Mechatronics for Equipment Maintenance

Launch your career as a mechatronics equipment technician. Build job-ready skills for an in-demand career.

Highlights:

This Unmudl Original is available exclusively on Unmudl. 

• Online, on-demand. Complete at your convenience in 10-12 weeks by learning about 8 hours per week.
• Earn a certificate of completion.

The Mechatronics for Equipment Maintenance course is designed for those with some experience and who are seeking industrial technician and maintenance roles. This course consists of a series of online modules aligned to SACA certification that explore the field of advanced manufacturing. The course provides a comprehensive review of electrical, mechanical, motor control, and pneumatic content. After completing this course, you will be prepared with the fundamental knowledge and skills needed to maintain and troubleshoot equipment in a manufacturing setting. Learners who successfully complete the course will receive a certificate of completion and be prepared to apply for Maintenance Technician roles.

Professionals in the mechatronics field are responsible for installing, maintaining, and repairing machinery and equipment in an industrial setting and can find jobs in high-tech manufacturing facilities, hospitals, hotels/resorts, utility companies, schools, and retail chains. 

This course is eligible for WIOA funds to support your tuition in the Greater Cincinnati Region including Kentucky, Indiana and Ohio, and in Iowa.

• After This Course, You Will Be Able ToDefine Advanced Manufacturing and describe the role of technology in the field
• Explain essential safety procedures and how to perform them on the job
• Describe automated manufacturing processes and the role of predictive maintenance
• Describe and demonstrate how to connect and troubleshoot electrical circuits, conduct circuit analysis, and determine the effect of inductors and capacitors in circuits
• Describe mechanical power system components and demonstrate how to calculate key ratios to make system adjustments
• Describe pneumatic systems, their key components, and approaches to troubleshooting
• Explain electrical motor control processes and functions, the basic operation of programmable controllers, and approaches to troubleshooting
• Apply theoretical principles in virtual maintenance scenarios