What is the difference between mechanical manufacturing and automation and mechanical design and man

1.Machinery manufacturing and its automation.

Machinery manufacturing and automation is a discipline that studies the theory, manufacturing technology, automated manufacturing system and advanced manufacturing mode of mechanical manufacturing. The discipline incorporates the latest developments in various related disciplines, giving a new look to manufacturing technology, manufacturing systems, and manufacturing models. The goal of mechanical manufacturing and its automation is very clear, that is, to combine mechanical equipment and automation through computers to form a series of advanced manufacturing technologies, including CAD (computer-aided design), CAM (computer-aided manufacturing), FMC (flexible manufacturing system), etc., and finally form a large-scale computer-integrated manufacturing system (CIMS), so that the traditional machining has made a qualitative leap.

Specific applications in industry include CNC machine tools, machining centers, etc.

2.Major in mechanical design, manufacturing and automation.

Students in this major mainly learn the basic theory of mechanical design and manufacturing, learn the basic knowledge of microelectronic technology, computer technology and information processing technology, receive the basic training of modern mechanical engineers, and have the basic ability to design, manufacture and control equipment of mechanical products, and organize and manage production. This major cultivates senior engineering and technical talents who have the basic knowledge and application ability of mechanical design and manufacturing, and can be engaged in design and manufacturing, scientific and technological development, applied research, operation management and operation and sales in the field of machinery manufacturing in the front line of the main industrial production. Mechanical engineering and manufacturing and automation is an applied discipline that studies and solves all theoretical and practical problems in the development, design, manufacture, installation, operation and repair of various machinery based on relevant natural sciences and technical sciences, combined with technical experience in production practice.

Mechanical manufacturing and automation is a postgraduate major, which is a second-level discipline in the first-level discipline of mechanical engineering (4 second-level disciplines: mechanical manufacturing and automation, mechanical design theory, mechatronic engineering and vehicle engineering).

At present, there are very few schools (such as Harbin Institute of Technology, Shandong University, etc.) mechanical majors, and many schools generally have mechanical engineering and automation.

There is no difference, many schools are not very different, but they all talk about the same major. It is generally called mechanical design and manufacturing and automation

In fact, the core curriculum is the same, and the job search is the same, the difference is only that different schools have different settings in individual subjects.

First, the training goals are different.

1. Mechanical design and manufacturing: cultivate senior engineering and technical talents who have the basic knowledge and application ability of mechanical design and manufacturing, and can be engaged in design and manufacturing, scientific and technological development, applied research, operation management and operation and sales in the field of mechanical manufacturing on the front line of industrial production.

2. Machinery manufacturing and automation: cultivate senior technical application professionals who master the basic theoretical knowledge of modern machinery manufacturing and automation, and are engaged in the design, manufacturing, control and technical management of modern mechanical processing equipment.

Second, the learning curriculum is different.

1. Mechanical Design and Manufacturing: Engineering Mechanics, Mechanical Drawing, Mechanical Design Basics, Electrical and Electronic Technology, Microcomputer Principles and Applications, Mechanical Engineering Materials, Manufacturing Technology Basics.

2. Machinery manufacturing and automation: mechanical drawing, engineering mechanics, mechanical design basics, electrical and electronic technology, hydraulics and pneumatics, mechanical manufacturing equipment, numerical control technology, automatic control system, modern control engineering, machining practice, modern mechanical manufacturing technology comprehensive training, curriculum design of professional courses, graduation practice (design), etc., as well as the main characteristic courses and practical links of each school.

Third, the direction of employment is different.

1. Mechanical design and manufacturing: In the field of mechanical manufacturing, engaged in CAD CAM (computer-aided design and computer-aided manufacturing) design, manufacturing, and equipment management. It is also possible to engage in advanced vocational and technical work in the electromechanical sector.

2. Machinery manufacturing and automation: installation, commissioning, maintenance and management of mechanical equipment in industrial enterprises, technical sales and manufacturing of mechanical and electrical equipment.

Introduction: Many candidates will choose some majors related to mechanics, but they don't understand the difference between these majors. Do you know the difference between mechanical design and manufacturing and its automation and mechanical engineering?

Many people feel that these names are very similar, so they can't tell the difference, so let's follow along to understand the difference between them.

There is a difference between mechanical engineering and mechanical design, manufacturing and automation, which are two different majors. First of all, they have different concepts, mechanical design and manufacturing and automation is the study of the design, manufacturing and control of various mechanical equipment and mechanical products. It is a comprehensive technology of enterprise management.

Mechanical engineering and automation are related to the theoretical knowledge of natural science and technical science, which requires technical experience in production practice, and then has a great role in studying and solving mechanical engineering. This major mainly solves the problems of the development and design of machinery, as well as the manufacturing, installation, application and repair of machinery.

And the courses they learn in these two majors are also different, mechanical design and manufacturing and automation, it needs to learn a lot of courses. Among them, he also needs to study advanced mathematics, linear algebra, probability theory and mathematical statistics, as well as theoretical materials science. The other major requires the study of engineering mechanics, mechanical design, basic electrical engineering and electronic technology, and the courses taken are a little less than the courses of mechanical engineering and automation.

Therefore, students must have a real understanding of these majors when choosing majors, otherwise after entering the college, they will feel different from what they think, and there will be a psychological gap. It depends on your interests, which areas of the course you prefer, and which areas you are more interested in. Don't choose blindly, know before you choose.

1. Different levels of disciplines. Mechanical engineering is a first-level discipline; Mechanical design, manufacturing and automation are secondary disciplines.

2. Conceptual differences:

Mechanical EngineeringIt is an engineering discipline that uses the laws of physics to analyze, design, manufacture and maintain mechanical systems. Mechanical work is an applied discipline that is based on the relevant natural sciences and technical sciences, combined with the relevant technical experience in production practice, to study and solve all the theoretical and practical problems of machinery in the whole process, which is a first-level discipline of engineering graduate education and a field of engineering research and education.

Mechanical design and manufacturing and automation:Mechanical design, manufacturing and automation are mainly comprehensive technical disciplines that study the design, manufacturing, control and production of mechanical equipment and mechanical and electrical equipment in various industries. This major is mainly based on manufacturing, combined with computer science, information technology, automation technology, control theory, and system engineering theory to solve the problem of collaborative production in the field of modern engineering, so as to realize the intelligent design, production and manufacturing of products.

3. The characteristics of the disciplines are different. The field of mechanical engineering research is broader, and the mechanical engineering major studies a discipline that combines the theory and practical technology of the mechanical industry, mainly biased towards theory; Mechanical design and manufacturing and its automation are mainly a discipline to learn mechanical principles, design principles, production and manufacturing processes and automation processes.

4. Different training directions. Mechanical engineering is mainly oriented to the research of mechanical engineering, that is, theory-practice-theory, which solves all mechanical system problems and cultivates knowledge-based theoretical researchers; The mechanical design and manufacturing and automation training is practical talents, mainly for the direction of employment, to provide the society with practical talents engaged in mechanical design, manufacturing, production, project development and management.

In short, mechanical engineering and mechanical design, manufacturing and automation are related to each other, and mechanical design, manufacturing and automation are a secondary discipline of mechanical engineering.

There is a difference in salary, there is a difference in work, there is a difference in treatment, there is a difference in tuition, and there is a difference in ability.

The difference is very large. The disciplines of learning are different, the difficulty of learning is also different, the way of learning is different, the concept of education is different, the focus is also different, and the development direction after graduation is also different.

The curriculum is different, the main content of learning is different, the teachers are different, the concepts are different, the development history is different, and the subject level is also different.

No, it's mechanical. Major in mechanical design, manufacturing and automation.

It is an undergraduate major in ordinary colleges and universities, and it is a mechanical major.

The basic duration of study is four years, and a bachelor's degree in engineering is awarded. In 1989, the major of mechanical design, manufacturing and automation officially appeared in the "Catalogue of Undergraduate Majors in Ordinary Colleges and Universities".

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There is a big difference, one belongs to the mechanical category, the other belongs to the electrical category, and the two majors are also two different college majors in the school.

Mechanical design and manufacturing and automation:

Professional courses include: Mechanical Drawing, Engineering Mechanics, Fundamentals of Mechanical Design, Electrical and Electronic Technology, Application of Microcomputer Principles, C Language, Mechanical Engineering Materials, Fundamentals of Manufacturing Technology, Hydraulic and Pneumatic Transmission, Mechanical Manufacturing Technology, Control Engineering, Testing Technology, Numerical Control Technology, Metal Materials, Mold Design and Manufacturing, Special Processing Technology, Computer-Aided Design and Manufacturing, Advanced Manufacturing Technology, etc.

Electrical automation, on the other hand, is mainly about electrical control and is affiliated with the School of Electrical Engineering.

This major cultivates a wide range of students who can be engaged in the fields of system operation, automatic control, power electronics technology, information processing, test analysis, research and development, economic management, and electronic and computer technology applications related to electrical engineering"Compound"Senior engineering and technical personnel.

Students mainly learn a broad engineering technology foundation and certain professional knowledge in electrical technology, electronic technology, information control, computer technology, etc. The main characteristics are the combination of strong and weak electricity, the combination of electrical technology and electronic technology, the combination of software and hardware, the combination of components and systems, students receive basic training in electrical and electronics, information control and computer technology, and have the basic ability to solve the problems of electrical engineering technology analysis and control technology.

It has little mechanical knowledge.

The former mechanical design, manufacturing and automation are relatively easy to employ.

This major includes three directions: mechanical design, mechanical manufacturing, mechanical automation (and machinery-related) each has its own focus, including a wide range of fields, generally similar schools can be employed automation belongs to the information major, mainly research electrical automation, etc., not necessarily related to pure machinery, that's it.

Mechanical design and manufacturing is still very suitable for girls to do, and our company's design department is full of girls.

The basic principles and basic knowledge of mechanical engineering control, including the establishment of system mathematical model, time domain and frequency domain analysis of the system, system stability analysis, system calibration and the application of MATLAB in control engineering.

The discipline content of mechanical engineering can be divided into the following aspects according to the nature of the work: Establish and develop the theoretical basis of engineering that can be applied practically and directly to mechanical engineering. Such as engineering mechanics, fluid mechanics, engineering materials science, material mechanics, combustion, heat transfer, thermodynamics, tribology, mechanism, mechanical principles, mechanical parts, metal technology and non-metallic technology, etc.

Research, design and development of new mechanical products, improvement of existing mechanical products and production of new generation mechanical products to meet current and future needs. The production of mechanical products, such as the planning and realization of production facilities, the formulation of production plans and production scheduling, the preparation and implementation of manufacturing processes, the design and manufacture of process equipment, the determination of labor quotas and material quotas, and processing, assembly, packaging and inspection. The operation and management of machinery manufacturing enterprises, such as determining production methods, product sales and production operation management.

The application of mechanical products, such as selecting, ordering, accepting, installing, adjusting, operating, repairing and transforming mechanical products and complete sets of machinery and equipment used in various industries. Study the environmental pollution and excessive consumption of natural resources generated in the manufacturing and use of mechanical products and the treatment measures.

The textbooks for undergraduate and junior college students majoring in mechanical design, manufacturing and automation, mechatronics and other majors can also be used as a reference for relevant teachers and engineering technicians.

In order to better cooperate with classroom teaching, this book is equipped with a number of teaching courseware.

Mechatronics.

Mechatronics technology and mechatronics products are collectively referred to after the introduction of microelectronic components and technologies into electromechanical products. Mechatronics technology, also known as mechanical microelectronic technology, is a system technology that integrates various technologies such as mechanical engineering, microelectronic technology, and information processing technology. Mechatronics products are a kind of multi-functional stand-alone or complete sets of devices with software and hardware systems designed and produced by mechatronics technology, usually composed of mechanical bodies, microelectronic devices, sensors and actuators.

The disciplines involved in mechatronics technology include mechanical engineering (such as mechanics, machining and precision technology, etc.), electrical and electronic technology (such as electromagnetism, computer technology and electronic circuits, etc.), and common technologies (such as system technology, control technology and sensor technology). Mechatronics products mainly include commodity production (such as robots, automatic production lines and factories, etc.), commodity circulation (such as CNC packaging machinery and systems, microcomputer control transportation machinery and CNC engineering machinery and equipment, etc.), commodity storage and sales (such as automatic warehouse, automatic weighing and sales and cash processing systems, etc.), social services (such as automated office machinery and medical and environmental protection and other automation facilities, etc.) and family, scientific research, agriculture, forestry, animal husbandry and fishery, aerospace and national defense and other mechatronics products. Mechatronics has made great changes in the technical structure, product structure, function and composition, production mode and management system of the machinery industry.