31 courses with the subject TEAM, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
TEAM 1010Essential Skills and Safety3
The Essential Skills and Safety course teaches the basic concepts and terminology used in automation technology. Students gain proficiency through applying concepts of fasteners, measurement equipment, tolerances, and hand and power tool operations. The course covers safety and workplace skills as well as school and shop specific operations, standards, and procedures.
The Pneumatics course prepares students with the pneumatic systems fundamentals. Pneumatic systems are used in a variety of industries. Competencies include safety, maintenance, operation, installation, component identification, principles of pressure and flow, air logic, troubleshooting, analysis of performance and efficiency, and design of pneumatic systems.
The Hydraulics course prepares students with the fundamentals needed to work with hydraulic systems. Hydraulic systems are used in a variety of industries where extra force may be required. Competencies include safety, maintenance, operation, installation, component identification, displacement principles, troubleshooting, analysis of performance and efficiency, and design of hydraulic systems.
The Industrial Mechanics course is designed to introduce students to the world of mechanical drive systems and their characteristics. Students can demonstrate competency in the following: couplers, component identification, system related calculations, alignment, the effects of wear and vibration, component failure detection and prevention.
The Electrical Systems course teaches students to troubleshoot electrical circuits. Students in this course gain relevant working knowledge in both AC & DC electrical systems. Competencies include: basic electrical circuit design, analysis, troubleshooting, instrumentation, schematic and component identification, physics of electricity & applicable math.
The Motor Controls course prepares students with a working knowledge and understanding of real-world motor control operations. Students who complete this course are able to proficiently setup and design motor control circuits utilizing schematics. Students in this course identify components and utilize instrumentation to troubleshoot and maintain systems. It is recommended that students complete TEAM 1010 and TEAM 1050 prior to taking this course.
The Programmable Logic Controllers course teaches students to interface with programmable logic controllers (PLCs). PLC’s are the brains of all modern automation technology systems. Students develop knowledge and a skill set in the following competencies: ladder logic, programming standards, hardware selection, various inputs and outputs, communication, troubleshooting, setup and installation. It is recommended that students complete TEAM 1050 and TEAM 1060 prior to taking this course.
The Applied System Diagnostics course covers the essentials of system diagnostics, what a technician does day to day. Students apply troubleshooting methodology by using all of the skills that they have learned so far in the program. Students are expected to properly diagnose, repair, and document their work on a variety of systems and challenges. It is recommended students complete TEAM 1050 & TEAM 1060 prior to taking this course.
This course will provide a solid foundation in Industrial Automated Systems, Instrumentation and Motion Control. The student will understand the full spectrum of industrial maintenance and control, from servomechanisms to instrumentation. Coverage of components, circuits, instruments, control techniques, calibration, and programming associated with industrial automated systems.
TEAM 1111National Electrical Code/NEMA Industry Standards0
This course introduces the importance of industry standards, such as The National Electrical Code® for electrical safety in residential, commercial, and industrial occupancies. The course will also cover the importance of the National Electrical Manufacturers Association (NEMA) standards, as they apply to Automation and Instrumentation electrical enclosures.
Motor course teaches control of three-phase AC electric motors found in industrial applications, starting, reversing, jogging, and motor principles. Coverage of motor selection, diagrams, motor control devices, operation, installation, and troubleshooting. Course includes motor starter circuits, contactors, reduced voltage starting techniques, relays, braking, and variable frequency AC drives. It is recommended students complete TEAM 1200 prior to taking this course.
Coverage of both HYDRAULIC and PNEUMATICS systems, power, safety, circuits, schematics, symbols, and the principles of pressure and flow. Coverage of the identification of basic components that comprise a fluid power system, control circuits, pumps, filtration, cylinders, valves, hoses and lines, and actuators. Course will cover various applications for both types of systems, and troubleshooting.
Comprehensive coverage of maintenance requirements for pneumatic and electrical/electronic devices, DCS systems, analytical instrumentation, fiber optics, and smart instruments. Installing, Calibrating, and Maintaining Electronic Instruments and systems combines theory and hands-on experience, such as configuring and calibrating transmitters, transducers, and controllers.
TEAM 1132Automation Instrumentation and Control Documentation0
This course will cover Control Systems Documentation, Development of piping and instrument diagrams (P&IDs) and related ANSI/ISA drawings are emphasized, covering both the development and the reading/interpreting of these documents. The course is beneficial to all individuals working with industrial systems, such as Control Technicians and Engineers. It is recommended students complete TEAM 1135 prior to taking this course.
TEAM 1133Fundamentals of Industrial Process, Measurement, and Control6
This course will provide the fundamentals of industrial process, measurement, and control. The course uses industry instrumentation to connect, program and operate process control systems, as they apply to flow and liquid level. Coverage of Instrument tags, diagrams, loop controllers, level control/measurements, and methods of automatic control. Usage of PID Controllers and Flow Transmitters. It is recommended students complete TEAM 1200 prior to taking this course.
This course presents a systematic approach to troubleshooting and start-up of single- and multi-loop control loops. Coverage of how pressure, level, flow, and temperature loops operate to maintain good process control systems. A logical Troubleshooting approach is covered, test equipment, programmable systems, communication circuits, transient problems, and software.
This course will cover Industrial Data communications concepts that are needed to understand, troubleshoot, and maintain both legacy and leading-edge systems. Emphasizing practical functional aspects of common systems, relevant terminology, standards, and protocols including EIA/TIA 232, 485, and IEEE 802. It is recommended students complete support courses or equivalent experience prior to taking this course.
Industrial electronics will cover core concepts applicable to all the various specialty areas of industry. This course will provide a solid industrial/automation electronics foundation and support the wide sector of automation technologies. The course will focus on required electronics for industrial control, motion, sensors, safety, loops, communications, test equipment and troubleshooting.
The Robotics Fundamentals course is an introduction to robotics and applications for industrial robotics or autonomous machines. The technical aspects of industrial robotics are covered; principles of robotics; power supplies, movement systems; sensing, tooling, control systems and maintenance. The course includes safety, industrial applications, end effectors, and vision. It is recommended students complete TEAM 1010and TEAM 1050 prior to taking this course.
The Introduction to Robotics course covers use of an industry 4-axis robotic system, creation of programs for various industry applications, vision and various end of arm tooling. It is recommended that students complete TEAM 1200 prior to taking this course.
The Robot Handling Tools course covers the programming, setup, and troubleshooting of a 6-axis industrial robotics handling tool system as applied to industry applications. It is recommended students complete TEAM 1200 and TEAM 1210 prior to taking this course.
The Robotics Vision course covers the usage of a vision system to support robotics handling tool operations for various industry applications. This course uses and requires skills mastered from the Robot Handling Tools course. It is recommended that students complete TEAM 1220 and TEAM 1210 prior to taking this course.
This course covers the most common types of process control systems, flow and liquid level. To include process control safety, instrument tags, piping and instrumentation diagrams, troubleshooting and level measurement. System control functions such as liquid level control, automatic control methods, basic flow measurement and control, and control loop performance using industry instrumentation. It is recommended that students complete TEAM 1050 prior to taking this course.
This course will require the identification and use of required hardware to build and setup a functional industry system for flow and level control of fluid such as water. The system must meet the stated criteria for flow/level measurement and control. The system will consist of reservoir tanks and industrial control instrumentation such as PID Controllers, Flow Transmitters, and level sensors. It is recommended that students complete TEAM 1050 & TEAM 1520 prior to taking this course.
This course teaches control of three-phase AC electric motors found in industrial applications, starting, reversing, jogging, and motor principles. Coverage of motor selection, diagrams, motor control devices, operation, installation, and troubleshooting. This course includes motor starter circuits, contactors, reduced voltage starting techniques, relays, braking, and variable frequency AC drives. It is recommended that students complete TEAM 1050 & TEAM 1060 prior to taking this course.
This course will require application of concepts learned in the motor course, to include the build and setup of all required hardware for a AC and DC motor control system. Requirements to include performance operation demonstration, safety, seal-in circuits, and forward and reverse operation. The system should comply with industry codes and best practices such as National Electrical Code (NEC). It is recommended that students complete TEAM 1050 & TEAM 1060 prior to taking this course.
This course covers the usage of industry PLC hardware and software, such as Allen Bradley, covering the programming, setup and connection, operation, editing, for PLC motor control and other applications. This course will also cover programming using ladder logic, PLC instruction set, PLC Timers, Counter, Math, Program Control Instructions, Analog/Digital inputs and outputs. It is recommended students complete TEAM 1070 prior to taking this course.
This course covers HMI panels, covering the programming, setup and connection, operation, editing, for basic terminal operation/human machine interface (HMI). The course will use and introduce industry hardware and software. It is recommended that students complete TEAM 2010 prior to taking this course.
This course covers the Allen Bradley Compact Logix, troubleshooting PLC’s , identifying types of PLC faults, use of PLC diagnostics indicators, troubleshoot PLC power supplies, and test and troubleshoot discrete input/out devices. It is recommended that students complete TEAM 2010 & TEAM 2025 prior to taking this course.
This course covers the usage of industry PLC and HMI hardware, as well as software. The capstone will be an industry application project, on the same level as the course lab projects. The course will require the design of a basic PLC project, the setup/wiring of all required PLC hardware and the programming. Documentation and final demonstration of the project will be required. It is recommended that students complete TEAM 2010, 2025 & 2040 prior to taking this course.
This course will cover the procedures and techniques for troubleshooting electrical, motor, and control circuits. To include safety, testing and fault determination and component replacement. Efficiency for making a repair will be covered and tracked for time and cost of repair. It is recommended that students complete TEAM 1050 & TEAM 1060 prior to taking this course.
