What is the employment direction of laser welding technology? Career prospects in the field of laser

Laser welding technology is a comprehensive technology, including laser technology, welding technology, automation technology, material technology, machinery manufacturing technology and product design as one of the comprehensive technology, which is ultimately reflected in both a complete set of special equipment and a supporting process. As an important part of advanced manufacturing technology, laser welding technology has a broad application prospect in the future aviation manufacturing industry.

Compared with other welding methods, laser welding can accurately control the welding energy, and can realize the welding of precision micro devices, which can be applied to many metals, especially the welding of some difficult-to-weld metals and dissimilar metals. Laser welding is widely used, but lasers are very expensive, and general units rarely buy high-power laser welding equipment, and welding technology seems to be in its infancy.

In China, electric welding operations need to be licensed, and welders belong to the type of work that belongs to the access category, and the professional qualifications of skilled personnel.

Among the 81 types of work, only five are admitted, and welders are one of them, and the actual situation is that most of the industry practitioners are operating without a license. With the continuous standardization of technology and the relevant requirements of the industry, more and more people want to take a welding certificate, the advantage of the certificate is still very large, first of all, the salary of the certificate and the non-certificate are very different, often able to reach more than double or higher level. Therefore, the issue of short-term welder training has naturally become a concern for practitioners.

Welding as an industrial "tailor" is a very important means of processing in industrial production, the quality of welding plays a decisive role in the quality of the product, so, what is the future development of welding technology?

Industry outlook. With the development of production, welding is widely used in aerospace, aviation, nuclear industry, shipbuilding, construction and machinery manufacturing and other industrial sectors, in China's economic development, welding technology is an indispensable means of processing. After entering the 21st century, welding is an important part of the manufacturing industry, and it is developing rapidly, so it has brought unprecedented development opportunities to the welding industry, hydroelectric welding, argon arc welding.

CNC and other technical jobs are still outstanding in the general situation of increasingly difficult employment.

At present, China consumes 300 million tons of steel every year (about tons of welded structure), and needs about 750,000 welding machines, and the welding industry will continue to grow in the next 8 10 years.

The employment prospects of welding technology and automation are still very good, and the employment scope is also relatively wide, and strive to learn the basic knowledge, work hard to change themselves, and develop themselves towards a better self, and there will definitely be a better future in the future. I wish you success.

Laser welding process is also widely used in aviation, machinery manufacturing, hardware, building materials and other industries; In terms of materials, laser welding machines can be used to weld various metal plates of the same material, such as aluminum plates, iron plates, stainless steel plates, and copper plates. As well as aluminum-copper, stainless steel, copper and other materials mixed welding. It covers far more than traditional welding methods.

This employment direction is still very wide, for example, some shipyards, or some machinery factories are in demand.

In fact, we know that the employment direction of laser welding technology is very good, because under normal circumstances, we feel that the employment direction of laser technology makes us feel that this direction is very valuable, so from all aspects, we feel that he is very promising.

If you are laser welding, you can consider doing mechanical work.

Laser welding technology employment direction, laser welding welding technology I have not been exposed to, so I don't know its direction, it should be good, or promising.

We have to have a big vacation, and the area is very large, which can bring better things to all of us.

The direction of development represents good, you told him, so I think this crime portrait is better, so this should follow.

Institutional welding technology, employment direction, employment direction, but this can go to the employment and entrepreneurship department of your school to inquire.

There are many employment directions for laser welding technology.

Summary. It is mainly engaged in the design, development, application and management of optical communication engineering and technology, laser processing technology and other fields for enterprises, institutions and related companies. For laser equipment production, distribution and other units, engaged in the maintenance, operation and testing of laser equipment, the installation, commissioning and maintenance of general laser equipment, as well as the operation and sales of laser products.

Analysis of the employment prospects of laser processing technology with the progress of laser technology, China's laser industry will develop rapidly, in the next five years, China's laser market will be driven by related industries, will develop at a rate of about 20%, to 2015, China's laser application field will form a laser processing, laser communication, laser medical, laser display, laser holography and other industries for the laser industry group, the industry development prospects are promising. This major mainly cultivates senior technical application professionals who have the ability to use and operate various types of testing equipment, and are engaged in physical and chemical testing, industrial analysis technology, product quality testing and enterprise quality management of products. Salary of laser processing technology majorLaser processing technology major employment direction can be engaged in optoelectronic product research and development, production, manufacturing, installation and commissioning of optoelectronic equipment, as well as the operation, maintenance and service of mechanical and electronic products in the field of optoelectronics.

It is mainly engaged in the design, development, application and management of the fields of optical communication engineering and technology, laser processing technology and other fields for enterprises, institutions and related companies. For laser equipment production, distribution and other units, engaged in the maintenance, operation and testing of laser equipment, the installation, commissioning and maintenance of general laser equipment, as well as the operation and sales of laser products. Analysis of the employment prospects of laser processing technology with the progress of laser technology, China's laser industry will develop rapidly, in the next five years, China's laser market will be driven by related industries, will develop at a rate of about 20%, to 2015, China's laser application field will form a laser processing, laser communication, laser medical, laser display, laser holography and other industries for the laser industry group, the industry development prospects are promising.

This major mainly cultivates senior technical application professionals who have the ability to use and operate various types of testing equipment, and are engaged in physical and chemical testing, industrial analysis technology, product quality testing and enterprise quality management of products. Salary of laser processing technology majorLaser processing technology major employment direction can be engaged in the research and development, production, manufacturing, installation and commissioning of optoelectronic equipment in the field of optoelectronics, as well as the operation, maintenance and service of mechanical and electronic products.

Now I am studying in graduate school at Xidian! Don't know where you're going to graduate in the future? and salary.

The employment rate is 95%, and the average salary for graduates is 6,500, and 17,200 after ten years

54% private enterprises, 34% state-owned enterprises, 5% Sino-foreign joint ventures, 5% Sino-foreign joint ventures, foreign-funded and wholly-owned enterprises, 2% others.

Employment direction.

Oh! Ok thanks.

Okay, there are a lot of people working at Huawei and China Telecom<>

I hope mine can help you, if you are satisfied with my service, please give a thumbs up, I wish you all the best! <>

The employment direction and prospects of welding technology and engineering are as follows:

1. Employment direction of welding technology and engineering: material engineer, mechanical process engineer, personnel of public institutions, scientific research personnel, postgraduate examination, welder, riveting and welding bush vibrator, process engineer, mechanical engineer.

2. Employment prospects of welding technology and engineering: This major cultivates application-oriented senior engineering and technical talents with theoretical knowledge of materials science, mastery of advanced connection and automation technology, and can be engaged in welding process design and equipment manufacturing, automatic control of welding process, welding production management and quality control.

Welding technology and engineering professional skills

1. Have a solid foundation in natural sciences, a good foundation in humanities and social sciences, and good language and writing skills.

2. Systematically master the basic knowledge of technical theory in this professional field, including mechanics, mechanics, electrical engineering, electronics, thermal processing technology, automation basics, welding arc and arc welding methods, welding structural mechanics and material welding foundation and weldability.

3. Understand the latest developments and development trends of the discipline.

4. Have the basic skills of engineering drawing, calculation, experiment, testing, literature retrieval and basic process operation necessary for this major and strong computer application ability.

5. Master a foreign language, be able to read foreign language materials of the major proficiently, and have certain listening and speaking skills.

6. Have the initial ability to engage in scientific research, technology development and production organization and management.

7. Have strong self-learning ability, ability to analyze and solve problems, and strong sense of innovation.

The career prospects for welders are very good. With the rapid development of manufacturing and the development of science and technology, electric welding technology welding has become a separate course, in the rapid development of China's social economy, especially in the development trend of processing and manufacturing, welding technology is an indispensable mode of production. At this stage, there is a lack of many outstanding talents in China's machinery manufacturing industry, and the wages of blue-collar workers are still higher than those of office workers.

<>Employment direction in the welding technology industry

Graduates can engage in scientific research, technology development, design and manufacturing related to welding engineering in the fields of aerospace, energy and transportation, power and electrical appliances, etc.; It can also be engaged in the design and manufacturing, experimental research, scientific and technological development and management in the field of material thermal processing in the front line of industrial production, as well as the teaching, scientific research, development and management of material forming and control and computer science and technology, or employed in petroleum, chemical industry, boilers, pressure vessels, aerospace, electronic communications, shipbuilding, automobile manufacturing and other fields of research institutions or large state-owned enterprises, foreign-funded and joint ventures and related functional departments.

Introduction to the course of welding technology

Main courses: Fundamentals of Mechanical Design, Fundamentals of Materials Science, Electrical and Electronic Technology, Principles of Microcomputer, Application of Computer in Welding, Principles of Material Connection, Welding Methods and Equipment, Welding Structure and Design, etc.

The training objectives of the welding technology major

This major cultivates senior engineering and technical talents who systematically master the basic theories and professional knowledge necessary for materials science, welding metallurgy and material weldability, welding equipment and automation, welding stress and deformation control, etc., pay attention to the comprehensive application of multidisciplinary knowledge and obtain basic training for engineers. After graduation, students can be engaged in experimental research, development and design, operation management and sales of welding technology in the fields of shipbuilding, machinery, chemical industry and national defense industry. The welding technology major is trained to meet the needs of social development.

Solid foundation, strong practical ability, teamwork and innovation and entrepreneurship spirit, with the basic knowledge and application ability of welding technology and computer application technology.

Market demand for welding technology professionals

There is still a certain gap between China's metallurgical technology and developed countries, such as energy saving, high efficiency, environmental protection, and the development of new varieties are the issues facing China's metallurgical technology in the 21st century. These research areas include new technology and technology of blast furnace ironmaking, direct reduction and melt reduction, research on the variety and quality of high-quality steel, solidification theory and continuous casting technology, special steel metallurgy, metallurgical process of new steel grades, physical chemistry and reaction engineering of reactions in materials and metallurgical processes, metallurgical physicochemistry and reaction engineering, new technology and new theory of non-ferrous metallurgy, simulation control and energy-saving optimization of non-ferrous metallurgical process, ecology and environmental protection of metallurgical industry, development of high value-added recycling technology of resources, and metallurgical energy technology. Most of these research directions come from research topics that are urgently needed by the country or enterprises that the professors are currently engaged in, and they are highly targeted.

With the development of production and the progress of science and technology, welding has become an independent discipline, and is widely used in aerospace, aviation, nuclear industry, shipbuilding, construction and machinery manufacturing and other industrial sectors, in the development of China's national economy, especially in the development of manufacturing industry, welding technology professionals have been a relatively large gap.

The main advantages of laser welding compared to other welding technologies are:

1. Fast speed, large depth and small deformation.

2. It can be welded at room temperature or under special conditions, and the welding equipment is simple. For example, a laser passes through an electromagnetic field and the beam does not shift; Lasers can be welded in vacuum, air, and some gaseous environments, and can be welded through glass or materials that are transparent to the beam.

3. It can weld refractory materials such as titanium, quartz, etc., and can weld heterosexual materials with good results.

4. After laser focusing, the power density is high, and the aspect ratio can reach 5:1 and up to 10:1 when welding high-power devices.

5. Micro welding can be carried out. After the laser beam is focused, a small spot can be obtained, and it can be accurately positioned, which can be applied to the assembly welding of micro and small workpieces produced in large quantities. (The smallest spot can be reached.)

6. It can weld the parts that are difficult to access, and implement non-contact long-distance welding, which has great flexibility. Especially in recent years, the use of fiber transmission technology in YAG laser processing technology, and the popularization of fiber CW lasers have made laser welding technology more widely promoted and applied, and it is more convenient for automation integration.

7. The laser beam is easy to realize the beam splitting according to time and space, and can carry out multi-beam simultaneous processing and multi-station processing, which provides conditions for more precise welding.

However, there are certain limitations to laser welding:

1. The assembly accuracy of the weldment is high, and the position of the beam on the workpiece must not be significantly offset. This is because the laser focus is small and the weld is narrow, which is a filler metal material. If the assembly accuracy of the workpiece or the accuracy of the beam positioning does not meet the requirements, it is easy to cause welding defects.

2. The cost of lasers and their related systems is high, and the one-time investment is large.