Industry Information

Electromechanical equipment installation projectsIn fact, it is an interdisciplinary major of electromechanical disciplines. In the electromechanical equipment installation engineering course, most courses are fundamentally based on mechatronic disciplines. Besides advanced mathematics and university physics that engineering students study, you should have the distinction of studying both mechanical and electronic engineering. These courses should be structured according to the university's training program or major offerings. If the research in the electromechanical major at this school applies mechanical knowledge more, the proportion of mechanical majors is larger, while those of electronics majors are larger.

You might ask: you want both. Have you learned a lot? Yes, it will be slightly higher than the total credits in mechanical or electronic engineering (average academic performance represents the number of class hours), but there will be no additional credits. Mechatronics is not about completing the specialized courses of two majors; you only study the most fundamental and closely related aspects of both. For example, the electronics major fundamentally imitates electronic skills and digital electronic skills. Although many electronics students say it is difficult to learn, mechatronics students focus on the most fundamental and commonly used content when studying these two courses. The foundational courses for the Mechanical and Mechanical majors are basically the same as those for mechanical students, including mechanical principles, mechanical design, and mechanical manufacturing engineering.

The electromechanical equipment installation engineering mentioned above is a foundational course for the electromechanical major, followed by the electromechanical professional course. In fact, if you master the foundational courses in mechanics and electronics, you'll find them very brief. Undergraduate courses in the Mechatronics major include fundamentals of control engineering, electromechanical transmission and control, and computer measurement and control skills. Most of these courses are based on the professional foundations of the two disciplines mentioned above. While studying, you will find that a course applies to both areas simultaneously, giving a sense of inductive review. Of course, these specialized courses are not only related to the previous content, but also offer many unique features.

After all this, the electromechanical equipment installation engineering major is actually meant to help us understand the basics of electronic machinery, and also to show you how to achieve intelligent mechanical control through electromechanical engineering, and how to automate and intelligently realize automation through electronic measurement, control, and feedback skills. This is just the most brief summary and does not mean that all courses have this feature. Different campuses have different training programs for related majors, so some subjects have different requirements.

Then,Electromechanical equipment installation projectsOur campus divides majors into two directions. In fact, these two directions help you choose between electronics and mechanics when studying electromechanical equipment installation engineering. Measurement and control directions are electronic, while mechatronics is mechanical. Actually, these two directions aren't much different—just some distinct professional courses. For example, students in the measurement and control track should study optoelectronic control principles and intelligent inspection skills, while students in the integration track should study electromechanical numerical control skills, electromechanical transmission and control.