What majors are there in the instrument category Which major is good

The employment prospects of instrument majors are good.

There are three instrument majors: measurement and control technology and instruments, precision instruments, and intelligent perception engineering. This major covers a wide range of areas, focuses on high and new technology, but is also down-to-earth. From automatic control in production to the delivery of satellites and rockets into space, there is a place for this profession.

This major cultivates senior technicians, which sounds like vocational schools, but in fact, they are senior engineering and technical talents.

The pace of development of instrumentation majors is unprecedented, and in less than 10 years, the scale of its education has roughly quadrupled. It shows a good state of enrollment and allocation. The reason for the great development of this major is not only due to the greater social demand, but also from the society's recognition of the education of this major.

The goal of this major is to train professionals in the field of information technology instrumentation.

Professional Profile

This major is based on the knowledge structure of talents based on optics, machinery, electricity and computing, and cultivates wide-caliber talents with a strong foundation and a wide range of knowledge, which meets the needs of the talent market and conforms to the vigorous development momentum of information technology. Main disciplines: Instrument Science and Technology, Optical Engineering, Mechanical Engineering, Electronic Information Engineering, Computer Science and Technology.

The discipline of instrumentation is a comprehensive and marginal discipline with multidisciplinary interdisciplinarity. It takes the acquisition of information as the main task, and integrates the basic knowledge and application of information transmission, processing and control. The main research field of this major (measurement technology) will form the three pillars of information science and technology together with computer technology and communication technology.

The basic starting point of the teaching of this major is to organize teaching around the central task of obtaining information accurately, reliably and stably, and to master the theories, techniques and methods related to it. There are many ways to obtain information, and the scope of this major is also very broad.

The above content refers to Encyclopedia - Instrumentation Major.

Instruments include the following majors: marine instruments, aviation instruments, navigation instruments, driving instruments, radio test instruments, carrier microwave test instruments, geological exploration test instruments, building materials testing instruments, first-class test instruments, geodetic surveying and mapping instruments, hydrological instruments, timing instruments, agricultural testing instruments, commercial testing instruments, teaching instruments, medical instruments, environmental protection instruments, etc.

The main occupations engaged in this profession are:

1. Petrochemical, electric power, metallurgy, medicine, papermaking, light industry, textile, national defense and scientific research and other industries, enterprises with a certain degree of automation, engaged in instrument professional engineers, instrument workers, instrument equipment supervisors, if done well, can be the chief engineer.

2. All kinds of engineering construction enterprises related to the above enterprises, professional construction of instrument automation, engaged in instrument workers, instrument engineers, deputy project managers, project managers, etc.

4. Manufacturing and sales enterprises of various types of instrumentation, control systems and other equipment, engaged in related design, manufacturing, sales, technical support, after-sales service, etc.

This profession is basically equal to men and women, but it is more difficult in engineering enterprises and institutions, and women are not very suitable, and women in such enterprises are treasures.

In fact, the development prospects of the instrument profession are extremely broad, first, the automation of modern production processes is the development trend; the second is the popularization and civilization of intelligent and automation technologies and the development of Internet of Things technology; the third is the development of scientific research, environmental protection and other industries; All of them have put forward extremely high requirements for sensing and measurement technology, control technology, and data communication, which will inevitably drive the demand for instrumentation professionals.

Our lives are inseparable from this profession, from household appliances such as rice cookers at home, cars, to gods.

9. Jiaolong has this professional equipment. Therefore, this profession has a lot to offer. Serious study, positive and enterprising, down-to-earth life.

1. The discipline of instrument science and technology is the theoretical and application basis of the major, which mainly studies the measurement theory and measurement methods, the working principle and application technology of various types of measuring instruments, and the design methods of intelligent instruments.

2. The discipline of optical engineering is the application foundation of the major, which mainly studies the basic theory and application technology of optical measuring instruments and the acquisition and transmission of photoelectric test information.

3. The discipline of mechanical engineering is the basis of instrument structure design, which mainly studies the system architecture, motion transmission, value transmission and result indication of mechanical measuring instruments, optical measuring instruments and electronic measuring instruments.

4. The discipline of electronic information engineering is the theoretical and technical foundation of the major, which mainly studies information acquisition technology and basic theories and application technologies related to information processing, and realizes the acquisition, conversion, conditioning, transmission, processing and control section of the equipment, driving and execution functions.

5. The discipline of computer science and technology is the technical foundation of the major, which mainly studies the design and application methods of computer software and hardware in intelligent instrumentation and the transmission and processing technology of digital information, and promotes the rapid development of instrumentation in the direction of digitalization, intelligence, virtualization and networking.

Among the three majors of instruments, the employment prospects of electronic information and science and technology majors are better

1.Major in Electronic Information Science and Technology

Electronic information science and technology major is one of the modern instrument majors with better employment prospects. With the rapid development of information technology, the electronic information industry is booming, and the demand for electronic information science and technology professionals is also increasing. Graduates can find abundant employment opportunities in fields such as communications, computers, electronic equipment manufacturing, the Internet, and artificial intelligence.

2.Automation Major

Automation is another direction with good employment prospects among instrument majors. Automation technology is widely used in industrial production, transportation, energy management and other fields, and there is a large demand for automation professionals. Graduates can find employment opportunities in fields such as industrial automation, intelligent control systems, robotics, and more.

3.Measurement and control technology and instrument major

Measurement and control technology and instrumentation is a direction with relatively good employment prospects among instrument majors. With the progress of science and technology, measurement and control technology has been widely used in various fields, and the demand for measurement and control technology and instrument professionals is also increasing. Graduates can find employment opportunities in areas such as instrumentation manufacturing, automation control, environmental monitoring, medical equipment, and more.

4.Professional development trends

The employment prospects of instrumentation majors are affected by industry trends. With the continuous progress of science and technology, the demand for instrument professionals in emerging fields such as artificial intelligence, Internet of Things, and big data is also increasing. Therefore, graduates can keep up with the development trend of the industry and increase their employability competitiveness by continuously learning and upgrading their skills.

5.Employment prospect factors

In addition to the choice of major, the comprehensive quality and practical experience of the individual are also important factors affecting the employment prospects. Students can accumulate practical experience and improve their abilities by participating in internships, research projects, competitions and other activities. In addition, good communication skills, teamwork skills, and innovative thinking are also important advantages in employment.

6.Employment support and development opportunities

The employment support and development opportunities provided by the school and society also play an important role in the employment prospects of graduates. Schools can organize career guidance, career planning and other activities to help students understand the job market and industry dynamics, and provide employment information and resources. At the same time, graduates can also broaden their employment channels and increase employment opportunities by participating in job fairs and school-enterprise cooperation.

To sum up, the electronic information science and technology major is one of the three majors with better employment prospects. However, the job prospects are not only determined by the choice of major, but also by factors such as personal qualities, practical experience, industry trends, and employment support. Graduates should actively improve their abilities, pay attention to industry trends, and find suitable employment opportunities to increase their employability competitiveness.

The three majors of the instrument category are measurement and control technology and instruments, optoelectronic information science and engineering, and precision instruments and optoelectronic engineering. These three majors all belong to the field of instrumentation, but there are certain differences in professional direction and employment direction. The following is an analysis of the employment directions and prospects of these three majors:

1.Measurement and Control Technology and Instrumentation: This major mainly cultivates talents with basic knowledge and application ability in measurement and control technology, measurement and control instruments and systems.

Graduates can be engaged in scientific and technological development, design and manufacture of instruments and systems, applied research, and dust management in the field of measurement and control in various sectors of the national economy. Employment directions include instrumentation, industrial automation, electronic technology, semiconductors, integrated circuits, new energy, computer software, machinery and equipment, heavy industry, petrochemical industry, mineral geology, etc.

2.Optoelectronic Information Science and Engineering: This major mainly focuses on the fields of optoelectronic technology, optoelectronic detection, optoelectronic devices, etc., and cultivates application-oriented senior professionals with innovative spirit and practical ability.

Graduates can engage in scientific research, design, manufacturing and management in the fields of optoelectronics, optoelectronic information, optoelectronic materials, optoelectronic detection, optical communication, laser technology and other fields.

3.Precision Instrument and Optoelectronic Engineering: This major mainly cultivates talents with basic knowledge and application ability in the field of precision instrument and optoelectronic engineering.

Graduates can engage in scientific research, design, manufacturing and management in the fields of precision instruments, optoelectronic equipment, optoelectronic information, laser technology, optical communication and other fields.

To sum up, these three majors have certain advantages in terms of employment direction and prospects. However, the specific major is better for employment needs to be judged according to market demand and personal interests. It is recommended that you choose a major that suits you according to your interests and development direction.