Mechatronics refers to the organic integration of mechanical technology, electronic technology, computer technology, automatic control technology, etc., to achieve mutual coordination and cooperation between mechanical equipment and electronic equipment, so as to improve the performance and efficiency of the whole system. The postgraduate entrance examination is an important way for many students to continue their studies, and mechatronics, as a comprehensive and widely used discipline, has also attracted much attention. This article will introduce the direction of mechatronics postgraduate examination in detail to help students better understand the research field and development direction of this discipline.
1. Machinery manufacturing and automation.
Machinery manufacturing and automation is one of the important directions of mechatronics. This direction mainly studies the knowledge and technology of machinery manufacturing process, mechanical equipment design, mechanical equipment automation, etc. Students need to master the basic theoretical and practical skills of mechanical design, mechanical manufacturing, automation control and other disciplines, and be able to engage in the research, development and application of mechanical manufacturing and automation.
2. Mechatronic Engineering.
Mechatronic engineering is also one of the important directions for mechatronics postgraduate examination. This direction mainly studies the knowledge and technology of the coordination and cooperation between mechanical equipment and electronic equipment, as well as the integration of mechanical equipment and electronic control systems. Students need to master the basic theoretical and practical skills of mechanical, electronic, computer and other disciplines, and be able to engage in research, development and application in the field of mechatronic engineering.
3. Control Theory and Control Engineering.
Control theory and control engineering is one of the core directions of mechatronics postgraduate examination. This direction mainly studies the knowledge and technology of automatic control theory, modern control engineering, intelligent control, etc. Students need to master the basic theory and practical skills of control theory, signal processing, computer control and other disciplines, and be able to engage in the design, development and application of control systems.
Fourth, testing technology and automation devices.
Testing technology and automation devices are also one of the important directions of mechatronics postgraduate examination. This direction mainly studies the knowledge and technology of detection technology, sensor technology, automation devices, etc. Students need to master the basic theoretical and practical skills of testing technology, electronic technology, automation control and other disciplines, and be able to engage in the research, development and application of testing technology and automation devices.
5. Intelligent robot technology.
Intelligent robot technology is one of the emerging directions of mechatronics postgraduate examination. This direction mainly studies the knowledge and technology of intelligent robot design, manufacturing, control and application. Students need to master the basic theoretical and practical skills of mechanical design, electronic technology, computer control, artificial intelligence and other disciplines, and be able to engage in the research, development and application of intelligent robotics.
6. Industrial Design and Engineering.
Industrial design and engineering is also an important direction for mechatronics postgraduate examination. This direction focuses on the knowledge and technology of the design, manufacture and engineering application of industrial products. Students need to master the basic theoretical and practical skills of industrial design, mechanical design, materials science and other disciplines, and be able to engage in the design, manufacture and engineering application of industrial products.
Summary: The above are the main directions of mechatronics postgraduate examination, including mechanical manufacturing and automation, mechatronic engineering, control theory and control engineering, testing technology and automation devices, intelligent robotics and industrial design and engineering. These pathways require students to have a solid foundation in the discipline and good practical ability, and be able to apply professional knowledge to solve practical engineering problems. When choosing a postgraduate direction, students can choose according to their own interests and research directions, and formulate appropriate study plans and preparation strategies based on Xi the actual situation. 100 help plan