Is mechatronic engineering an engineering or a science

Mechatronic Engineering.

It belongs to the engineering department.

Generally speaking, the science called xx science is science, such as physics, chemistry, and life science.

Astronomy, etc., all fall under the scope of science. The one called xx engineering is engineering, such as mechanical engineering, aeronautical engineering, chemical engineering, etc., all of which belong to the scope of engineering.

1. The study of science is science, and the more specific, detailed, and clear the research is required, the better; Engineering research is technology, and the simpler the research, the more the production cost can be reduced.

The lower the lower, the better;

2. Basic scientific research that science attaches importance to and practical application that engineering attaches importance to.

3. Science is the theoretical basis of engineering; Engineering is the practical application of science.

4. Train scientists in science and engineers in engineering. Do you want to be a scientist or an engineer?

Science is a basic science, and the quantity and quality of its original achievements determine the scientific level of a country, including mathematics, physics, chemistry, and biological sciences.

Astronomy, atmospheric science, electronic information science and environmental science, etc., the goal is to train high-level professionals engaged in scientific research, teaching, technology development and related management work. The quantity and quality of original achievements in basic science determine the scientific level of a country. Therefore, science is the life of Chinese science.

At present, higher education in our country.

From the perspective of development, it is the consensus of more and more people to lay a good foundation for undergraduate education. Such as Peking University and Fudan University.

and other comprehensive colleges are schools that are good at science.

Engineering is the application of mathematics, physics, chemistry, biology and other basic science principles, combined with the production practice of the accumulation of technical experience and the development of disciplines, typical disciplines include civil engineering, highways and bridges, machinery, water conservancy, electrician, automobile, electronics and information, thermal and nuclear energy, materials, instrumentation, environmental engineering, chemical and pharmaceutical, aerospace, etc., the training goal is to engage in the relevant production and technology fields of design, manufacturing, technology development and management of senior professionals. Such as Tsinghua University, Xi'an Jiaotong University.

Harbin Institute of Technology and other schools that are good at engineering.

As a senior majoring in mechanical and electronic engineering, I tell you that this must be engineering! ~

First, the profession is different.

1. Mechatronic Engineering.

Mechatronic engineering, commonly known as mechatronics, is a type of mechanical engineering and automation. The major of mechanical and electronic engineering includes basic theoretical knowledge and mechanical design and manufacturing methods, computer software and hardware application capabilities, and can undertake the design, manufacturing, testing and development of various mechanical and electrical products and systems.

2. Mechanical engineering.

Mechanical Engineering is an applied discipline that takes the relevant natural sciences and technical sciences as the theoretical basis, combined with the technical experience in production practice, to study and solve all the theoretical and practical problems in the development, design, manufacture, installation, operation and repair of various machinery.

Second, the training objectives are different.

1. Mechatronic Engineering.

The mechatronics courses of many universities at home and abroad are mainly composed of some courses in mechanical engineering, electronic engineering, computational and control engineering. This is very difficult for the students trained in this major. Therefore, the talents and talent knowledge structure and technical literacy required by mechanical and electronic engineering are obviously different from those of traditional mechanical engineering personnel.

Some foreign companies have also begun to believe that electromechanical talents are more attractive to them.

2. Mechanical engineering.

Students in this major mainly learn the basic theories of mechanical design, manufacturing, electrical and electronic technology, computer technology, information processing technology and automation, receive the basic training of modern mechanical engineers, and have the basic ability to engage in the design, manufacture and system of mechanical and electrical products, production organization and management, and equipment control.

Third, the direction of employment is different.

1. Mechatronic Engineering.

Graduates can be engaged in the design, manufacturing, management, education and teaching, development, sales and technical services of mechanical and electrical products in various mechanical design and manufacturing enterprises, electronic and electrical enterprises and other production departments, companies, scientific research and teaching departments.

2. Mechanical engineering.

Relevant state departments, scientific research institutes, colleges and universities, enterprises, and advanced technology companies use CAD and analysis software to engage in the research, design, and manufacture of various mechanical and electrical products and electromechanical automatic control systems and equipment, such as: the design, manufacturing, development, testing and research of advanced technology products and systems such as industrial robots, microelectromechanical systems, and intelligent devices.

Summary. Hello, what is the difference between mechatronic engineering and mechanical engineering, majors and training objectives "The difference between mechanical engineering and mechatronic engineering is the major and training objectives. Mechatronic engineering is a kind of mechanical engineering and automation, including basic theoretical knowledge and mechanical design and manufacturing methods, and can undertake the design, manufacturing, testing and development of various mechanical and electrical products and systems.

The mechanical engineering major is an applied discipline that studies and solves all theoretical and practical problems in the development, design, manufacture, installation, application and repair of various machinery based on the relevant natural and technical sciences and combines the technical experience in production practice.

Hello, what is the difference between mechatronic engineering and mechanical engineering, majors and training objectives "The difference between mechanical engineering and mechatronic engineering is the major and training objectives. Mechatronic engineering is a kind of mechanical engineering and automation, including basic theoretical knowledge and mechanical design and manufacturing methods, and can undertake the design, manufacturing, testing and development of various mechanical and electrical products and systems. The mechanical engineering major is based on the relevant natural sciences and technical sciences, combined with the technical experience in production practice, to study the application of all theoretical and practical problems in the development, design, manufacture, installation, application and repair of various machinery in Datan.

Hello, the difference between mechatronic engineering and mechanical engineering is as follows: Major and training objectives "The difference between mechanical engineering and mechatronic engineering is the major and training objectives. Mechatronic engineering is a kind of mechanical engineering and automation, including basic theoretical knowledge and mechanical design and manufacturing methods, and can undertake the design, manufacturing, testing and development of various mechanical and electrical products and systems.

The mechanical engineering major is based on the relevant natural sciences and technical sciences, combined with the technical experience in production practice, to study the application of all theoretical and practical problems in the development, design, manufacture, installation, application and repair of various machinery in Datan.

It is better to explain separately, machinery, including materials, processing technology, structural mechanics, and mechanism design. Electronics, including programming (this refers to the big concept not just speaking the C language), such as microcontrollers, CNC programming, etc., but also electricians, information control. Mechatronic engineering naturally means that both involve and combine knowledge.

In my opinion, most schools tend to focus on mechanics and less on electronics, and they don't just study engineering, economics, management, and so on.

Is mechatronic engineering a liberal arts or a science? After graduating from the bachelor's degree in mechatronic engineering, it is awarded an engineering degree, which belongs to the mechanical category, and generally recruits science students in this major in various universities.

From the perspective of professional division, mechatronic engineering is a science major, but due to the university stage, the major is no longer divided into simple liberal arts and sciences, but is divided into 13 major categories. Therefore, it cannot be ruled out that a university opens a mechanical and electronic engineering major to recruit liberal arts students or both arts and sciences.

The specific enrollment of mechanical and electronic engineering majors is to recruit liberal arts students, science students or both arts and sciences, and candidates and parents should still refer to the enrollment plan of each university in the current year, which is more accurate.

Which universities are better to major in mechatronic engineering.

Introduction to Mechatronic Engineering.

This major focuses on mechanics, mechanical engineering, electronic science and wheel technology, control science and engineering, and focuses on the basic theories and professional knowledge required by the disciplines of electromechanical system design and control system design.

Students are required to have the basic theories and knowledge of mechanical, electronic, control and other disciplines, and have the basic skills of mechanical design and manufacturing, automatic control and testing of Zibixin dynamic equipment and production systems, computer application technology, etc.; Able to engage in the design and manufacturing, research and development, engineering application, operation management and other aspects of mechatronics products and systems in the electromechanical industry and related fields.

Unlike a hail cheating pure mechanical, a source family is a combination of Hu Pei's mechanical and electronic family.

Mechanical engineering is the traditional mechanical profession. Mechanical and electronic engineering is an interdisciplinary discipline. Mechanical + Electrical. Most colleges and universities do not have the ability to open Chunchang interdisciplinary courses. Roll carefully.

Summary. I used to study mechatronic engineering, and in the process of studying, I found that mechatronic engineering technology is fundamentally different. Mechatronic engineering technology refers to the combination of mechanical engineering technology and electronic technology to solve the problems of control, measurement, regulation and other problems in the mechanical system, so as to improve the performance and reliability of the mechanical system.

Mechatronic engineering is a comprehensive engineering discipline, which combines the knowledge of mechanical engineering, electronic technology, computer technology, information technology and other disciplines to solve the problems of control, measurement, regulation and other problems in mechanical systems, so as to improve the performance and reliability of mechanical systems. Expansion: Mechatronic engineering technology is mainly used in the control, measurement, and regulation of mechanical equipment, while mechatronic engineering pays more attention to the design, analysis, research, and development of systems, as well as the comprehensive application of mechanical systems.

I used to study mechatronic engineering, and in the process of studying, I found that mechatronic engineering technology is fundamentally different. Mechanical and electronic engineering technology refers to the combination of Zihuai mechanical engineering technology and electronic technology to solve the problems of control, measurement, and adjustment in the mechanical system, so as to improve the performance and reliability of the mechanical system. Mechatronic engineering is a comprehensive engineering discipline, which combines the knowledge of mechanical engineering, electronic technology, computer technology, information technology and other disciplines to solve the problems of control, measurement, regulation and other problems in mechanical systems, so as to improve the performance and reliability of mechanical systems.

Expansion: Mechatronic engineering technology is mainly used in the control, measurement, and regulation of mechanical equipment, while mechatronic engineering is more focused on the design, analysis, research, and development of systems, as well as the comprehensive application of mechanical systems.

Can you add, I don't quite understand it.

Mechatronic engineering technology is a technical discipline, which mainly studies the design, manufacturing, control, and maintenance of mechatronic systems. Mechanical and electrical engineering is an applied discipline, which mainly studies the application of mechanical and electronic systems, such as the design, manufacture, control and maintenance of mechanical and electronic systems. Mechatronic engineering technology and mechatronic engineering are both important parts of the field of mechatronics, and they have a close relationship with each other and can promote each other to jointly promote the development of the field of mechanical and electronic engineering.