FREE TRIAL Mechatronics for Equipment Maintenance

Explore the high demand field of mechatronics. This free trial includes video content and two learning modules. You have a 14-day window from the time of enrollment to complete this free trial course, after which access to the course material will expire. For further information about the course, or any Unmudl course, please contact Unmudl Learner Support.

Following successful completion of the FREE TRIAL course, check out our Mechatronics for Equipment Maintenance course. The course is self-paced and offered online. It gives a thorough overview of the fundamentals of mechatronics and is intended for learners with some experience who are interested in industrial and maintenance roles and a career in mechatronics.

This course is aligned to SACA certification and explores the field of advanced manufacturing, including electrical, mechanical, motor control, and pneumatic content.

The course takes approximately 85 hours to complete, and learners can work at their own pace. A learner who spends 8 hours a week on this course will complete the course in approximately 10-11 weeks.

Next, put your knowledge to work with the Mechatronics and Robotics Maintenance: Virtual Lab, which includes troubleshooting, simulations for hands-on practice, and robotics content. In select locations, you may find a Mechatronics and Robotics Maintenance In-Person Lab course. To find out if your area is offering an In-Person Lab course or get notified when an In-Person Lab course is available, click here.

• Define 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