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ELM 110 - Intro to Computers & Technology |
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An introduction to problem solving by computer methods with specific emphasis on solution of scientific and engineering technology related problems. Solution methods will include the use of DOS, mathematics applications software, engineering analysis software, and word processor |
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Prerequistes: Test score or ENG 051 or NCS 051 or ESL 100 or ENG 121 or ENG 125 and Test score or RDG 051 or ESL 100 or RDG 120 |
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Credit Hours: 3 |
Lecture Hours: 2 |
Lab Hours: 3 |
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ELM 205 - Mechanisms and Design |
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comprehensive course in basic operating principles of gears, gear trains, linkages, cams, belts, chains, and other mechanisms. The design of these mechanisms and the principles and practices of machine design are covered. |
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Prerequistes: MAT 142 |
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Credit Hours: 4 |
Lecture Hours: 3 |
Lab Hours: 3 |
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ELM 210 - Industrial Electricity |
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An overview of three-phase circuits, protective devices, transformer connections, motors, motor starters, and an introduction to solid state control and programmable controllers |
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Prerequistes: ELC 122 or ELC 120 |
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Credit Hours: 4 |
Lecture Hours: 3 |
Lab Hours: 2 |
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ELM 215 - Industrial Controls |
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A course in modern control of processes. Programmable controllers, numerical control, bar code readers, and static logic control will be covered. An introduction to the field of robotics is included |
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Prerequistes: ELC 122 0r ELC 120 |
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Credit Hours: 4 |
Lecture Hours: 3 |
Lab Hours: 3 |
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ELM 220 - Properties & Behavior of Materials |
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This course covers materials testing and aspects of strength of materials as it relates to the area of the properties and behavior of materials. An experimental approach will be taken to examining the tensile, compressive, and shear properties of different kinds of materials and material fastening |
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Prerequistes: Mat 142 or Mat 181 |
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Credit Hours: 3 |
Lecture Hours: 2 |
Lab Hours: 3 |
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ELM 252 - Fluid Power |
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Study of hydraulic and pneumatic systems for the transfer and control of power. Introduction to the electrical, pneumatic and hydraulic control of these power systems is included. Specific topics include pumps, actuators, conductors, system theory, system design, servomechanisms, and fluid logic. The laboratory component simulates the set-up and trouble shooting of hydraulic and controls systems |
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Prerequistes: ELM 210 |
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Credit Hours: 3 |
Lecture Hours: 2 |
Lab Hours: 3 |
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ELM 290 - Electromechanical Engineering Internship |
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Applied experience through a supervised work situation such as an industrial facility or lab. |
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Prerequistes: ELM 210 and ELM 252 |
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Credit Hours: 6 |
Lecture Hours: 1 |
Lab Hours: 14 |
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