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Course Criteria
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3.00 Credits
Selected topics under faculty supervision. Prereq: c/i and c/vc. (fall/spring)
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3.00 Credits
Electricity and solid-state electronics concepts; energy; power; electronic instrumentation; Ohm's law; Watt's law; Thevenin's law; Norton's law; series, parallel and combination circuits, magnetism, direct and alternating current, semiconductors, and power supplie$25 Course Fee. Prereq: IT 120. (fall)
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3.00 Credits
Electricity and solid-state electronics concepts; energy; power; electronic instrumentation; Ohm's law; Watt's law; Thevenin's law; Norton's law; series, parallel and combination circuits, magnetism, direct and alternating current, semiconductors, and power supplie$25 Course Fee. Prereq: IT 120. (fall)
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3.00 Credits
The project management portion of this course is about the study of optimizing tasks, times, resources, and costs while finishing projects as planned. The course presents an overview of traditional project man-agement concepts and techniques (e.g., Gantt charts, PERT, CPT), along with several technical issues related to their effective use, as well as the problems associated with effective management and coordination of multiple discrete projects within an overall system. Microsoft Project will be used to manage the individual projects. The statistical process control portion of this course is the study of using statistics to improve product quality. Control charting and interpretation are emphasized; theory and use of statistical process control (SPC) tools for problem solving and continuous improvement; variables and attributes control charts for both discrete and continuous flow/batch process; process capability and performance analysis including strengths and weak-nesses of Cpk and Ppk indices; introduction to acceptance sampling.
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3.00 Credits
Students will be introduced to fundamental characteristics of wood and wood products, basic processes for fabrication, skill develop-ment, and techniques for project development. Students will examine past and present resource management practices, and contrast past and present wood processing machinery, equipment, and processes. $50 Course Fee. Prereq: IT 130 and IT 140. (fall)
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3.00 Credits
Students will be introduced to fundamental characteristics of wood and wood products, basic processes for fabrication, skill develop-ment, and techniques for project development. Students will examine past and present resource management practices, and contrast past and present wood processing machinery, equipment, and processes. $50 Course Fee. Prereq: IT 130 and IT 140. (fall)
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3.00 Credits
Students in this course will be introduced to machining principles and metal production systems used for fabrication in industry. Students will fabricate projects using the engine lathe, vertical milling ma-chine, presses, and other metal working machinery and devices. Skills in using micrometers, dial indicators, and dial calipers will be devel-oped. $50 Course Fee. Prereq: IT 130 and IT 140. (fall)
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3.00 Credits
Students in this course will be introduced to machining principles and metal production systems used for fabrication in industry. Students will fabricate projects using the engine lathe, vertical milling ma-chine, presses, and other metal working machinery and devices. Skills in using micrometers, dial indicators, and dial calipers will be devel-oped. $50 Course Fee. Prereq: IT 130 and IT 140. (fall)
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3.00 Credits
Supervised field trip for observation and study of organizations, facilities, and processes in the various industries within the wood industry. Overview of the industrial environment, with an emphasis on the safety and health practices within the woodworking industry. Topics covered include OSHA requirements, workplace safety factors (unsafe acts and hazardous conditions), hearing conservation, electrical safety, hazard communication, and fire protection. Proper methods of mechanically guarding woodworking machinery are emphasized. $25 Course Fee.
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4.00 Credits
This course will cover programming computer control of machines to manufacture metal products. Typically these products are outstand-ingly well made in a very short time span. Both the Computer Numerical Control (CNC) of mills and lathes are taught. Presently nearly all of the world's most precise products are made using these techniques. Jobs for individuals able to master these techniques are plentiful and very well paid (approximately $60,000 per year in Montana and much higher elsewhere). $50 Course Fee.
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