Are there any seniors majoring in industrial robots?

1. The structure and principle of industrial robots.

The hardware structure of industrial robots is generally composed of 3-6 servo drive systems to complete a variety of actions, and the control of industrial robots is essentially to control the forward, reverse, fast or slow rotation of several motors, which I believe is understandable to everyone. So people who have learned electrical control understand that in order to control these motors to act according to your intentions, Huibang Industrial Robot Training naturally needs a device similar to PLC as a control platform to write programs for you, and a human-machine interface similar to a touch screen is used to give orders. The "PLC" here is the integrated controller of the robot, and the "touch screen" is the teaching pendant.

Many people only know to learn industrial robot maintenance, operation, debugging, but do not understand the structure and principle of industrial robots, and even confuse industrial robots with other service robots, industrial robots are mainly used in the field of industrial automation, the original cumbersome technical repetitive operation work with robots to replace, not only high efficiency, errors are also greatly reduced.

2. Industrial robot system integration.

In the entire industrial robot industry, the value of the robot ontology roughly accounts for 1 3, so the other 2 3 went **? These 2 3 are mainly occupied by integrated equipment and industrial software around the robot. As we all know, industrial robots are more and more like a standard part, in order to use industrial robots flexibly according to the actual scene, it is necessary to cooperate with peripheral equipment and industrial software, industrial robots are not isolated work, a robot workstation is connected with other equipment, such as automotive automation lines, first welding robot operation and then grinding and polishing process and then assembly, etc., if you can understand the integration of the project, the natural future is immeasurable, which requires the accumulation of time and the precipitation of the platform!

I'm from a related industry, do you have any questions?

It's still relatively easy to find, and the prospects are good. Industrial robots are widely used in the industrial field of multi-joint manipulators or multi-degree of freedom machine devices, with a certain degree of automaticity, can rely on their own power energy and control capabilities to achieve a variety of industrial processing and manufacturing functions. Industrial robots are widely used in various industrial fields such as electronics, logistics, and chemical industry.

High productivity and safety.

Manipulator, as the name suggests, is a manipulator produced by imitating the shape of a human hand, and the time it takes to produce a product is fixed. During the same life cycle, the output of the robot is also fixed and will not fluctuate. And the production time of each mold of the product is fixed, the product yield is also high, and the use of robot production is more in line with the interests of the boss.

It is still quite easy to find a job in the robot profession, but there are many kinds of job directions, and the treatment will be quite different in different positions and different companies.

Direction of employment. After graduation, students majoring in robotics can engage in robot production, and this direction is mainly engaged in robot assembly, sales, and after-sales support in robot production enterprises. Technical and marketing jobs, the job prospects in this direction are very good.

Robot maintenance is also an employment direction for robot graduates, which is mainly engaged in robot on-site programming, debugging, operation and maintenance, fault diagnosis, after-sales service, etc., and the employment prospects in this direction are good.

The employment scope of intelligent industrial robots is not only limited to enterprises facing industrial robot technology, but also includes upstream and downstream enterprises related to each other, as well as the corresponding first-class business enterprises, which are the employment scope of intelligent industrial robots, professionals are indispensable in smart water conservancy, smart agriculture, smart sanitation, smart urban management and so on. At the same time, the construction of smart mines and intelligent coal mines, as the "new engine" for the high-quality development of the coal industry in Shanxi Province, is in urgent need of relevant employees. The new professional industrial robot system operators and operation and maintenance personnel corresponding to this major have a talent gap of 1.25 million.

There are two main employment positions for students after graduation, one is to engage in technical positions, such as robot operation and maintenance and management, robot maintenance and commissioning, robot workstation design and installation, etc. The second is non-technical positions, such as robot sales engineers, after-sales customer service, etc. You can also work in mine design, production, construction, organization and management units, and after graduation, you can engage in intelligent mining construction, production organization, technical management and safety management.

1. Major in industrial robot technology.

Employment prospects. At present, many enterprises have faced the phenomenon of "technical labor shortage", a large number of lack of technical personnel for debugging, programming and operating industrial robots, and the professional types of industrial robot technology include: welding, grinding and polishing, spraying, sorting, palletizing, engraving and other categories.

Robotics is a complex system engineering, which requires the cooperation of talents from all aspects, such as: machinery, electronics, communications, automation, etc., and will also involve physics, chemistry and other disciplines. There is a shortage of these types of talents, so the employment prospects of this major are very good.

2. Various types of work.

Learning industrial robot technology, you can be engaged in the installation, commissioning and maintenance, repair and other work of industrial robots, at the same time, robot manufacturing enterprises need a large number of manufacturing, programming and commissioning, installation and maintenance, sales and other work content also needs a large number of technical service personnel. This is also a new opportunity for many college students and people in the society, and it is undoubtedly an opportunity for those who want to change careers, have a low salary, have little room for improvement, and have no skills.

3. The future potential is unlimited.

China's industrial robot market has continued to perform strongly in recent years, and the Pearl River Delta.

The demand for robots in coastal areas such as the Yangtze River Delta is very large, such as: Donghe, Donghaoguan, Changzhou, Suzhou, Kunshan, Foshan, Guangzhou, Chongqing and other manufacturing cities. The development of the industry urgently needs a large number of high-quality and high-skilled professionals, and the shortage of talents has become the bottleneck of industrial development.

4. High salary.

At present, domestic robot ontology enterprises, robot application enterprises, and integration enterprises are vigorously recruiting robot application engineers, which makes this part of the students very sought-after.

These companies include not only Gree, Huawei, Midea, and BYD.

Foxconn and other well-known enterprises. According to industry sources, there is a monthly salary of more than 8000 10000 with more than one to two years of work experience. The monthly salary of senior project engineers engaged in the transformation of flexible production lines can exceed 2w.

Industrial robots have undergraduate majors, industrial robots, as an irreplaceable important equipment and means in the advanced manufacturing industry, have become an important symbol to measure the level of a country's manufacturing industry and science and technology. At present, China is in an important period of accelerating transformation and upgrading, and the robot industry with industrial robots as the main body is an important path choice to solve the rising industrial costs and environmental constraints in China.

China's industrial robot market has continued to perform strongly in recent years, and the market capacity has been expanding. The boom of industrial robots has led to the construction of new robot industrial parks. So far, Shanghai, Xuzhou, Changzhou, Kunshan, Harbin, Tangshan and Qingdao have started to build robot industrial parks.

The development of the industry urgently needs a large number of high-quality and high-skilled professionals, and the shortage of talents has become a bottleneck for industrial development.

Is it easy to find a job by learning industrial machine manual: easy to find a job by learning industrial robots The details are as follows You look at learning industrial robots to get a good job. The industrial robot industry is in the wind, and the employment prospects are very good in the future.

After all, China wants to promote the development of China's intelligent manufacturing and industry. Those who can enter this industry will definitely have a bright future in the future. In addition, more and more 3D vision and force sensors will be used in robots, and robots will become more and more intelligent.

With the progress of sensing and recognition systems, artificial intelligence and other technologies, robots have developed from one-way control to their own posture storage and application data, and gradually become informatized.

Industrial robot college students can be engaged in the following jobs: programming and debugging engineers, mechanical design experts, application and maintenance, product managers, software engineers, file response vision engineers, motion control algorithm engineers, electrical engineers, stove system operators, system operation and maintenance personnel, etc.

1. Industrial robot programming and debugging engineer.

Responsible for robot debugging, including welding robots, palletizing robots, grinding and so on. The basic requirement is to be familiar with mainstream robot brands, such as Fanuc, Yaskawa, Kuka, Eston, etc.

Basic requirements: be able to wire, install, and be proficient in teaching programming. Proficient in the use of various software packages and so on.

2. Expert in mechanical design of industrial robots.

The main content of the work, the design of tooling and fixtures, and the design of robot work scales and stations, need to be familiar with mechanical design, as well as understand the electrical structure.

Basic requirements: Familiar with robot performance, understand various application site processes, such as welding work fixtures, grinding, deburring, loading and unloading, etc.

3. Application and maintenance of industrial robots.

Industrial robots are used in maintenance, mainly for some integrators' on-site robot maintenance and robot debugging work, which partially coincides with robot debugging engineers, but is not as demanding as debugging engineering.

4. Product Manager (Industrial Robot).

The product manager in the direction of industrial robots is mainly for domestic robot manufacturers and system integrators. For example, the automotive industry, the electronics industry, the lithium battery industry products, design industry application solutions, and open up the industry market.

5. Software Engineer (Industrial Robot).

Robot software engineers, in fact, are more categorized, including motion control, robot application software development, and robot core control algorithm development. People in this area are basically very scarce.

6. Visual Engineer.

Visual engineers, including CCD inspection engineers, vision companies are the most popular enterprises at present, and there are many small and medium-sized enterprises, and the application scenarios are very wide, so visual engineers are currently a more popular field.

7. Motion control algorithm engineer.

Motion control algorithm engineers have relatively high requirements, and are basically familiar with many mainstream motion control products around the world, such as trio, estun and so on. There are also many needs to be PLC control.

8. Electrical Engineer (Motion Control Direction).

Electrical engineers, the basic requirement is to be able to PLC, but also to be familiar with advanced motion controller related applications.

9. System operator.

Use human-computer interaction equipment and related mechanical tools such as teaching pendants and operation panels to assemble, program, debug, change process parameters, replace tooling fixtures and other auxiliary operations for industrial robots, industrial robot workstations or systems.

10. System operation and maintenance personnel.

Use tools, measuring tools, testing instruments and equipment to carry out data collection, condition monitoring, fault analysis and diagnosis, repair and preventive maintenance and maintenance operations for industrial robots, industrial robot workstations or systems.