160 L I N N- B E N T O N C O M M U N I T Y C O L L E G E
MT 3.823 INDUSTRIAL SENSORS & ACTUATORS( 3 credits) Gives students a working knowledge of a variety of industrial sensors and actuators and their operation in control systems. Students will learn how different types of sensors operate and how to select the appropriate sensors. Students will learn to install, maintain and troubleshoot different types of sensors and actuators. Students will construct electrical circuits that illustrate the function of various types of sensors.
MT 3.824 PROGRAMMABLE LOGIC CONTROLLERS( 3 credits) Programmable logic controls are industrial computers used to control electrical and mechanical systems. This course is a hands-on introduction to Programmable Logic Controllers( PLCs) with emphasis given to effective selection, installation, and troubleshooting of PLC systems. PLC ladder logic programming will be introduced. Field troubleshooting of input and output devices will be covered.
MT 3.825 PROCESS CONTROL & INSTRUMENTATION( 3 credits) Provides an introduction to process control and instrumentation. Students will develop a working production line that includes sensors, pneumatics, PLCs and motor controls. Energy efficiency and maintenance, troubleshooting, and repair of control systems is emphasized.
MT 3.826 ADVANCED PLC TROUBLESHOOTING( 3 credits) Designed to develop advanced skills in programming PLCs. Students will learn to convert common industrial control circuits to PLC ladder logic as well as create programs from narrative description. Special emphasis will be placed on interfacing the PLC with a selection of electro-pneumatic control devices. Also covered are interpreting PLC data sheets and systemic approach to testing and troubleshooting of PLC programs.
MT 3.827 AUTOMATED MATERIAL HANDLING( 3 credits) An introduction to automation and production-line technologies. Students will develop a working production line that includes sensor technology, electropneumatics, motor control technology, and programmed control. Maintenance, troubleshooting, and repair of manufacturing systems is emphasized as is energy efficiency.
MT 3.830 INDUSTRIAL PNEUMATICS SYSTEMS( 3 credits) Learn to analyze fundamental pneumatic schematics, how to troubleshoot common pneumatic problems, how to maintain and repair pneumatic systems used in a variety of production applications, and how to promote energy efficiency in pneumatic systems. Understanding pneumatic circuits is critical to working with all types of industrial control systems.
MT 3.833 PRINCIPLES OF TECHNOLOGY( 5 credits) Focuses on applying physical concepts and formulae to technology found in the industrial workplace. Students will develop and strengthen critical thinking and problem solving skills required to function and excel in rapidly changing and increasingly complex workplace environments. Lab experiments are intended to reinforce and enhance the scientific principles discussed in class as well as providing an opportunity to learn to work effectively in groups. The impact of technology on energy efficiency in the workplace is studied. This course contains a portion of the embedded computation requirements for related instruction.
MT 3.834 PRINCIPLES OF TECHNOLOGY II( 5 credits) Focuses on applying physical concepts and formulae to technology found in the industrial workplace. Students will develop and strengthen critical thinking and problem solving skills required to function and excel in rapidly changing and increasingly complex workplace environments. Lab experiments are intended to reinforce and enhance the scientific principles discussed in class as well as providing an opportunity to learn to work effectively in groups. The impact of technology on energy efficiency in the workplace is studied. This course contains a portion of the embedded computation requirements for related instruction. Prerequisite: MT3.833 Principles of Technology
MT 3.836 INDUSTRIAL HYDRAULICS SYSTEMS( 3 credits) Learn to analyze fundamental hydraulic schematics, how to troubleshoot common hydraulic problems, and how to maintain and repair hydraulic systems and how to promote energy efficiency in a variety of production applications. You will construct and troubleshoot common hydraulic circuits.
MT 3.846 PUMPS AND VALVES( 2 credits) Learn to troubleshoot, maintain and repair industrial pumps and valves. Pump and valve selection is stressed as is print reading and correct installation. Emphasizes internet practical skills that lead to the efficient operation of valve and pumping systems.
MT 3.847 HVAC SYSTEM CONTROLS( 2 credits) This is an internet, hybrid course that will introduce the student to HVAC ducting systems and digital( DDC) controls. Students will learn about using the DDC system as an aid in troubleshooting and promoting energy efficiency, and indoor air quality.
MT 3.848 EPA TECHNICIAN CERTIFICATION( 2 credits) Anyone handling and refrigerants or working on refrigeration systems must have EPA certification or face large fines and legal proceedings. Students will sit for an EPA certification from the ESCO HVAC Excellence program. The student will study from a test prep booklet, optional texts, and a podcast of the class lectures then arrange the test date with the instructor sometime during the term. Completing 410A certification is an additional option for this class.
MT 3.849 HEATING SYSTEMS( 2 credits) Skills learned include the operation and servicing of oil and gas heating systems. All relevant safety and energy efficiency concerns are covered.
MT 3.852 REFRIGERATION BRAZING( 1 credit) Skills learned include: cutting and brazing safety, bend, cut, flare, and swag refrigerant tubing, and RHVAC silver soldering. Earn Oregon State Refrigeration Brazing Certification. Introduction to refrigeration systems as related to troubleshooting. This training requires 15-20 hours of hands-on practice or passing a challenge test.
MT 3.854 REFRIGERATION SERVICING( 2 credits) Skills learned include: take pressures, identify refrigerants, recover and recycle refrigerant, evacuate and charge refrigeration systems. All applicable safety precautions and EPA governed environmental regulations. This is a hybrid course that includes podcast and on-line activities combined with focused seminar activities that feature intensive, hands-on practice of these essential skills. Energy efficiency is stressed in this course. Required: instructor’ s approval.
MT 3.855 REFRIGERATION TROUBLESHOOTING( 2 credits) Skills learned include: troubleshoot and repair refrigeration systems; evaluate system operation; check superheat and subcooling; test compressors, evaporators, condensers, and expansion devices; troubleshoot hot and cold calls; and servicing for energy efficiency. This is a hybrid course that includes podcast and on-line activities combined with focused seminar activities that feature intensive, hands-on practice of these essential skills.
MT 3.897 CAPSTONE PROJECT I( 3 credits) Begins the creation of operating and maintenance routines for a working, fully automated production system. Troubleshoot systems faults and devise a plan for optimizing system operation. Requires substantial research activity and lab time. Job search activities are covered during this course.