Measurement and control technology and instrument postgraduate entrance examination direction

The postgraduate direction of measurement and control technology and instrument includes: in-depth study of control theory, signal processing and sensor technology, optical measurement technology, intelligent instrument and intelligent control, industrial Internet and Internet of Things, virtual instrument and software testing, precision measurement and nanotechnology.

First, study the control theory deeply.

Control theory is the core theory of measurement and control technology and instruments, and the in-depth study of control theory can deepen the understanding and design of control system. You can further study modern control theory, fuzzy control, neural network control and other related fields.

Second, signal processing and sensor technology.

Signal processing is an important part of measurement and control technology and instruments. In-depth study of signal processing can better understand the measurement principles and methods of various physical quantities. At the same time, sensor technology is the key to realize measurement and control, and various new sensors and their applications can be studied.

Third, optical measurement technology.

Optical measurement technology plays an important role in modern measurement technology. Various optical measurement technologies, such as optical interference, optical microscope, laser measurement and their applications in industry, medical care and other fields can be deeply studied.

Four, intelligent instruments and intelligent control

Intelligent instrument is an important direction of measurement and control technology and instrument, which can deeply study the design, development and implementation of various intelligent instruments. At the same time, intelligent control is an important branch of modern control theory, which can study various intelligent control algorithms and systems.

Verb (abbreviation of verb) system integration and embedded system

With the development of Internet of Things, intelligent manufacturing and other technologies, system integration and embedded systems are more and more widely used in industrial automation, smart home and other fields. We can deeply study the system integration technology and the design and development of embedded system.

Intransitive verbs Industrial Internet and Internet of Things

Industrial Internet and Internet of Things are two important directions of current technology development, and we can deeply study the related technologies and applications of industrial Internet and Internet of Things, such as industrial Internet of Things and intelligent manufacturing.

Seven. Virtual instrument and software testing

Virtual instrument is an important means to realize measurement and control by computer technology, and the design and development of virtual instrument can be deeply studied. At the same time, software testing is an important means to ensure software quality, and various software testing technologies and tools can be studied.

Eight, measurement and control technology in biomedical engineering

The measurement and control technology in biomedical engineering has high requirements for medical equipment, medical instruments, etc. We can deeply study the measurement and control technology and its application in biomedical engineering.

Nine, precision measurement and nanotechnology

Precision measurement is an important application field of measurement and control technology and instruments, and various precision measurement technologies and instruments can be deeply studied. At the same time, nanotechnology is a hot field of current technology development, which can study the technology and application of nano-materials and nano-manufacturing.

When choosing the direction of measurement and control technology and instruments for postgraduate entrance examination, the following factors need to be considered:

I. Interests and expertise

First of all, you need to know which direction you are interested in measurement and control technology and instruments, and whether you have relevant professional knowledge and basic knowledge. You can choose your own direction according to your own interests and advantages, so that you can better devote yourself to learning and research.

Second, the employment prospects

It is also an important factor to consider the employment prospects in different directions. You can know the employment information, recruitment demand and salary level of related industries, evaluate the employment prospects in an all-round way, and choose a direction that is more conducive to future career development.

Third, research institutions and tutor resources.

Understand the development of research institutions or universities in all directions, and consider whether there are excellent tutor resources in related fields to choose from. High-quality research institutions and tutors can provide better academic resources and guidance, which is conducive to in-depth study and research.

Fourth, interdisciplinary.

Considering the intersection of disciplines, choose a direction that is closely integrated with other disciplines. Measurement and control technology and instrument is a comprehensive subject, which intersects with many disciplines such as electronic engineering, computer science and physics. You can choose a direction that is closely integrated with these disciplines and expand your knowledge field.

The future development trend of verbs (abbreviation of verb)

Consider the future development trend of science and technology and market demand. You can choose the direction related to the future development trend, so that you can better adapt to the changes in the market and industry.

Personal development goals of intransitive verbs

Consider your personal development goals, such as whether you want to engage in scientific research, technology development or other related work. Choosing the corresponding direction according to personal development goals can better realize your career planning.