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Course Criteria
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3.00 Credits
This course is an introduction to computer-aided design of logical and physical network layouts. The core of this course is basic networking documentation control and standardization as used in industry to develop a generic method of system and product development and revision procedures. Topics developed include, but are not limited to, standardization procedures within an organization, schematic and block diagrams of networks, bill of materials, revision of drawings, use of universal symbols, NEC codes, floorplans and blueprints, and use of Internet sources to obtain information and send and receive electronic files. Prerequisite: ITEC1020 or permission of department chair. (PT) Quarter Credit Hours 6.0
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3.00 Credits
COMPUTER-INTEGRATED MANUFACTURING (CIM) This course presents students with the terminology and practical experience of following the development of a product through concept, design development, manufacturing and product distribution. Topics covered include, but are not limited to, computer aided design, concurrent engineering, "just-in-time" manufacturing,materials and product management, and communication of ideas from sales representatives to production engineers. Prerequisites: CAD1030, CAD1L30. Quarter Credit Hours 4.5
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3.00 Credits
This course develops standard industry practices used in CAD for applications related to plumbing, electrical/ electronic, HVAC, welding and sheet metal fabrication. The use of ANSI standards and building code applications are the basis for development of individual and team projects. Prerequisites: CAD1030, CAD1L30. (PT) Quarter Credit Hours 4.5
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6.00 Credits
This course is an introduction to computer-aided design drafting for 3D parametric applications, using related equipment and software. The core of this course is basic engineering documentation control and standardization as used in industry to develop a generic method of system and product development and revision procedures. Related topics developed, include, but are not limited to, standardization procedures within an organization, schematic and block diagrams of networks, bill of materials, revision of drawings, use of universal symbols, and use of Internet sources to obtain information and send and receive electronic files. Quarter Credit Hours 6.0
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3.00 Credits
This course is a continuation of CAD1030, building on the general concepts of parametric modeling and applying the methodology of using parameters to create dynamic 3D models. The models are then transformed into manufacturing models using concepts of two- and three-axis machine tool paths. Concepts of computer numerical control machine technology (CNC), rapid prototyping and simulation modeling software are used. Prerequisite: CAD1030 or ENGN3020 or permission of department chair. Quarter Credit Hours 6.0
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3.00 Credits
This is the second of two career management courses which focuses on preparing students in making the transition from college to career. Students continue to learn ways to enhance and customize their job search materials (résumé, cover letter, portfolio and thank-youletters) in order to market themselves effectively to employers. Various job search strategies and interview techniques are reinforced as the student continues to work toward achieving Best Fit Employment. Other topics include evaluating employment offers, personal financial management strategies, the benefits of graduate school and the services provided by the Career Development Office. Prerequisite: CAR1001. (PT) Quarter Credit Hours 1.0
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2.00 Credits
This is the first of two career management courses that introduces students to various career management topics to help form a solid foundation for their success at the university and beyond. Emphasis is placed on self assessment, establishing individual career goals, identifying/researching career paths, developing self-marketing documents and building credentials in 10 major success categories. Students learn how to effectively maximize their use of the Best Fit Career Management System in finding best fit employment. (PT) Quarter Credit Hours 2.0
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4.50 Credits
Students participating in this foundation course learn essential concepts of typography, design principles and color theory as it applies to visual composition. Through various exercises geared toward real-world situations, students gain experience generating and organizing creative visual design solutions. Students are introduced to current industry software packages, as well as basic hardware devices used in visual design. This class provides a foundation to any higherlevel course in the degree program. (PT) Quarter Credit Hours 4.5
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3.00 Credits
Students participating in this course learn basic digital image production techniques: digital photography, scanning, color correction, image manipulation and montage. Students learn current industry standards and requirements to create digital solutions in a variety of digital presentation multimedia. Students are introduced to multimedia editing concepts and practice. This course has a production component in which students are expected to complete design project work individually and on teams. Prerequisite: CGRA1000 or permission of instructor. (PT) Quarter Credit Hours 6.0
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3.00 Credits
Students are introduced to the tools and processes of Web page development. Students utilize industrystandard software when designing, coding and building Web sites. Instruction includes immersion projectbased study, client interaction and group design critique. Students are introduced to site planning, best practice and development cycle methods. Students produce a digital portfolio of Web design elements and development work. Prerequisite: CSIS1000 or CSIS1020 or CSIS1030 or CSIS1040. (PT) Quarter Credit Hours 4.5
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