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Course Criteria
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0.80 Credits
Hours: 0.8 Course ID: 005669 Introduces computer applications commonly used in technical occupations. Covers presentation software and databases. Prerequisite: (ET 1073 with a grade of C or better) or consent of instructor. Lecture: 0.2 credits (3 contact hours). Lab: 0.6 credits (18 contact hours). Component: Laboratory, Lecture
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3.00 Credits
Hours: 3 Course ID: 000549 The student will be introduced to an overview of the components commonly found in lasers and their associated systems. Emphasis will be placed on using calculators to solve basic problems associated with these components and building the student's intuition on the effects of individual components and how they fit into the system. The lab will be used to verify findings in class and to teach handling, mounting, cleaning, and alignment of optical components. Lecture: 2 hours; Laboratory: 2 hours. Prerequisite: MT 120 or equivalent. Component: Laboratory, Lecture
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3.00 Credits
Hours: 3 Course ID: 000566 An introduction to computer numerical control technology, covering programming and metal removal techniques. Topics of study include: controllable machine components, tools, programmable functions, control system components, physics of metal cutting, metal cutting data, coordinate systems, NC related dimensioning, and CNC programming. Lecture: 2 hours; Laboratory: 2 hours. Prerequisite: ME 105 or consent of instructor. Component: Laboratory, Lecture
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3.00 Credits
Hours: 3 Course ID: 000570 A second course in computer numerical control technology, utilizes a CAM software package to introduce computer aided programming of CNC machines. Primary emphasis is on 2 1/2 dimension milling applications. Topics include: feature modeling, groups and patterns, tooling, feeds, speeds, coordinate systems, multiple fixtures, and advanced modeling techniques. Lecture: 2 hours; Laboratory: 2 hours. Prerequisite: ET 118 or consent of instructor. Component: Laboratory, Lecture
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3.00 Credits
Hours: 3 Course ID: 000573 A lecture/demonstration class in industrial mechanical systems and devices, which are commonly associated with Millwright and Industrial Maintenance functions. Topics include: belt drives, gear drives, chain drives, couplings, packings/seals, bearings, mechanical fasteners, pipe fittings, pumps, and valves. Lecture: 3 hours. Component: Lecture
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4.00 Credits
Hours: 4 Course ID: 000576 An elementary lecture-demonstration course designed primarily for the mining technology student. Topics included in this course are: basic electricity, direct current circuits, impedances, reactances, power electrical energy, permissibility, underground and surface law, solid-state, and national electrical code. Emphasis is placed on electrical measurement, instruments, and applications. The student is prepared to take the mine electrical certification exam administered by the Kentucky Department of Mines and Minerals. Lecture: 4 hours. Component: Lecture
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1.00 Credits
Hours: 1 Course ID: 000578 A lab course in mechanical systems and devices common to the Millwright and Industrial Maintenance trades. Topics include: belt drives, gear drives, chain drives, couplings, packings and seals, bearings, mechanical fasteners, pipe fittings, pumps, and valves. Laboratory: 2 hours. Prerequisite: ET 122 or concurrent. Component: Laboratory
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1.00 Credits
Hours: 1 Course ID: 005266 Encompasses an elementary lab for mining technology students. Construction of circuits using electrical measuring instruments in the analysis of the circuits with electrical safety being used and observed in all aspects of the course. Emphasis on mining electrical equipment circuits, permissibility and maintenance. Laboratory: 1 credit (30 contact hours). Corequisite: ET 123. Component: Laboratory
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3.00 Credits
Hours: 3 Course ID: 000587 Theory and construction of mining laws. Laws pertaining to the acquisition of mining rights and the operation of mines. Lecture: 3 hours. Component: Lecture
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4.00 Credits
Hours: 4 Course ID: 000593 Applications of the principles of conservation in planning, use, and management of spoil material. Intensive study of the physical and chemical properties in relation to vegetative survival and spoil amendments. Lecture: 3 hours; Laboratory: 2 hours. Prerequisite: CHM 100. Component: Laboratory, Lecture
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