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From the previous introduction to the measurement and control technology and instrument major, we can know that this major involves a wide range of research directions. The courses learned involve multiple disciplines, covering mechanical manufacturing, computers, and optoelectronic engineering. The courses in some schools involve research directions such as aerospace, bioengineering, and marine and ship engineering.
However, in employment, especially when graduating from undergraduate studies, measurement and control technology and instrument major are far from those subjects in specialized directions.
Most manufacturing enterprises require a very detailed grasp of students' professional abilities. For the measurement and control technology and instrument profession, it is easy to encounter situations where companies dislike "not being good at a certain direction".
Some people say that graduates of measurement and control technology and instruments are not as good as computer majors, optics is not as good as optics, and machinery is not as good as mechanical majors.
But in the process of actual employment and solving specific problems, how can we use only one direction of knowledge? Especially for engineering students, personal professional ability is always the most important.
Measurement and control technology and instrument majors also have their own advantages over other majors - the courses are widely covered. For students, the most important thing to do is to study a certain aspect thoroughly.
For example, there are generally C++ and other programming languages in the courses of measuring and control technology and instruments. If students can study programming languages seriously, because they not only know the computer major, but also know the professional knowledge of machinery, will be more competitive than graduates of computer major when they are employed.
In addition to computer language, mechanical mapping, sensors, image technology and signal transmission courses in different directions, as long as you study and study carefully, you will have high employment prospects in different directions when you are employed.
Compared with other engineering majors, although the measurement and control technology and instrument major lack deeper research in a certain direction, they have settings for basic technology courses that are necessary for engineering. If you have a deeper understanding of these basic technologies, you can also gain an advantage in competition with other engineering majors.
In addition to finding employment after graduation, there are also many students who choose to further their studies. Especially now that the country is transforming into an innovation-driven country, the requirements for innovative and highly educated talents are getting higher and higher. Students who graduate from engineering majors are no longer satisfied with being "workers" in factories.
Measurement and control technology and instrument majors are relatively easy to take the postgraduate entrance examination. First, the engineering majors generally have low scores, and fewer people choose to take the postgraduate entrance examination. Second, because undergraduate courses cover courses in various majors, it is relatively easy to take other engineering majors across the board, while other engineering majors rarely choose to take the cross-examination measurement and control technology and instrument majors across the board.
Measurement and Control Technology and Instrument Professional Employment Targets mainly face manufacturing enterprises. The following introduces the employment direction and employment goals of Measurement and Control Technology and Instrument .
Information technology direction: Information technology mainly recruits graduates in the computer and communication engineering directions, while most measurement and control technology and instrument majors have courses in signal transmission and computer code.
As long as students study code carefully during college, conduct relevant internships, and have relevant work experience, they can consider companies such as Huawei , Datang Telecom, etc.
Instrument direction: The most professional employment direction of instruments is instrument factories, such as Chongqing Chuanyi Company.
Instrument Factory can be said to be a manufacturing factory with a good working environment. In most people's impression, the machinery manufacturing factory is a dirty and messy and sweaty worker. Due to the requirements of instrument precision, the instrument manufacturing factory has high requirements for the internal temperature and cleanliness of the factory.
Aerospace Direction: The aerospace direction can be said to be an important employment direction for the major of measurement and control technology and instruments, especially the measurement and control technology and instruments of the University of Astronautics can be said to be specially prepared for the development of aerospace instruments.
The more famous aerospace enterprises include Harbin Aircraft Industry Group Co., Ltd., Changhe Aircraft Industry Group Co., Ltd. and Aerospace Science and Technology 061 Base, etc. These units are mainly state-owned enterprises.
Other high-tech enterprises: At present, the measurement and control technology and instrument majors have opened popular high-tech enterprises such as image processing and robots. These technologies are also urgently needed to make breakthroughs in the future. High-tech enterprises are also in a shortage of a group of innovative students who are proficient in different professional directions.
further study: In addition to hoping to enter various prestigious schools, various research institutes are a cost-effective choice, including the Institute of Research, Institute of Automation, Institute of Electronics of the Chinese Academy of Sciences, Institute of Electronics of the Chinese Academy of Sciences, Institute of Chinese Academy of Sciences, Institute of Electronics of the Chinese Academy of Sciences, Institute of , Institute of 618, and Institute of Institute of Aerospace 1, and other research institutes.
Research institutes have a relatively strong scientific research atmosphere and professional guidance in the research and development of high-tech instruments. These research institutes are of great help to graduate from the future and enter various high-tech enterprises or stay in research institutes for scientific research.
Key points summary:
1. Employment in measurement and control technology and instrument majors is poor compared with other engineering disciplines, mainly because the courses of this major cover too wide and the courses are not refined enough;
2. Measurement and control technology and instrument majors can make up for the impact on the major through the study of a certain technology or course;
13. The main employment targets of measurement and control technology and instrument majors are manufacturing enterprises, which include communication technology enterprises, mechanical engineering enterprises, instrument manufacturing enterprises, aerospace engineering or marine ships;
4. It is difficult to get in touch with the research and development and manufacturing of high-end instruments and equipment after undergraduate graduation. If you want to develop high-end instruments, you need to go through further studies;
5. The postgraduate entrance examination for measurement and control technology and instrument majors is relatively easy. In addition to traditional engineering colleges, the target colleges for the postgraduate entrance examination can also consider relevant research institutes.
