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What is Mechatronics? By reading this article, if you are looking for a definition of Mechatronics or, like me, you’re interested in the latest paradigm used in teaching industrial maintenance technology curriculums. Either way, I hope you find this Mechatronics Technology article useful.
Mechatronics has become a major player in many manufacturing processes. Mechatronics is the integration of electrical engineering, mechanical engineering and computer engineering disciplines. These branches unite and work together in planning, commissioning, operation, maintenance and repair of computer manufacturing. I believe that the study Mechatronics will increase because of high automated processes put in place in factories. Because of this increase in automated systems, it is sure to be a growing demand for skilled workers, technicians and engineers in the field of Mechatronics Technology. Therefore, a large number of engineering and engineering schools introduced a Mechatronics curriculum in the past couple of years.
A mechatronics system is “smart systems”. A smart system is a process that is monitored by sensors that feed data to a programmable logic controller, which in turn uses a program to make decisions about what actuators to activate. This is called “closed-loop” system. You can use the drive as an analogy. The brain is the Programmable Logic Controller (PLC), your decisions about speed, acceleration, braking, turning, etc. the program and your eyes and ears are the sensors feeding data to the brain, which in turn uses this input data to make decisions about what actuators, legs for acceleration or braking for example, to activate.
Since the automated manufacturing process uses mechanical actuators, digital electronic sensors and PLC (basically a computer), it goes without saying that the skilled workers needed to operate and maintain these automated systems. Anyone who wants to work with an automated system would do well to start out by studying Mechatronics curriculum. The student must choose courses that includes training in mechanical actuators to include both pneumatic and hydraulic systems, digital electronics such as sensors and system connectivity and Programmable Logic Controllers.
Even though it is very important to learn all aspects of each Mechatronics subject areas, I believe that you can not spend too much time in the PLC area. Just about all potential employers are looking for graduates with a solid foundation in PLC’s. The program will also contain robot training, both computer based and programming a real robot. Spend some time to do a little research before picking a Mechatronics school to meet and I’m sure you’ll do well.
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