What exactly is material forming and control engineering?

After graduation, students will enter the fields of iron and steel enterprises, machinery manufacturing, automobile and shipbuilding manufacturing, metal and rubber and plastic material processing industry, etc., engaged in welding material formingMold design and manufacturingand other related production process control, technology development, scientific research, operation management, marketing and other aspects of work. and mechanical majors.

Have a similar employment direction and growth path.

Major in Material Forming and Control Engineering.

It is an undergraduate major in ordinary colleges and universities, which is a mechanical major, with a basic study period of four years, and a bachelor's degree in engineering is awarded. In 1989, the major of material forming and control engineering officially appeared in the "Catalogue of Undergraduate Majors in Ordinary Colleges and Universities".

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Training Objectives:

1. The major of material forming and control engineering cultivates all-round development of morality, intelligence, physique and aesthetics, and has a certain cultural literacy and a good sense of social responsibility.

Master the basic theories and professional knowledge of natural sciences necessary for them.

2. Have good learning ability.

Practical ability, professional ability and innovation consciousness, after graduation, can be engaged in professional fields and related interdisciplinary fields in the design and manufacturing, technology development, engineering application, production management.

High-quality professionals in technical services and other work.

3. The basic courses, professional courses and practical links of the discipline should be able to reflect the ability of students to discover and solve complex engineering problems in their professional fields based on mathematics and natural sciences.

4. Humanities and Social Sciences.

Courses are at least 15% of the total credits; Mathematics and natural science courses should account for at least 15% of the total credits, practical courses should account for at least 20% of the total credits or total credit hours, and subject basic knowledge and professional knowledge courses should account for at least 30% of the total credits.

The above content refers to Encyclopedia - Material Forming and Control Engineering.

The material forming used to be called steel rolling, and the pressure processing process of changing the shape of the steel ingot and billet between the rotating rolls is called steel rolling.

The purpose of steel rolling is the same as other pressure processing, on the one hand, it is to obtain the required shape, such as: steel plate, strip, wire rod and various section steel; On the other hand, in order to improve the internal quality of steel, our common automotive plates, bridge steels, boiler steels, pipeline steels, rebars, steel bars, electrical silicon steel, galvanized sheets, tin plates, including train wheels are all processed by the rolling process.

The specific work is to learn the principles and then carry out production.

Alas, ask, the encyclopedia says it better than we all do...

What does the Materials Forming and Control Engineering major do? Is this major a pit?

The major of material forming and control engineering is the study of the theory and method of molding process design, molding equipment and process optimization, and the birth of this major is mainly based on the power industry. This major is not pitted, I feel that the demand for social talents is quite large, and the employment rate is quite high. 1. Material Forming and Control EngineeringMaterial Forming and Control Engineering is an interdisciplinary discipline of mechanical engineering and materials science and engineering, and is a core major in the manufacturing industry.

To put it simply, it aims to cultivate human resources who can use professional engineering software, intelligent technology, etc. to design machinery. However, it should be noted that this major is a comprehensive discipline, which also means that it is also compatible and foundational. Second, the first type of people who are suitable for the first type of people, I recommend children who are confused or have the intention of going to graduate school.

Because of the inclusiveness of this major mentioned above, if it is a confused period for the third year of high school, then the choice is also good. In the future, the postgraduate entrance examination can be interdisciplinary. Moreover, the original pertinence of this major is to go on to graduate school.

The second category is good engineering, and the choice of top-notch physics will really be more advantageous. This major is to look at problems from the perspective of physics, and if you are blind in physics, then you will definitely not be able to learn. So I suggest that you have to have a physical advantage.

The third category is recommended for children who have scientific research ideas and strong innovation ability. This major is backed by the background of the power industry, so if it wants to develop, then it needs to go further in the power industry. 3. Recommended universities such as Beijing University of Aeronautics and Astronautics, Beijing Institute of Technology, Wuhan University, Tianjin University, Huazhong University of Science and Technology, etc. are all very good choices.

With the blessing of a prestigious school, you will not only have a higher academic qualification, but also a stepping stone to employment. Fourth, the employment prospects have looked around, and the employment of this major is still good, mainly because the job is not difficult to find, and basically they all enter the manufacturing industry, such as automobiles, steel mills, power plants, machinery factories, mold factories, etc. Don't underestimate these factories, which are the core industries of economic development, and they are very important.

So, in the end, this major is not a pit!

Material forming and control engineering is to study the microstructure, macroscopic properties and surface shape of materials changed by thermal processing, to study the influence of relevant process factors on materials in the process of thermal processing, and to solve the theories and methods of molding process development, molding equipment and process optimization. Research on the theory and method of mold design, and study the material, heat treatment, processing method and other issues in mold manufacturing. It is a pillar industry of national economic development. The training system of material forming and control engineering has mastered the basic theory and application knowledge of material forming and control engineering, and can be engaged in material forming and quality control, mold technology and computer application.

Scientific research, technology development, design and manufacturing, enterprise management, etc., with an international vision, can adapt to the needs of social and economic development of innovative high-quality compound talents.

What is the material forming and control engineering is as follows:

Material forming and control engineering is a comprehensive combination and intersection of material science, molding technology and automatic control operation technology, cultivating engineering and technical talents with basic theory and application ability of material forming and processing, trained by modern engineers, engaged in material preparation, processing technology and equipment design and development, scientific research, production management, operation and sales, etc.

1. Characteristics of material forming and control engineering

The major of material forming and control engineering is an interdisciplinary major of mechanical engineering and material science and engineering, which involves advanced manufacturing technology and new material technology, with wide coverage of subject knowledge and high requirements.

Its technical foundation platform is mainly composed of materials courses, mechanical engineering courses, power electronics and control courses and computing courses. This major focuses on cultivating students' ability in process planning, design and experimental research; Analysis, design and development capabilities of new equipment for mechanoelectrical-hydraulic integration; The ability of material structure and performance analysis and research, etc., pays special attention to the training and cultivation of practical hands-on, innovation and other comprehensive abilities.

2. Training objectives of material forming and control engineering

Students trained in this major should have broad basic theoretical knowledge and strong technical application and innovation ability in the fields of advanced manufacturing, materials engineering and control engineering, and become high-quality and well-rounded scientific research and senior engineering and technical talents who can be competent in structural design, molding and processing technology, process automatic control and intelligence, performance and quality inspection and control, experimental research, technical management and management.

3. Training requirements for material forming and control engineering

Students in this major mainly learn the basic theories and knowledge of materials science, mechanical manufacturing and control engineering, receive the basic training of modern materials science, advanced manufacturing and mechanical engineers, have the ability to engage in the development and experimental research of various types of advanced process technology for forming and processing, have the ability to design power supply equipment, thermal processing structure and various tooling, and have the basic ability of technology and production management.

Material forming and control engineering is a discipline that combines mechanical engineering, materials science and automatic control technology.

The talents trained in the material forming and control engineering major are mainly responsible for the research and development of modern manufacturing technology, equipment commissioning, maintenance and management in the production process, as well as the application and development of new materials. The main disciplines include: metal material processing technology, plastic processing and deformation mechanics, plate and strip processing, rolling, injection molding and other molding processing technology, automatic control Chunjue Zen theory and technology, etc.

Because this major involves a wide range of knowledge, there are many different jobs that can be pursued after graduation. For example, you can find a job in the manufacturing industry such as automotive, aviation, electronics, biology, and medical, as well as in research and development and design. Graduates can generally be engaged in the production and product design of machinery manufacturing, casting, forging, molds, auto parts and other industries.

Overall, the Materials Forming & Control Engineering program can provide solid theoretical and practical skills, providing a wide range of career options for future graduates pursuing careers in advanced manufacturing and the development and application of new materials.

Professional Features::

1. Pay attention to practical ability: The major of material forming and control engineering generally offers more experimental courses, focusing on cultivating students' practical ability and innovative thinking. Graduates have good operational skills and hands-on ability in enterprises.

2. Strong comprehensiveness: This major needs to integrate a variety of disciplines, such as mechanical manufacturing, materials science, computer science, etc. In order to solve problems in different fields, graduates need to have the flexibility to choose from a variety of theories and techniques, and can apply them in combination to solve real-world problems.

3. Emphasizing the application of software technology: With the development of science and technology, control engineering has begun to change to the direction of automation. Therefore, this major also needs to pay attention to the application and integration of software and hardware technologies.

4. Broad industrial prospects: This major involves a wide range of fields, such as automobile manufacturing, machinery manufacturing, semiconductor manufacturing, etc., which plays a great role in social development and economic prosperity, and is widely used in domestic and foreign industries.

The material forming and control process is as follows:

1. Material forming and control engineering mainly studies the thermal processing technology of materials and the design methods of related equipment and molds in front of the material, and improves and reshapes the structure and performance of the material through plastic molding and thermal processing, so as to change the shape of the material into a new product.

He studied "Material Thermodynamics", "Automatic Control Principle Experiment", "CAD Technology Basics", "Mold Manufacturing Technology", "Kinetics", "Surface Engineering", "Material Processing Engineering", "Metallurgy and Heat Treatment", "Mold Materials and Failure Analysis", "Material Mechanical Properties" Some colleges and universities are trained in the following professional directions: mold, welding technology, mold design and manufacturing and automation.

Industries Engaged in:

Machinery manufacturing enterprises: production process control, technology development, machinery manufacturing, plastic processing, welding materials, mold design and manufacturing, heat treatment, metal material processing.

This major cultivates students to meet the needs of modernization in the 21st century, develop morally, intellectually and physically, have a strong sense of patriotism and dedication, a sense of social responsibility, good engineering quality, professional ethics and humanities quality, and have basic knowledge and application ability of mechanical science, materials science, automation and computer.

Able to engage in scientific research, technology development, design and manufacturing, production organization and management in the fields of material processing theory, automatic control of material forming process, molding process and equipment design, and advanced repentant silver material engineering, with practical ability and innovation consciousness of compound senior engineering and technology talents.

Hello, the main training goal of the business of material forming and control engineering is: this major cultivates senior engineering and technical talents with basic knowledge and application ability of mechanical thermal processing, and can be engaged in design and manufacturing, experimental research, operation management and operation and sales in the field of thermal processing in the front line of industrial production. Business training requirements:

Students in this major mainly learn the basic theories and technologies of materials science and various thermal processing technologies and the design methods of related equipment, receive the basic training of modern mechanical engineers, and have the basic ability to engage in the design of various thermal processing technologies and equipment, production organization and management.