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Course Criteria
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3.00 Credits
Technology Credit variable (W)
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6.00 Credits
The basics of fl uid power is the course focus. Areas of study include pressure, viscosity, turbulence, fl ow, thermal properties and displacement. Hydraulic/ pneumatic components such as pumps, actuators, valves, accumulators, lines, directional controls, sealing devices and servomechanisms are introduced, as are the tools and procedures used to install and maintain hydraulic/pneumatic systems. (0885-201) Class 1, Lab 6, Credit 3 (S)
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6.00 Credits
This course will introduce students to basic electrical concepts, circuits and devices used in automated systems. Students will study different forms of electrical power and the laws associated with them. Various electrical/electronic devices used in controlling, fi ltering and displaying power states will be studied. Safely and correctly connecting and installing devices and cables using schematic diagrams and electrical instrumentation will be included. (0813-222, 0890-214) Class 2, Lab 6, Credits 4 (S)
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6.00 Credits
This course introduces various devices used in the manufacturing environment for automation control. The most commonly used AC and DC motors, stepper motors, motor controllers and servomotor drives are used in laboratory set-ups along with sensors and transducers used in monitoring or controlling the manufacturing process. Relays, contactors, starters, symbols, ladder diagrams, motor connections, overload protection and interlocking schemes are studied. In addition, control loops, feedback, rate response, proportional control, process instruments and sensor interfaces as they apply to automatic control systems are studied in detail. (0805-240; corequisite: 0805-245) Class 2, Lab 6, Credit 4 (F)
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3.00 Credits
This course introduces problem-solving processes and programming concepts as they can be used to guide automation control systems and other automated system subsystems. Programming structure and fl owcharting are studied. Students are exposed to programming applications with automated control systems and are expected to write simple programs. (0813-222, 0890-214) Class 3, Lab 3, Credit 4 (S)
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2.00 Credits
Students begin to learn about industrial robots and their applications in automated manufacturing industries. Students learn robotic safety practices, robotic coordinate systems, basic mechanics and power systems for robots and some interfacing considerations. Lab 2, Credit 1 (W)
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6.00 Credits
This course reinforces previously learned subsystem-level skills while introducing additional concepts and skills at a system level. System assembly, wiring, programming, networking, monitoring (data collection and analysis) and troubleshooting are addressed. Basic robotic technology is introduced as part of an automated system. (0891-210, 214, 216) Class 2, Lab 6, Credit 4 (W)
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6.00 Credits
This course introduces skills associated with performing basic system maintenance and troubleshooting. Maintenance sheets, along with the appropriate equipment manuals, procedures, tools and instrumentation to safely and correctly perform the maintenance functions, are considered. Data from system performance charts are interpreted and used to make necessary process or equipment adjustments. Skills needed to diagnose and repair a system fault in a safe and logical manner are introduced and performed according to manufacturer specifi cations. (0891-220) Class 2, Lab 6, Credit 4 (S)
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0.00 Credits
Credit 0 (F, W, S)
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6.00 Credits
Students begin to learn about the use of programmable logic controllers (PLCs). Content includes the concepts of PLC programming and interfacing and the development of PLC applications. Students use PLC program development software, test PLC applications and modify PLC programs to effect process changes as indicated. (0891-212) Class 2, Lab 6, Credit 4 (F)
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