The main course of welding technology and engineering

Fundamentals of Computer Application, Mechanical Drawing, Computer-Aided Design, Engineering Mechanics, Electrical Engineering and Industrial Electronics, Metal Materials Science and Heat Treatment, Mechanical Principles and Mechanical Parts, Welding Methods and Equipment, Welding Structure Production, Fusion Welding Principles and Weldability of Metal Materials, Arc Welding Power Supply, Welding Production Inspection, Education, Psychology, Mandarin Language, etc.

In our country, welding operations need to be licensed, welders are the type of work that belongs to the access category, in the professional qualifications of skilled personnel, only five of the 81 types of work in the access category, welders are one of them, and the actual situation is that most of the industry practitioners are unlicensed operations. 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 the rapid development, so it has brought unprecedented development opportunities to the welding industry.

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.

Welding technology and engineering is an interdisciplinary discipline integrating materials science, engineering mechanics, and training automatic control technology.

Mainly engaged in machinery manufacturing, construction and installation, petrochemical and pipeline engineering, aerospace and shipbuilding, welding equipment manufacturing and other industries, welding process preparation, welding structure production, welding equipment commissioning, welding equipment management, welding production organization and management and other work.

Mechanical Drawing and AutoCAD, Fusion Welding Principle, Metal Material Welding Power Supply, Arc Welding Method and Equipment, Welding Structure Production, Welding Inspection, Welding Engineering Management.

This major cultivates senior engineering and technical personnel with basic knowledge and application ability of materials science, electrical engineering and electronics, machinery, mechanics and automatic control, with an open mind and strong sense of innovation, who can be engaged in scientific research, technology development, design, production and operation management in the field of welding technology and engineering.

Students in this major mainly learn the basic theories and basic skills of welding technology and engineering, and have scientific theories, basic knowledge and strong practical skills in welding technology and engineering.

The major courses of welding technology and engineering include mechanical drawing and AutoCAD, fusion welding principle, metal material welding power supply, arc welding method and equipment, welding structure production, welding inspection, and welding engineering management.

Mainly engaged in welding process preparation, welding structure production, welding equipment commissioning, welding tanpi equipment management, welding production organization and management in machinery manufacturing, construction and installation, petrochemical and pipeline engineering, aerospace and shipbuilding, welding equipment manufacturing and other industries.

Employment direction of welding technology and engineering.

Students graduating from this major can be engaged in production, scientific research and development, engineering supervision and management in automobiles, boilers, electronic communications, computer software, aviation, aerospace and other industries.

The main courses of this major are force, mechanics, electrical and electronics, computer principles and applications, metallurgy and heat treatment, automatic control principles, thermal processing measurement and control technology, welding arc and arc welding methods, welding structural mechanics and fusion welding basics and weldability of materials, etc., and also provides a wide range of professional elective courses for students.

This major emphasizes the cultivation of students' hands-on ability and innovation ability, pays attention to the organic combination of classroom teaching and practical courses such as experiments, internships, and design, and advocates that students go to the laboratory for scientific research and welding engineering training in the fourth year. This major is cultivated.

Summary. Graduates of welding technology and engineering can be engaged in technological innovation, development, design, and other aspects of advanced welding material design and selection, process design and evaluation, welding engineering structure analysis, welding robots and automation, especially in intelligent manufacturing, new materials, information technology, health care and other industries. Production and operation management. The employment fields include well-known domestic and foreign enterprises and scientific research institutes in aviation, aerospace, automobile, shipbuilding, electronics, information, energy and other manufacturing industries.

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Future career directions in welding technology and engineering.

After graduating from welding technology, you can do mechanical design, mechanical production, and mechanical heavy engineering.

Graduates of welding technology and engineering can be engaged in technological innovation, development, design, and other aspects of advanced welding material design and selection, process design and evaluation, welding engineering structure analysis, welding robots and automation, especially in intelligent manufacturing, new materials, information technology, health care and other industries. Production and operation management. The employment fields include well-known domestic and foreign enterprises and scientific research institutes in aviation, aerospace, automobile, shipbuilding, electronics, information, energy and other manufacturing industries.

What about medical testing technology?

Students of this major can be engaged in medical laboratory work in hospitals, medical research institutions, blood banks, disease prevention and control centers, in vitro diagnostic reagent research and development and production, commodity inspection, environmental protection, customs quarantine and other departments, and can also be engaged in medical laboratory technology inspection and appraisal in public security, political and legal organs, judicial appraisal institutions and insurance companies.

Petroleum Engineering. After graduation, students of this major can engage in engineering design, engineering construction and management, applied research and scientific and technological development in the field of petroleum engineering, oil production engineering, reservoir engineering, reservoir evaluation, etc.

What does the oil and gas base class mean in resource exploration engineering?

It is to survey where the oil should be stored.

Future career direction in engineering management.

Graduates can engage in project management in financial, ** and insurance companies, manufacturing enterprises, intermediary and service enterprises, real estate enterprises, construction enterprises and investment owners.

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Welding technology and engineering is an undergraduate major in ordinary colleges and universities, which is a material major, and the basic study period is four years, and a bachelor's degree in engineering is awarded. In 2012, the welding technology and engineering major officially appeared in the "Catalog of Undergraduate Majors in Ordinary Colleges and Universities".

The major of welding technology and engineering aims to cultivate outstanding engineers with a professional background in welding, mastering the basic knowledge of welding technology and engineering system theory, and the specialized knowledge and key technologies of welded structure manufacturing, and strives to improve students' engineering awareness, engineering quality and engineering practice ability.

Cultivation goals

Cultivate high-quality professionals with a solid foundation in natural sciences, materials science and engineering, humanities and social sciences, strong engineering awareness, engineering quality, practical ability, self-acquisition of knowledge ability, innovation quality, entrepreneurial spirit, international vision, communication and organization and management ability.

Students who graduate from materials majors can not only engage in scientific and technological work in the field of materials science and engineering, such as basic theoretical research of materials science and engineering, research and development of new materials, new processes and new technologies, production technology development and process control, and material application, but also undertake teaching, scientific and technological management and management in related professional fields.

The main courses include sensing and testing of welding process, microcomputer principle and welding application, automatic control principle, material fusion welding basics, welding methods and arc welding electrodry reeds, welding structural mechanics, etc.

Welding Technology and Engineering is an interdisciplinary discipline integrating materials science, engineering mechanics and automatic control technology, and the teaching is based on the comprehensive application of multidisciplinary knowledge to carry out the basic training of engineers. This major is the only welding major in China, and students can also obtain the international welding engineer certificate after passing the training examination.

The main courses include sensing and testing of welding process, microcomputer principle and welding application, automatic control principle, material fusion welding basics, welding methods and arc submerging and belt welding power supply, welding structural mechanics, etc.

Students graduating from this major can be engaged in production, scientific research and development, chemical engineering, engineering supervision and management in automobiles, boilers, electronic communications, computer software, aviation, aerospace and other industries.