Working conditions of mechatronics technology?

"One" What is suitable for mechatronics major

What is suitable for mechatronics major:

1. Main jobs: installation, commissioning, maintenance, sales and capacity management of mechatronics equipment; Numerical control modification of common machine tools, etc.

2. Secondary jobs: design, production, transformation and technical services of mechatronics products.

mechatronics major is a wide-caliber major with a wide range of applications. During the school period, students will not only learn all kinds of theoretical knowledge such as machinery, electrician and electronics, computer technology, control technology, detection and sensing, but also participate in various skills training and national vocational qualification certificate examination, which fully reflects the characteristics of attaching importance to skills training. After graduation, students are mainly engaged in processing and manufacturing, household appliances production and after-sales service, use and maintenance of CNC machining machine tools and equipment, property automation management system, mechanical and electrical product design, production, transformation, technical support and installation, debugging, maintenance, sales, operation and management of mechanical and electrical equipment, etc.

"II" What is the main work of mechatronics

Many people need mechatronics talents, such as elevators, high-speed rail, hoists, boiler control, online monitoring, CNC machine tools, steel mills, etc., as well as the automation control of some small machinery and equipment

"III" What can mechatronics do

Graduates can work in mechanical design, manufacturing and equipment industries, mold manufacturing, etc.

"IV" What are the jobs of mechatronics major (junior college)

The jobs that mechatronics major can engage in are: technical and management work such as maintenance, debugging, operation, manufacturing, installation and marketing of numerical control equipment.

The main adaptable positions and employment directions are:

1. Technical work in installation, debugging, production operation and maintenance of numerical control equipment;

2, engaged in the programming and operation of CNC equipment (CNC lathes, CNC milling machines, machining centers and other CNC equipment);

3. Engaged in technical transformation, technical innovation, electrical maintenance, sales and after-sales service of numerical control equipment.

Training requirements:

This major trains advanced professionals with all-round development in morality, intelligence, physique and aesthetics, with entrepreneurial and innovative spirit and good professional ethics, and masters the basic theories and professional knowledge of mechanical technology and electrical technology;

First-line high-tech applied talents with corresponding practical skills and strong practical working ability, who are proficient in the application, maintenance, installation, debugging, sales and management of mechatronics products and equipment.

(4) Extended reading of working conditions of mechatronics technology

The mechatronics major is a wide-caliber major with a wide range of applications. During school, students will not only learn all kinds of theoretical knowledge such as machinery, electrician and electronics, computer technology, control technology, detection and sensing, but also participate in various skills training and national vocational qualification certificate examination, which fully reflects the characteristics of attaching importance to skills training.

after graduation, students mainly face enterprises and companies in the Pearl River Delta, engaged in processing and manufacturing, home appliance production and after-sales service, use and maintenance of CNC machining machine tools and equipment, property automation management system, mechanical and electrical product design, production, transformation, technical support, and installation, debugging, maintenance, sales, operation and management of mechanical and electrical equipment.

There are a lot of high-paying jobs in first-line enterprises in Shenzhen, such as Foxconn, Samsung and Huawei, and the employment prospects are very broad.

What are the related work of mechatronics?

Training objectives:

This major trains highly skilled talents who have a good theoretical foundation and strong hands-on ability, master basic theoretical and practical skills such as system technology, computer and processing technology, automatic control technology, detection and sensing technology, servo drive and mechanical technology, and are qualified for the first line of mechatronics equipment production, operation and management.

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 direction:

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 in 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 comprehensive application ability in mechanical, electronic and electrical engineering;

3.

Capable of operation and maintenance, operation control and technical transformation of electromechanical integration equipment and automation system

;

4.

Have the ability of debugging, overhaul and computer application of mechatronics equipment and automation system;

5.

Capable of workshop production, technical management and after-sales technical service;

6. Have the ability to read mechanical and electrical English materials and communicate in spoken English.

7.

Have electrician certificate and electrician intermediate certificate.

What can the mechatronics major of "Lu" study do in the future?

Mechano-electronic integration focuses on electronic hardware, computer programs or software to control machinery, which is different from the previous mechanical engineering major that seldom touched on electronics. Among them, the more familiar mechatronics product is robot, and its technology will also be applied to the mechanical arm and production line automation used in industrial production. Not only in industrial production, but also in general, we often come into contact with it, such as small robotic arms for microvascular surgery in vivo, as large as space shuttles and space stations. At present, many inherent products have begun to add automatic control components, such as automobiles and railways. Introduction to the main courses of mechatronics major 1. Fundamentals of mechanical design Master the design principles and methods of general mechanical parts and the general laws of mechanical design, have the ability to select general mechanical transmission devices and initially design simple machinery, and have the ability to use standards, specifications, manuals, atlases and access to relevant technical materials. It is a basic technical course of mechatronics major. This course lays a foundation for students to solve mechanical and technical problems in their future work. 2. The basic course of engineering materials and mechanism should meet the following requirements: master the basic knowledge of mechanical processing technology, the basic principles, characteristics and application scope of main processing methods. Familiar with the basic knowledge of formulating machining process regulations. Have the preliminary ability to determine the machining method of parts and formulate the machining process specification of typical parts. Have the preliminary ability to comprehensively apply process knowledge and analyze the manufacturability of parts cutting and assembly structure. Familiar with the composition, structure, processing technology and properties of commonly used mechanical engineering materials and their changing laws. 3. Electronic technology should master the basic principles and analysis methods of analog circuits and digital circuits, and be familiar with the basic knowledge of semiconductors, diodes, triodes, field effect transistors, amplifier circuits, negative feedback amplifier circuits, integrated amplifier circuits, linear and nonlinear applications of integrated operational amplifier circuits, waveform generation circuits, power amplifier circuits, digital logic foundation, logic gate circuits and D\A and A\D conversion circuits. 4. Programmable controller Programmable controller is a new and universal automatic control device based on microprocessor and integrating computer control technology and communication technology, which has been widely used in industrial production recently. This course is a compulsory course for mechanical and electrical engineering technology specialty. Through learning, students can master the hardware and software resources of PLC and its simple system design, laying a good foundation for students' specific application in production in the future. 5, single chip microcomputer and interface technology to understand the composition and structure of microcomputer, familiar with and master the microcomputer instruction system and assembler programming method. Familiar with the use of extended memory, input and output circuits AD and DA, and interface circuits, with the ability to analyze and debug assembler and simple system hardware. From the perspective of application, students can master the basic composition, working principle, basic interface and interface expansion method of single chip microcomputer in theory and practice. Make students have the preliminary development ability of hardware and software of single chip microcomputer application system after learning. 6, CNC machine tools and programming to understand the basic composition and working principle of CNC machine tools, familiar with the mechanical structure of CNC machine tools, master the typical mechanical transmission and control of CNC machine tool motion interpolation principle and tool compensation operation. Understand the general method of NC programming, be familiar with NC programming instructions, be able to perform necessary process analysis and trajectory calculation for mechanical parts that need programming, and be able to perform NC programming for typical machined parts. 7. Servo System and Machine Tool Electrical Control This course is a compulsory course for mechatronics majors. Let students know the working principle of electric drive system of machine tools, design simple calculation methods, improve the ability to analyze and interpret specific control systems, and lay the foundation for fully mastering the control and working principle of machine tools. 8, CNC machine tool fault analysis and maintenance to understand and master the common faults of CNC machine tools, familiar with a variety of causes of failure. Master the common equipment, instruments and means needed for fault analysis of CNC machine tools and the maintenance methods of common faults of CNC machine tools, and be familiar with the parameter adjustment methods of typical CNC systems. Master the ability to judge the damaged circuit. 9. "Engineering Mechanics" is a technical basic course for mechanical and electrical engineering technology, which provides the necessary theoretical basis for mechanical motion analysis and strength analysis of professional equipment. Through the study of this course, students can understand and master the basic concepts, principles and methods of mechanics, and pay attention to the application of theory in engineering practice, so as to cultivate students' ability to analyze and solve problems. 1, "Electrical Technology" course This course is a professional basic course for students majoring in mechatronics. Through the study of this course, students should master the basic knowledge of circuits, such as common motors, relay-contactor control, electrical measurement, etc., and at the same time pay attention to cultivating students' practical ability, emphasizing the rationality and systematicness of important contents. 11. The engineering drawing of descriptive geometry and mechanical drawing course is known as "the language of engineering", which is an important tool for scientific and technological workers to express and exchange technical ideas and an important technical document of engineering technology. This course is a basic technical course, which studies the theory and method of drawing engineering drawings by projection method. Its main purpose is to cultivate the basic skills of drawing and reading pictures and the ability of spatial imagination. 12. Computer Drawing Computer drawing is a new technology to adapt to modernization. In this course, every student should have a preliminary understanding of computer drawing and its development significance, and basically master the two-dimensional drawing method of AutoCAD software. 13. Fundamentals of Hydraulic Pneumatic Technology This course is a professional technical basic course for mechatronics professionals and a compulsory course for engineers and technicians. Through the study of this course, mechanical technicians can obtain the necessary basic knowledge of hydraulic transmission, be familiar with the characteristics of hydraulic control valves and have the design ability for simple hydraulic circuits. The requirement of ability training makes students have the ability to design simple hydraulic system through theoretical teaching; Ability to analyze the working principle of typical hydraulic system; Ability to use hydraulic control valve correctly. Master the basic knowledge of fluid mechanics. Master the concept of fluid transmission. Focus on the working principle of hydraulic pump and hydraulic motor, the conduction principle of one-way valve and hydraulically controlled one-way valve, and the common basic circuits. Understand pneumatic components. 14. Engineering Detection Technology "Engineering Detection Technology" is a basic technical course for mechatronics majors, emphasizing the basic theory, basic means and basic skills that constitute the signal flow in dynamic testing. Through the study of this course, students can choose the test device correctly and master the basic theory, knowledge and skills needed for dynamic testing.

What do you do when you graduate from the electromechanical integration major?

As a graduate of the electromechanical integration major, I want to say that the hardware facilities, teaching conditions and professional focus of each school are also different. Some schools attach importance to the development of machinery, while some schools attach importance to electrical aspects, but they still have to learn by themselves. After graduation, they can do CNC lathes, mechanical maintenance, electrical maintenance, PLC, etc. However, generally speaking, there are many people who change careers, so it is recommended to learn more about design, CAD,CROE and other two-dimensional or three-dimensional drawing software.

What to do after graduation from the electromechanical integration technology major

1. Employment post group:

The electromechanical integration technology major has a wide range of applications. Graduates can mainly engage in technical and management work such as maintenance, debugging, operation, manufacturing, installation and marketing of CNC equipment, with a large number of jobs. The main adaptable positions and employment directions are:

1) Technical work in installation, debugging, production operation and maintenance of numerical control equipment;

2) Engaged in programming and operation of CNC equipment (CNC lathes, CNC milling machines, machining centers and other CNC equipment);

3) engaged in technical transformation, technical innovation, electrical maintenance, sales and after-sales service of CNC equipment.

2. Professional core competence:

A. Mastering the maintenance ability of typical numerical control equipment;

b, master the operation ability of typical numerical control equipment.

3. The core courses of this major include: hydraulic and pneumatic technology, mechanical manufacturing technology and tooling, CNC principle and system, CNC machining technology and programming module, CNC machine tool mechanical structure, CNC machine tool electrical control, CNC machine tool fault diagnosis and maintenance module, CAD/CAM application technology, Solidworks, electric drive and motor principle and structure. What can I do after graduation?

Now that the college entrance examination is over, many candidates have found their own scores. Moreover, some of their grades are better and some are worse, so everyone will face different choices in the future. Especially in employment, the future educational channels may be different. So in order to make up for this difference, many students want to make up for their lack of ability in this area through a relatively good major.

Some boys, in particular, can apply for this major if they like mechanical manufacturing or some science and engineering subjects. I think this major can bring students strong practical ability and practical ability, and it will have a great advantage in future employment. And the working environment may be more stable after work, because some heavy industrial enterprises have their own