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Automation, Robotics and Mechatronics A.A.S. (Plan 24ZD)

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Engineering, Math & Physical Sciences Division Career Degree or Certificate AAS - Associate in Applied Science Degree

Award Type

Associate in Applied Science A.A.S.

Catalog Description

The automation, robotics, and mechatronics field combines mechanics, electronics and computer technologies to create “smart” products that improve lives in countless ways. Mechatronics technicians help design, install, maintain and repair industrial equipment and a wide variety of machinery and appliances used in businesses and at home. These range from personal and industrial robots to artificial limbs, automatic teller machines (ATMs) and hybrid cars—just to name a few. A holder of an associate degree in Mechatronics can manage, investigate, repair and troubleshoot mechatronic and process control systems along with optimizing systems for efficiency and cost effectiveness. A mechatronics technician can work in workshops, design labs, production facilities, and in field service locations. Graduates of this program are hired in various settings as Mechatronics Technicians, Robotics Technicians, Electro-mechanical Technicians, Automation Technicians, and Maintenance and Repair Technicians. Job skills include, but are not limited to: assembling and installing mechatronic tools and hardware systems; installing, implementing and modifying software tools used in mechatronics systems; using troubleshooting skills to identify, foresee, and prevent possible problems with an automated system; programming mechatronic modules and systems using Programmable Logic Controllers (PLCs); implementing PLC networks, including configuration and data transfer using bus systems; applying knowledge of process control technology to automated systems; and managing and influencing cost control and process efficiency procedures for automated systems.

Once the program has been completed, students should be able to:

Troubleshoot and repair basic mechanical system problems.

Troubleshoot basic electrical systems, motor control systems, and variable-frequency AC drive systems.

Program basic ladder logic instructions into programmable logic controllers to include timers, counters, program control, math functions, sequencers, and shift register instructions.

Program traditional robots and collaborative robots.

Analyze and design fluid power system circuits.

Perform electrical wiring and troubleshooting, mechanical troubleshooting, and the programming of programmable logic controllers to integrate robots, vision systems, motor starters, sensors, and other electronics into an industrial flexible manufacturing system.

Manage a manufacturing process in a team environment under manufacturing constraints.for efficiency and cost-effectiveness.

Establish closed loop process controller operating parameters and demonstrate the difference between the types of controllers that are typically used in mechatronic process control systems.

Analyze mechatronics systems in terms of force systems, equilibrium, translation, rotation, friction, stress, strain, and wear analysis.

Total Hours for Completion

63-65

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