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Course Criteria
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3.00 Credits
The student will be introduced to the inert gas arc welding technique as well as the concept of flux free arc welding. Theory of machine operation and joining techniques will be introduced through textbooks, films, movies and demonstrations. The student will perform several objectives and thereby gain valuable work experience and abilities on ferrous and nonferrous metals. Safe and proper work habits and procedures will be practiced. Course/lab fees
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3.00 Credits
The student will display a working knowledge of T.I.G. welding including the related theory involved with inert gas arc welding. Many welding techniques are involved for proper fusion and joining of ferrous and, primarily, nonferrous metals. Proper identification of parent metals as well as filler wire and rods will be displayed by the student. Safe and proper work habits and procedures will be insisted upon by the instructor Course/lab fees
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3.00 Credits
Prerequisites: ATW 8110, ATW 8120 The student will perform cutting, beveling, fitting, clamping and welding operations on steel pipe. Various types of welding operations will be performed to include oxyacetylene, arc and metal inert gas (M.I.G.) welding. Sectioning and testing operations as well as grain analysis and fatigue calculations will be done by the student. Course/lab fees
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4.00 Credits
The students will identify major automotive systems, components, and tools. They will discuss automotive systems, components and tools using a standard automotive technical terminology. Development of the ability to efficiently use standard automotive tools and equipment will be emphasized during performance of basic automotive servicing procedures. Students will participate in a discussion of various automotive employment opportunities and analyze the job entry requirements for each. Course/lab fees
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4.00 Credits
The students will identify and describe the operation of both fuel and emission system components. They will disassemble, clean, inspect, assemble and adjust fuel injectors. They will perform tests of vehicle emissions and service procedures that improve vehicle emission system performance or meet government emission system standards. Course/lab fees
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4.00 Credits
Prerequisite: AUT 1120 and AUT 2120 or ATA 1300 and ATA 1500 or consent of instructor The student will practice job entry skills in diagnosis and repair of vehicle electronic systems. Current computerized fuel injection, turbocharging, ignition, and other electronic systems will be featured. Work experience in removal, replacement and adjustment of components will be provided by assignment of malfunctioning vehicles to students. Course/lab fees
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3.00 Credits
The student will describe and discuss the basic principles of vascular plant morphology, physiology, pathology, and ecology as they relate to agricultural landscape technology by (a) identifying and describing plant structures; (b) describing fundamental plant functions; (c) identifying and describing fungi, bacteria, viruses and insects which are responsible for common plant diseases; and (d) by describing the natural habitats of selected vascular plants.
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4.00 Credits
General Education Attributes 2, 3, 6, 7, 10 A laboratory science course which will focus through an inter-disciplinary investigation on (a) developing an awareness of one's total environment (social, physical and biological); (b) identifying the cause and perspective of our environmental concerns and; (c) exploring the possible and preferred solutions and strategies to those environmental issues. Course/lab fees
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4.00 Credits
General Education Attributes. 6, 7 The course will investigate the three domains of life, with an emphasis on plant and animal phyla. The course topics include: evolution, classification, anatomical structure and function, ecology and behavior. This is a laboratory course intended for science majors. It is expected that students have successfully completed both high school biology and chemistry within the previous five years or the college equivalents. Course/lab fees
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3.00 Credits
Prerequisite: BIO 1530 The course will cover ethical analysis of current biological research issues involved in our understanding of life. Course emphasis will be directed upon the cellular and molecular levels and may include such issues as genetic modification and enhancements via the use of recombinant DNA, gene patenting, the use of stem cells, and cloning for the creation of life. Other topics will include issues arising from recent advances in biotechnology and genetics. This is a non-laboratory course.
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