| MT:100 Manufacturing Processes 3 cr. M |
| An introductory course covering the machines, materials and processes used in a wide variety of industries. The course will emphasize the machining process used to produce machine parts, as well as systems used to control the processes. The course will include lecture and hands-on lab activities, as well as site visitations to reinforce the course content. |
| (39.6 Lec. Hrs./59.4 Lab Hrs.) |
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| MT:105 Electrical Circuits and Components I 4 cr. M |
| The course covers basic electricity, direct current circuits, magnetism, electromagnetic induction, alternating current circuits, impedances, reactances, power and electrical energy. Emphasis is placed on electrical measurement, instruments and applications. |
| (59.4 Lec. Hrs./59.4 Lab Hrs.) |
| Prerequisite or Co-requisite: AU:100 or MA:096 or MA:136. |
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| MT:110 Blueprint Reading 2 cr. CM |
| This course presents an overview of methods used in presenting and interpreting a variety of industrial blueprints and schematics. Topics will include engineering drawings in the machine and electrical fields, construction blueprints including structural, fabrication and erection drawings, piping drawings and architectural drawings. |
| (19.8 Lec. Hrs./59.4 Lab Hrs.) |
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| MT:111 Interpreting Electrical and Electronic Drawings 1 cr. M |
| This course covers methods of presenting and interpreting basic electrical and electronic drawings including block diagrams, schematic diagrams, component identification, logic diagrams, printed wiring boards, lighting, motor controls, power distribution and generation. |
| (19.8 Lec. Hrs.) |
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| MT:112 Interpreting Pneumatics and Hydraulics Drawings 1 cr. M |
| This course covers methods of visualizing and interpreting views and dimensions of basic pneumatics and hydraulic drawings as well as interpretation of symbols. |
| (19.8 Lec. Hrs.) |
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| MT:113 Interpreting Machine Drawings 1 cr. M |
| This course covers the design and graphic representation of basic machine parts such as gears, cams, castings and stampings, simple mechanisms, piping drawing and welding representation. Students will work on reading machine drawings from actual production drawings. |
| (19.8 Lec. Hrs.) |
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| MT:150 Hydraulic Power Systems 2 cr. CM |
| A study of fluid power technology using liquid as the transfer media. Complete hydraulic systems are studied including power sources, reservoirs, pumps, lines, valves and actuators. |
| (19.8 Lec. Hrs./59.4 Lab Hrs.) |
| Prerequisites: AU:100 or MA:096 or MA:136. |
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| MT:151 Pneumatic Power Systems 2 cr. M |
| An introduction to the principles of fluid power technology using air or gas as the transfer media. Basic principles are introduced. Complete pneumatic systems are studied including power sources, compressors, lines, valves and actuators. |
| (19.8 Lec. Hrs./59.4 Lab Hrs.) |
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| MT:155 Geometric Tolerancing and Dimensioning 3 cr. M |
| This course introduces the student to the fundamentals of geometric tolerancing and dimensioning concepts as adopted by the American National Standards Institute (ANSI) and published by the American Society of Mechanical Engineers for engineering and related documentation. |
| (59.4 Lec. Hrs.) |
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| MT:156 Metallurgy 3 cr. CM |
| This course is designed to provide the student with: (1) a working knowledge of metallurgical terminology; (2) the conceptual background of material type; (3) an understanding of mechanical properties and test methods; and (4) a background in heat treatment and property modification. The course will cover an introduction to metals, properties of metals, manufacturing processes, iron and steel, standard steels, heat treatment and other metals. |
| (39.6 Lec. Hrs./59.4 Lab Hrs.) |
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| MT:170 Basic Electronics 5 cr. CM |
| An introductory course covering electronic principles. No prior knowledge or experience in the field of electronics is necessary before enrolling in this course. The starting point is 'what is electricity?' and the course develops from there to include the study of electric measuring units, basic circuit arrangements, DC fundamentals, AC fundamentals and semiconductor principles. |
| (59.4 Lec. Hrs./118.8 Lab Hrs.) |
| Prerequisites: AU:100 |
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| MT:201 Bearings and Lubrication 2 cr. CM |
| A study of friction, force and lubrication of industrial equipment, preventive maintenance, troubleshooting and replacement of bearings. |
| (19.8 Lec. Hrs./59.4 Lab Hrs.) |
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| MT:202 Sheet Metal Fabrication 3 cr. M |
| A study of some of the more common problems encountered during installation and modifications, particularly the mechanical and field fabrication problems involved in duct work, piping and electrical work. Introduction to the use of sheet metal tools, edges, seams and locks. |
| (39.6 Lec. Hrs./59.4 Lab Hrs.) |
| Prerequisites: MT:110 |
| Co-requisites: MT:111 and MT:112. |
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| MT:205 Electrical Circuits and Components II 4 cr. M |
| The course places emphasis on alternating current circuits, impedances, reactances, power and electrical energy. Emphasis is placed on AC circuits, behavior, electrical measurement instruments and applications. |
| (59.4 Lec. Hrs./59.4 Lab Hrs.) |
| Prerequisites: MT:105 |
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| MT:250 Electro-Mechanical Controls 3 cr. CM |
| A study of motor controls. Topics include single and three phase motor starters of varying primary and secondary voltages, and solid state vs. mechanical controls. |
| (39.6 Lec. Hrs./59.4 Lab Hrs.) |
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| MT:270 Industrial Electronics 3 cr. M |
| A continuation of Basic Electronics. The course will continue to study semiconductors and their applications in such circuits as transistor amplifiers, Op Amps, active filters, oscillators, timers, voltage regulators and phase locked loops. |
| (39.6 Lec. Hrs./59.4 Lab Hrs.) |
| Prerequisites: MT:170 |
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| MT:295 ISO 9000 3 cr. CM |
| Statistical methods for quality control and other industrial problems will be studied. The course will include development of sampling plans, control charts and quality/cost studies. ISO 9000 is a quality assurance program, designed to allow businesses to install a formal, standardized system to govern the procedural steps of any manufacturing process. The course will explain the system needed to identify, monitor and record the proper steps which support the order entry, manufacture and testing of products to ensure that compliance with agreed customer or product specification requirements are consistently met. |
| (59.4 Lec. Hrs.) |
