Page 79 - 2018-2019 Catalog

Advanced Manufacturing

Maintenance Technology MT 140 3.0 Units
Principles of Industrial Electrical Systems
MT 120 Principles of Analog Electronics 3.0 Units Course Advisory: SCC minimum English and
Course Advisory: SCC minimum English and Math standards.
Math standards. Hours: 32-36 lecture, 48-54 lab.
Hours: 32-36 lecture, 48-54 lab. Introduces the topic of DC, single-phase and three-phase
Introduces the topic of analog electronics as it applies to AC circuits as they apply to mechatonics. Introduces
mechatronics. Studies include an introduction to DC and commerical/industrial electrical installations that meet
AC circuitry as well as advanced electronic components, National Electrical Code requirements. Students will
instruments used in the operation, installation, and complete labs and wiring projects. Lab, electrical and
troubleshooting of electronic systems, schematic diagrams, worksite safety is emphasized.
and breadboarding. Students will construct several kits as
part of the class. MT 142 Principles of Electrical Machinery 3.0 Units
Prerequisite: A minimum grade of C in MT 120 or MT 140.
MT 122 Principles of Digital Electronics 3.0 Units Course Advisory: SCC minimum English and
Course Advisory: SCC minimum English and Math standards.
Math standards. Hours: 32-36 lecture, 48-54 lab.
Hours: 32-36 lecture, 48-54 lab. Introduces the topic of electrical machinery as it applies
Introduces the topic of digital electronics as it applies to to mechatronics. Studies include direct-current and
mechatronics. Studies include an introduction to digital alternating-current generators, alternators, transmission
numbering systems, digital codes and logic, registers, equipment, and motors. Students will complete labs and
memories, Boolean Algebra, and integrated circuits as electrical machinery projects. Lab, electrical and worksite
well as advanced topics in computerized control systems. safety is emphasized.
Students will construct several kits as part of the class.
MT 162 Robotic Manufacturing Systems 3.0 Units
MT 130 3.0 Units Course Advisory: SCC minimum English and
Principles of Mechanical Power Systems Math standards.
Course Advisory: SCC minimum English and Hours: 32-36 lecture, 48-54 lab.
Math standards. Presentation of physical principles applied to automated
Hours: 32-36 lecture, 48-54 lab. manufacturing systems. Students will develop solutions to
Introduces the topic of mechanical power systems manufacturing problems using robots, programmable logic
and mechanical power transmission as it applies to controllers (PLC) and computer numerical control (CNC)
mechatronics. Studies include mechanical theory, manufacturing machines. Students will also apply safety-
mechanical power, thermal systems, hand tools, oriented work habits to the completion of laboratory
precision measuring instruments, and mathematics projects while working individually and in groups.
applied to mechanical power systems. Includes studies in
manufacturing technology using modern manufacturing MT 164 Programmable Logic Controllers 3.0 Units
equipment and software simulators. Course Advisory: SCC minimum English and
Math standards.
MT 132 Principles of Fluid Power Systems 3.0 Units Hours: 32-36 lecture, 48-54 lab.
Course Advisory: SCC minimum English and Introduces the student to process control via
Math standards. Programmable Logic Controllers (PLC’s). Content includes
Hours: 32-36 lecture, 48-54 lab. the popular Allen-Bradley PLC systems and the most
Introduces the topic of hydraulic and pneumatic systems common command instructions for the RSLogix 5, RSLogix
as they apply to mechatronics. Studies include fluid power 500, RSLogix 5000, Micrologix 1000, SLC5 and SLC 500
systems theory, pumps, actuators, accumulators, filters, as well as ControlLogix processors. Troubleshooting and
meters, valves, control devices, and mathematics applied electrical safety are emphasized.
to fluid power systems. Includes studies in manufacturing
technology using modern manufacturing equipment and
software simulators.

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