Question 2: What is the major of material forming and control? What job can you find out? Material forming and control engineering major
Business development goals:
Business training objectives: This major trains senior engineering and technical personnel who have the basic knowledge and application ability of mechanical thermal processing and can engage in design, manufacturing, experimental research, operation management and sales in the field of thermal processing in the front line of industrial production.
Business training requirements: students majoring in this major mainly study the basic theories and technologies of materials science and various hot working processes and the design methods of related equipment, receive the training of modern mechanical engineers, and have the basic ability to engage in the design, production organization and management of various hot working processes and equipment.
Graduates should have the following knowledge and abilities:
1. Have a solid foundation in natural science, good foundation in humanities, arts and social sciences, and be able to use the spoken and written languages of their own nationalities correctly;
2. Systematically master the extensive technical and theoretical basic knowledge of this major, including mechanics, mechanics, electrical and electronic technology, thermal processing technology, automation, market economy, enterprise management, etc.;
3. Have the basic skills of drawing, calculation, testing, document retrieval and basic process operation necessary for this major and strong computer and foreign language application ability;
4. Have the necessary professional knowledge in a certain professional direction in this professional field, and understand the scientific frontier and development trend;
5. Have strong self-study ability, innovative consciousness and high comprehensive quality.
Main course:
Main subjects: mechanical engineering, material science and engineering.
Main courses: engineering mechanics, mechanical principle and mechanical parts, electrical and electronic technology, microcomputer principle and application, thermal processing technology foundation, thermal processing technology equipment and design, detection technology and control engineering, CAD/CAM foundation.
Main practical teaching links: including military training, metalworking, electrician, electronic practice, cognitive practice, production practice, social practice, curriculum design, graduation design (thesis) and so on. , generally should be arranged for more than 40 weeks.
Study time: four years
Degree awarded: Bachelor of Engineering
There are six main directions of material forming and control engineering, which are biased by different universities.
1, casting. The overall working environment is not very good, and the early treatment is not high. After graduation, he is mainly engaged in the supervision, design and improvement of casting technology, and he is well paid in the middle and late stages.
2. forging. The working environment varies from enterprise to enterprise, and the general environment of large national enterprises is OK. After graduation, I mainly engaged in the supervision of forging process or design improvement, and my overall income was around 2000-3000. If it is in the direction of mold, the salary is relatively high, especially the mold processed by numerical control technology, which is extremely popular in coastal cities.
3. welding. The working environment is relatively poor, welding sparks have radiation on the human body, but the income is quite optimistic, belonging to the blue-collar workers with high wages.
4. Machining. At present, a large number of CNC technical talents are in demand, with good working environment, relatively high salary and high technical content, especially in coastal cities, where the income is basically 6000+ after having a lot of work experience.
5. Heat treatment. The working environment is not very good, the income is average, some aging heat treatments have been gradually replaced by new technologies, and fewer graduates choose this direction now.
6. mechanism.
Generally speaking, the graduates of this major are still very good in employment, such as machinery factories, machinery companies, metallurgical engineering, construction enterprises, power stations and some power companies. As for the future treatment, it depends on your work performance. As long as you accumulate good work experience, your development is still good. For engineering graduates, work experience is extremely important! If you are a girl majoring in this major, it is recommended to choose the direction of machining, casting and welding, and it is best to choose the design department or the quality and safety department. The physical requirements are not high and the treatment is acceptable. ...& gt& gt
Question 3: What's the difference between mold design major and material forming major? If you are more specific, I can give you a more definite answer.
Generally speaking, mold design is classified as material forming (material processing) in many schools and mechanical design in a few schools.
Mold design is more professional than material forming. If you choose to apply for this major, I suggest you choose the major of mold design. Because material molding actually includes: nonmetal (blow molding, extrusion, pressing, etc. ) In addition to mold design; Metals (forging, casting, welding, etc. It is impossible to learn all these things in a few years' study in college. So now many schools, ostensibly called material forming, material processing and so on, are actually only one aspect of material forming. In fact, in order to pass the teaching evaluation in Shanghai, many schools have added a "big hat" to the original welding specialty, sheet metal specialty or mold specialty.
I don't know if I hit the nail on the head. You can add any questions.
Question 4: What is the major of material forming and control engineering? The structure of type A test questions is: quantitative relationship, judgment and reasoning, speech comprehension and expression and data analysis;
The structure of type B test questions consists of five parts: perceptual speed and accuracy, quantitative relationship, judgment and reasoning, speech understanding and expression, and data analysis.
The structure of C-type test questions consists of four parts: quantitative relationship, judgment and reasoning, speech understanding and expression, and data analysis.
Perception speed and accuracy: It mainly tests candidates' ability to screen and respond quickly to symbolic information.
Quantitative relationship: it mainly tests the examinee's understanding and grasp of the quantitative relationship between things and the ability to solve the problem of quantitative relationship, focusing on the analysis, reasoning, judgment and operation of the relationship between numbers and data.
Judgment and reasoning: It mainly tests the examinee's ability to analyze and reason about various things, involving the understanding, comparison, combination, deduction and induction of graphics, text concepts, relationship between things and text materials.
Speech comprehension and expression: It mainly tests the ability of candidates to communicate and think in words and understand the connotation of written materials quickly and accurately.
Data analysis: It mainly tests candidates' comprehensive understanding, analysis and processing ability of various forms of text, graphics, tables and other materials. This part usually consists of data, statistical charts, charts and written materials.
The test questions are all objective multiple-choice questions.
Examination time limit 100 minute, full mark 100 minute.
(3) Application
"Shen Lun" mainly tests candidates' reading comprehension, implementation, problem-solving and writing expression ability by analyzing, summarizing, refining and processing the given materials.
Reading comprehension ability-requires to be able to understand the main content of the given information, grasp the relationship between the parts of the given information, and make an appropriate explanation of the opinions and facts involved in the given information.
Executive ability-requires accurate understanding of work objectives and organizational intentions, adherence to the principle of administration according to law, and timely and effective completion of tasks according to objective and actual conditions.
Problem-solving ability-requires using one's existing knowledge and experience to make correct analysis and judgment on specific problems and put forward practical measures or methods.
Ability to express words-accurate and reasonable explanation, statement or explanation of events and opinions requires proficiency in the prescribed language.
Question 5: What is a mold? Professional molds are tools used to shape objects. This tool is composed of various parts, and different molds are composed of different parts.
Various molds and tools used in industrial production can obtain the required products through injection molding, blow molding, extrusion, die casting or forging, melting, stamping and stretching. In short, it mainly realizes the processing of the shape of the article through the change of the physical state of the molding material.
According to the different molding materials, molds can be divided into metal molds and non-metal molds. Metal molds are divided into: casting molds (non-ferrous metal die casting, steel castings) and forging molds; Non-metallic molds are divided into plastic molds and inorganic non-metallic molds. According to the different materials of the mold itself, the mold can be divided into sand mold, metal mold, vacuum mold, paraffin mold and so on. Among them, with the rapid development of polymer plastics, plastic molds are closely related to people's lives. Generally, plastic molds can be divided into injection molds, extrusion molds and gas-assisted molding molds.
Main course:
Advanced mathematics, material mechanics, heat treatment of metal materials, engineering mechanics, mechanical drawing, mechanical design basis, plastic mold design, mechanical manufacturing basis, tolerance and cooperation, Pro/E mold design, UG mold design, mold fitter technology, computer
Question 6: What are the specialized courses of material forming and control engineering? The main courses of this major are: engineering mechanics, mechanical design foundation, electrical and electronic technology, mechanical engineering materials, manufacturing technology foundation and so on.
In addition, I would like to recommend some information to you for your reference:
The major of materials science and engineering is a combination of science and engineering, which consists of traditional metallurgy, ceramic engineering, condensed matter physics, chemistry and other disciplines. Semiconductor materials for computers, optical fibers for information superhighway, earthwork and stone materials for high-rise buildings, high-temperature resistant materials for rockets and missiles, metallic and nonmetallic materials, nano-materials and nuclear materials are all subject areas of materials science. There are great differences between universities in the focus of their major and the goal of talent training.
The major of materials science and engineering in Northeastern University is mainly metal materials, which is one of the earliest metal materials disciplines in China and a national key discipline.
South China University of Technology has a doctoral degree authorization point and a postdoctoral mobile station in the first-class discipline of materials science and engineering. Material science and material processing engineering are national key disciplines, and the new high-performance and functional materials specialty also has great potential.
Zhejiang University trains research-oriented talents, featuring high-tech materials, and sets the design direction of high-performance structural materials, the direction of photoelectric information functional materials, the direction of computer-aided design and intelligent control of material processing, which belong to the Department of Materials Science, the Department of Information Functional Materials and the Department of Materials Engineering respectively.
The material science of University of Science and Technology Beijing, featuring new materials and technologies, is the hottest direction in the field of material science.
The School of Materials Science and Engineering of Tianjin University is one of the most complete schools in the field of materials in China.
Beijing university of chemical technology Material Science is a national key discipline. The specialty of polymer materials science and engineering is a traditional advantage specialty. Carbon and composite materials, inorganic nonmetallic materials, metal material protection and other disciplines enjoy high reputation in China.
Jilin University Material Processing Engineering is a national first-class discipline. It is worth mentioning that the material science major of Jilin University organizes teaching around the field of automobile industry. It has obvious advantages in superplasticity and plastic precision machining, new casting alloy materials for automobiles and their precision forming, precision plastic forming technology and equipment for key automobile parts, modern welding forming and control of automobiles, and various testing, analysis and characterization methods of materials at macro and micro structure levels, showing the characteristics of automobile city.
The material science of Xi Jiaotong University is divided into four major directions: metal material engineering, polymer material engineering, powder metallurgy and ceramic material engineering, corrosion and protection, and surface engineering.
Note: Materials science needs a solid physical and chemical foundation and professional theory, and its high scientific and technological content determines that undergraduate graduates need to enter advanced studies to enrich and enhance their abilities in the process of continuous practice.
Question 7: What does the undergraduate course of Material Forming and Control Engineering mainly do? Let me answer you. I graduated from 2 1 1 material molding this year. This major mainly studies the design knowledge related to mold, which is divided into four directions: die casting, stamping, welding and plastic starvation. Which direction can I choose in my junior year?
In fact, as far as I am concerned, while learning professional knowledge, the key is to learn 2D CAD drawing and some 3D software. The three-dimensional software widely used now, including UG, proe and UG, is slightly more difficult than proe, and some companies use solidworks to do three-dimensional design. Generally speaking, two-dimensional CAD must be proficient, and a three-dimensional software is basically enough. If you are interested, you can learn multiple 3D softwares to facilitate employment.
Another point is that this major may have to go to the factory for internship, and the environment may not be very good, especially die casting. Preferably engaged in mold or mechanical design and development.
Question 8: What are the specialized courses of material forming and control engineering? Each school may be different, which can be used for reference: metallurgy, material metallurgy and forming technology, material forming equipment and methods, microcomputer application of material forming, advanced manufacturing technology, detection technology and control engineering, technical economy, CAD/CAM foundation, surface engineering, welding metallurgy, metal material welding, welding methods and welding equipment, welding inspection, plastic forming theory, rubber and plastic forming die, metal stamping technology and technology.
Question 9: What is a molded part? What is the Confucius system? Molded parts include female die, male die, cavity, core, threaded core, threaded ring, insert and so on.
Hole series refers to two or more holes with a certain relative position in space.
Common hole systems are coaxial hole system, parallel hole system and vertical hole system.
Question 10: what is the major of material forming and control engineering?
machine