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CAD 268 — Schematics/Advanced CAD — 3.0
Credits
This course introduces basic CAD Schematic Drafting for electronics, industrial electricity, and hydraulic/pneumatic systems. The course includes advanced functions of CAD and Solid Modeling applications. Prerequisite: CAD 124,142.
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CAD 269 — Civil CAD Applications — 3.0-4.0 Credits
This course introduces advanced concepts and applies CAD drafting skills in civil engineering drafting and design projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and then demonstrate the ability to present their projects in an engineering format. Prerequisite: CAD 132.
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