What are the application examples of measurement and control instruments?

The major of measurement and control technology and instrumentation cultivates senior engineering and technical talents who have the basic knowledge and application ability of precision instrument design and manufacturing, measurement and control, and can be engaged in the design and manufacture of relevant technologies, instruments and systems in the field of measurement and control, scientific and technological development, applied research, operation management and other aspects in various departments of the national economy. Therefore, the basic requirements of the school for students of this major are that the students of this major mainly learn the basic theories and basic knowledge of electronic technology, computer technology, mechanical design, material processing, control technology, etc., and receive basic training in electronic technology application, computer application, non-destructive testing process design and testing operation, computer testing and instrument development and design, etc., and have the basic ability to engage in non-destructive testing application, computer testing, instrument design and development, etc. Master the basic theory of optics, mechanics and electronics of precision instruments, measurement and control theory and design methods of related measurement and control instruments, be trained in modern measurement and control technology and instrument application, and have the ability to apply and design and develop measurement and control technology and instrument systems in this specialty.

Compared with many science and engineering majors, measurement and control technology and instruments may be a major that is more difficult to look at. What exactly is "measurement and control"? What is the scope of "measurement and control"?

What can the "measurement and control" profession do in society? These problems make many candidates have doubts about this major when they apply for the exam. In fact, measurement and control technology is a cutting-edge technology that accurately detects and collects various information.

To put it bluntly, "measurement and control technology and instruments" is to research and develop the most advanced measuring instruments. High-tech measuring instruments are not only gradually being used in all areas of our daily lives, but also in our most cutting-edge and exciting areas.

Measurement and Control Technology and Instruments:

Training objectives: This major cultivates senior engineering and technical talents who have the basic knowledge and application ability of precision instrument design and manufacturing, measurement and control, and can be engaged in the design and manufacture of relevant technologies, instruments and systems in the field of measurement and control, scientific and technological development, applied research, operation management and other aspects in various departments of the national economy.

Training requirements: Students in this major mainly learn the basic theory of optics, mechanics and electronics, measurement and control theory of precision instruments and the design methods of related measurement and control instruments, and are trained in modern measurement and control technology and instrument application, and have the ability to apply and design and develop measurement and control technology and instrument systems in this major.

In addition, you can look up the knowledge and abilities that graduates of this major should acquire, the main disciplines, the main courses and the main professional experiments, etc., which will give you a deeper understanding of the subject.

Knowing this, you may still be confused, but when I look at the training goals again based on my learning experience, I find that the content of this major is too broad, and it is impossible to learn all of them in college. In fact, as long as you are proficient in light, mechanical, and electrical, you will be very successful. The so-called mastery is, firstly, that you have a solid foundation of basic knowledge, and secondly, you need to be able to design with relevant tools, and you also need to master the knowledge related to it.

For example, precision instrument design, different from mechanical design, if the precision requirements are high, then in addition to meeting the performance requirements, how to achieve the lowest quality, which involves mechanical knowledge. Of course, most undergraduates do not involve this issue, but they should know in their hearts that if they want to make high-precision instruments in the future, they need to discuss mechanical properties. There is also the design that needs to be processed, and the design needs to consider the processing technology before it can be produced and assembled.

Wait a minute. Therefore, the future employment depends on which aspect is more prominent on this basis, and then go to find a relevant place to work. If you want to do technology, I recommend that you choose one direction and prepare well.

I also think there are too many other factors in the direction of future employment. It is recommended that everyone study hard, exercise themselves more, and at least not waste time. The direction is constantly clear in the process of hard work, and on the basis of hard work, add personal creativity, maybe you will become that distinctive talent.

1. Measurement and control technology and instrumentation is a high-tech intensive and old-fashioned comprehensive discipline formed by the interpenetration of multiple disciplines such as precision machinery, electronics, circuits, optics, automatic control, computer and information technology, and is the only undergraduate major in China's instrumentation industry. It has a wide range of specialties: instrument design and manufacturing, industrial automation control, rocket and missile satellite launch and monitoring, deep-sea probes, and aerospace vehicles.

2. This major cultivates senior engineering and technical talents with basic knowledge and application ability in precision instrument design and manufacturing, measurement and control, and can be engaged in the design and manufacturing of precision instruments and Sakura old systems, precision machinery design and manufacturing, and industrial automatic control in various sectors of the national economy.

When filling in the college entrance examination, the employment prospects of measurement and control technology and instruments are the concerns of many candidates and parents. The following is a list of "What is good for employment in measurement and control technology and instrumentation majors".

Professional training requirements for measurement and control technology and instruments.

Graduates are expected to acquire knowledge and abilities in the following areas:

1.Have a solid foundation in natural sciences, humanities, arts and social sciences, and the ability to correctly use the Chinese language and writing;

2.Systematically master the basic knowledge of a wide range of technical theories in this professional field, mainly including basic knowledge of mechanics, electrical and electronics, optics, sensor technology, measurement and control, market economy and enterprise management;

3.Master the combination of optical, mechanical, electrical and computer contemporary measurement and control technology and experimental research capabilities, with the design and development capabilities of modern measurement and control systems and instruments;

4.Strong foreign language skills;

5.Have strong self-learning ability, innovation consciousness and high comprehensive quality. Change the good finger.

Measurement and Control Technology and Instrumentation Career ProspectsMeasurement and Control Technology and Instrumentation is a wide range of majors, which is designed to train electronic engineers who can design corresponding test instruments according to application needs. Taking Chengdu Institute of Technology as an example, it is mainly based on the design and application of nuclear testing instruments, while the measurement and control technology and instruments of Southwest Jiaotong University are mainly based on the learning of measurement and control instruments in road construction engineering.

Graduates of the Measurement and Control Technology and Instrumentation program are required to have comprehensive abilities in the development and use of electronics, computers, and professional software. Emphasis is placed on hands-on ability and logical thinking skills.

Employment. At present, there is a shortage of graduates majoring in measurement and control technology and instrumentation with good ability. With the continuous development of electronic science, embedded technology, and new sock distortor technology, the employment prospects of measurement and control technology and instruments are very good.

After graduation, students of this major can be engaged in the design and manufacture of technology, instruments and systems in the field of measurement and control, scientific and technological development, applied research, operation management and other aspects in various departments of the national economy.

Measurement and control technology and instruments are specialized in the industry.

After graduation, he mainly worked in the instrument, electronic technology, nuclear and new energy industries, roughly as follows:

1. Instrumentation industrial automation;

2. Electronic technology, semiconductors, integrated circuits;

3. New energy;

4. Computer software;

5. Machinery and equipment heavy industry;

6. Petrochemical and mineral geology;

7. Other industries;

8. Environmental protection. Measurement and control technology and instruments are professionally engaged in positions.

After graduation, he is mainly engaged in instrument engineering, hardware engineering, electrical engineering, etc., which are roughly as follows:

1. Instrument Engineer;

2. Hardware engineer;

3. Sales Engineer;

4. Electrical Engineer;

5. Embedded Software Engineer;

6. Regional sales manager;

7. Technical support engineer;

8. Test engineer.