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Course Criteria
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3.00 Credits
3 class hours, 9 lab hours Includes diagnosis, removal, repair and replacement of components from engine to drive axles. Includes clutches, manual transmissions, axles, differentials, propeller shafts and axle suspension systems. Prerequisite: DIM 211, DIM 213 For the full time program this course meets for eight weeks.
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3.00 Credits
3 class hours, 9 lab hours Introduces theory of operation of mobile refrigerated units. Emphasis is on maintenance, service and diagnosis of air conditioners on automotive and heavy equipment. Students will have an opportunity to expand their knowledge of and apply foundation skills and workplace competencies as described in SCANS. Prerequisite: DIM 211, DIM 213 For the full time program this course meets for eight weeks.
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3.00 Credits
2 class hours, 2 lab hours Enables a student with little or no previous experience to read, interpret and use blueprints appropriate to machine tool processes. It begins with an introduction to the basic aspects of blueprint reading, including lines, abbreviations, and the language of blueprints. Each course activity builds to cover increasingly complex concepts; however, there is a thorough introduction of each new concept before it is applied to prints and real-world situations. Mathematics is developed gradually and in the context of blueprints so that students will see the relationship between math and the manufacturing and inspection processes. Numerous exercises allow the student to apply knowledge each step of the way.
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3.00 Credits
2 class hours, 2 lab hours Focuses on developing skills in basic sketching techniques and interpretation of blue prints. Students will practice sketching in several perspectives and practice interpreting actual blue prints for pertinent construction information related to their respective trades.
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4.00 Credits
4 class hours Focuses on the mathematical processes and functions necessary to layout, measure, and estimate sheet metal projects. Such basic mathematical skills as fractions and decimals will form the foundation for more advanced ones, such as unit scales with interpolation and trigonometric functions. Through the use of mathematical and mechanical drawing skills, the student will develop the ability to correctly interpret blueprints and plans that impact the sheet metal work for efficient fabrication and installation.
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3.00 Credits
2 class hours, 3 lab hours Provides students with a basic understanding of manual drafting tools, techniques and procedures used in developing plans for a residential building. Covers line weights, lettering and sketching. Review of building codes and various house designs. Students design their own house and develop floor plans, plot plans and exterior elevations.
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2.00 Credits
4 lab hours Students continue developing the plans for their house design from DRR212 with the goal of preparing a complete set of working drawings. Foundation plan, floor framing, roof framing, wall sections, stair and kitchen details are included in the completed set of drawings. Perspective drawing, mechanical and electrical plans may be included as time permits. Prerequisite: DRR 212
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3.00 Credits
5 class hours, 4. 5 lab hours This course will introduce the student to aspects of mechanical engineering drawing and terminology while developing basic skills, as established by industry standards, in the use of drafting tools, equipment and materials used in the drafting and design process. Corequisite: DRT 117
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3.00 Credits
5 class hours, 4. 5 lab hours Basics through intermediate level of instruction provides the student with applications of computer-aided drafting on a microcomputer system. AutoCAD software is used to create, edit and plot two-dimensional drawings. Use of dimensioning, hatching and creation of library symbols will increase the proficiency of the CAD operator. Corequisite: DRT 115
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6.00 Credits
3 class hours, 9 lab hours This course familiarizes the student with architectural drafting and design of wood framed, residential structures while developing computer-aided drafting skills as dictated by industry standards. Research of codes and structural design provide background in good design practices. Prerequisite: DRT 115 and DRT 117 or equivalent
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