Hydraulic and pneumatic transmission
Mechanical innovative design
Circuits and motors
electronic technique
Principle and interface technology of single chip microcomputer
Electrical control and PLC application
Sensor application
Public politics, college Chinese, foreign languages, advanced mathematics, mechanical drawing, engineering mechanics (machine), mechanical design foundation, mechanical manufacturing, electrical technology foundation, electronic technology foundation, microcomputer principle and interface technology, numerical control technology and application, programmable controller principle and application, automatic control system and field application.
There are some differences between different schools for reference only.
Question 2: What are the main courses of mechatronics? Main courses: engineering graphics (including AutoCAD), computer foundation, engineering mechanics, engineering materials science, mechanical design foundation, Pro/E, interchangeability and technical measurement, electrician and analog electronic technology, digital electronic technology, mechanical manufacturing foundation, electromechanical transmission and control, mechanical manufacturing technology, numerical control technology, PLC principle and application, single chip microcomputer principle and application, electronic CAD, electromechanical integration system design, etc.
Question 3: What are the courses of mechatronics in universities? Main courses: mechanical drawing, electrical and electronic technology, microcomputer principle and application, mechanical foundation, tolerance fit and technical measurement, motor and drag foundation, automatic control technology, numerical control equipment and maintenance, detection and conversion technology, technology and quality management, electrical equipment and programmable controller, electronic circuit CAD, etc. Employment orientation: 1. On-site technicians of electromechanical manufacturing enterprises: mainly engaged in the development, design and manufacture of electromechanical integrated products; Assembly, debugging and quality inspection of mechanical, electrical and electronic products; Operation, maintenance and maintenance of advanced equipment; 2. On-site technicians of electromechanical equipment enterprises and testing centers: mainly engaged in technical transformation, installation, operation and debugging, maintenance and overhaul of electromechanical equipment, automation equipment and production lines; 3. Workshop management and after-sales technical service personnel of electromechanical manufacturing enterprises: mainly engaged in production management, technical management and after-sales technical service. Vocational skills: 1. Master the basic theory of electromechanical technology; 2. Have the comprehensive application ability of mechanical, electronic and electrical engineering; 3. Be able to carry out operation and maintenance, operation control and technical transformation of electromechanical integration equipment and automation system; 4. Have the ability to debug and maintain electromechanical integration equipment, automation systems and computer applications; 5. Have the ability of workshop production, technical management and after-sales technical service; 6. Have the ability to read mechanical and electrical English materials and communicate orally in English. 7. Have electrician certificate and electrician intermediate certificate.
Question 4: What are the specific courses for mechatronics majors? Advanced mathematics, English, engineering mechanics, mechanical design, electrician and electronics, computer, interchangeability and measurement technology, hydraulic transmission.
Electrical control and PLC application, CNC maintenance, etc. College English requires CET-3 or above.
Question 5: What courses should I take in mechatronics? The mechatronics course should have the following contents:
Mechanics, electronics, control, and even optics and chemistry.
Specifically:
Mechanical aspects: mechanical drawing, mechanical manufacturing, mechanical design, mechanical principle, tolerance and cooperation, etc.
Transmission: hydraulic, pneumatic, electrically driven mechanical transmission (including in mechanical principle or mechanical design) servo transmission.
Electronics: electrotechnics, electronics, etc.
Control categories: automatic control principle, PLC, single chip microcomputer, assembly language, high-level language, computer principle and interface, data processing, computer network control and of course sensors.
Electromechanical integration is actually automation and intelligence. The mechanical body is like the human body, and the control parts such as PLC and MCU are like the human brain. Sensors are human eyes and other senses, and the executive structure is human hands and feet.
Electromechanical integration is a major involving many disciplines, and it is impossible to learn it well in a short time. We must constantly sum up in practice and work.
However, if you want to get a job, I will tell you the skills you need to master:
Can understand mechanical drawing, can draw mechanical drawing, can understand and draw liquid schematic diagram, can understand and draw electrical schematic diagram, can process some basic workpieces, mainly to master mechanical manufacturing methods and basic skills, it is best to go back and use software such as PRO-E, because some work will be used.
Question 6: What courses do mechanical and electrical majors need to study? (1) Mechanical technology Mechanical technology is the foundation of mechatronics. The key point of mechanical technology lies in how to adapt to electromechanical integration technology, use other high-tech to update ideas, realize the changes of structure, material and performance, and meet the requirements of reducing weight, reducing volume, improving accuracy, improving stiffness and improving performance. In the manufacturing process of mechatronics system, the classical mechanical theory and technology should use computer-aided technology, artificial intelligence and expert system to form a new generation of mechanical manufacturing technology.
(2) Computer and information technology
Among them, information exchange, access, operation, judgment and decision-making, artificial intelligence technology, expert system technology and neural network technology all belong to computer information processing technology.
(3) System technology
System technology is to organize and apply various related technologies with the concept of the whole, and decompose the whole into several interrelated functional units from the perspective of the whole and the system goal. Interface technology is an important aspect of system technology and the guarantee to realize the organic connection of all parts of the system.
(4) Automatic control technology
It covers a wide range. Under the guidance of control theory, the system design, system simulation after design and field debugging are carried out. Control technologies include high-precision positioning control, speed control, adaptive control, self-diagnosis and correction, compensation, copying and retrieval.
(5) Sensing detection technology
Sensing detection technology is the sensory organ of the system and the key link to realize automatic control and adjustment. The stronger its function, the higher the degree of automation of the system. Modern engineering requires that sensors can obtain information quickly and accurately, and can withstand the test of harsh environment, which is the guarantee for the electromechanical integration system to reach a high level.
(6) Servo transmission technology includes various types of transmission devices, such as electric, pneumatic and hydraulic. Servo system is a device and component that realizes the conversion from electrical signal to mechanical action, which has a decisive influence on the dynamic performance, control quality and function of the system.
2. Mechatronics major
(1) Training objectives:
This major trains middle-level engineering and technical personnel who have all-round development in morality, intelligence, physique, aesthetics and labor, have the basic theory of mechanical, electrical and hydraulic (pneumatic) integration technology, master the operation, maintenance, debugging and repair of electromechanical integration equipment, and master the basic methods and skills of applying process design and processing technology of electromechanical integration equipment.
(2) Main courses:
Electrical technology, electronic technology, mechanical design foundation, machining machine tools, machining technology, hydraulic and pneumatic technology, detection technology, numerical control technology, electrical control technology, principle and application of single chip microcomputer, programmable controller and application, mechatronics system and design, etc. , so understand?
Question 7: What is the content of mechatronics? The integration of household appliances is a subject that integrates mechanical and electronic circuits. The subjects studied are: electronic technology, mechanical drawing, mechanical design, engineering mechanics, CAD\CAM, mathematics, English, politics, metalworking practice (including welder, fitter, electrician, numerical control, etc. This is an earlier topic and a new topic established in recent years to develop national basic industries.
Question 8: What is the most important major in mechatronics? I am a senior majoring in mechanical and electrical engineering. According to the job hunting situation in our class this year, mechanical manufacturing is much more popular than ours. I suggest you learn basic mechanical manufacturing, mechanical design (because we are mechatronics, but we are partial) and specialized courses well. By the way, I don't know if you can learn PLC, but you must learn it well, which will be very useful in the future.
Question 9: What courses should the mechatronics major take? Serial Number Course Code Course Name Credit
Outline of China's Modern History II.
203709 Introduction to the Basic Principles of Marxism 4
3000 15 English II 14
400420 Physics (Engineering) 5
0042 1 physics (engineering) (practice) 1
502 194 Engineering Economy 4
602 197 Probability Theory and Mathematical Statistics (2) 3
702 199 complex variable function and integral transformation 3
802200 Modern Design Method 5
0220 1 modern design method (practice) 1
902202 sensor and detection technology 4
02203 sensor and detection technology (practice) 1
1002238 analog, digital and power electronics technology
02239 Analog, Digital and Power Electronics Technology (Practice) 1
1 102240 mechanical engineering control foundation 4
120224 1 industrial microcomputer 4
02242 industrial microcomputer (internship) 1
1302243 computer software foundation (1) 4
02244 Computer Software Foundation (1) (Practice) 1
1402245 mechatronics system design 5
02246 mechatronics system design (practice) 1
02247 mechatronics system design (design) 4
1506999 graduation project (internship)
Total credits 80
Question 10: What are the courses of mechatronics for undergraduates now? Electromechanical integration undergraduate courses are generally:
03708 Outline of Modern History of China
Introduction to 03709 Basic Principles of Marxism
000 15 English (2)
00420 Physics (Engineering), Physics (Engineering) (Practice)
Complex variable function and integral transformation.
02 197 probability theory and mathematical statistics (2)
02243 Computer Software Foundation (1), Computer Software Foundation (1) (Internship)
02238 Analog, Digital and Power Electronics Technology, Analog, Digital and Power Electronics Technology (Internship)
02240 Mechanical Engineering Control Basis
02202 sensor and detection technology, sensor and detection technology (internship)
0224 1 industrial microcomputer, industrial microcomputer (internship)
02 194 engineering economy
02200 Modern design method, modern design method (practice)
02245 mechatronics system design, mechatronics system design (internship), mechatronics system design (design)
If you study by yourself, you'd better choose self-taught textbooks, which are convenient to buy and suitable for self-study.
Outline of Modern History of China (2008 Edition) Ideological and Political Theory Course Wang Shunsheng and Lijie Higher Education Press.
Introduction to the Basic Principles of Marxism (2008 edition) Wei Xinghua and Zhao Jiaxiang Peking University Publishing House.
College English Self-study Course (Volume I and Volume II) 99/98 Edition Gaoyuan Higher Education Press
Physics (Engineering) 2007 Edition Wu Machinery Industry Press
Complex Function and Integral Transformation, 2000 Edition He Caixing Sun Hongxiang Liu Liaoning University Press
Probability and Mathematical Statistics (2006 Edition) He Caixing Sun Hongxiang Liu Liaoning University Press
Fundamentals of Computer Software (2007 Edition) Cui Junkai Machinery Industry Press
Analog, Digital and Power Electronic Technology (Volume I and Volume II) 1999 Edition Yu Mengchang Machinery Industry Press
Fundamentals of Mechanical Engineering Control (Revised Edition) 1999 Edition Chen Kangning Xi Jiaotong University Press
Sensors and Detection Technology (2000 Edition) Zhang Jianmin Machinery Industry Press.
Industrial Microcomputer (2000) Zhao Changde Machinery Industry Press
Chen Xipu Machinery Industry Press, Engineering Economics, 2000.
Modern Design Method (2000) Ying Jinchun Machinery Industry Press
Design of Mechatronics System (2007 Edition) Dong Jingxin Machinery Industry Press