Hello, I would like to take Optical Engineering 30

The second and third articles below are almost like that, 1. The direction of the postgraduate entrance examination is a formality, which does not affect your future choice, and after you have passed the retest, you will immediately contact the tutor you want to learn the direction of study, two-way choice, and then follow his direction to do, and the specific direction he will set for you; 2. Which direction is promising, no one dares to draw this conclusion, no matter which direction you study, you must learn something real, and it is easy to mix it after graduation, otherwise it is a little painful to learn slowly after graduation, and it is best to continue to do it, I did a master's degree in one direction after the work in another direction, so that there is no work accumulation, my personal advice to you is that optical design is hard to learn, compared to other directions of optical engineering, the employment is wider, and it is easy to learn things, and there is accumulation. The premise is that you are interested and have a good understanding of geometrical optics and optical design.

Good landlord. Optical engineering is a relatively abstract subject, and if you only want to get a graduate diploma, to be honest, the scope of work in the future is still relatively narrow. If you want to stay in school or engage in scientific research in the future, you must choose a direction that interests you, otherwise it will be really torturous to learn.

I'm a bloody example.

Hope it helps you and bless you!

Beijing Institute of Technology, Zhejiang University, Tsinghua University, Tianda, Harbin Institute of Technology, and several major optical and mechanical institutes are all better choices! When you register for the graduate school entrance examination, you generally choose it casually, and then contact the tutor when you take the retest.

That's how we were back then!

The schools that are easy to get into graduate school in 2023 for optical engineering majors are: Nanjing University, University of Science and Technology of China, Beijing University of Posts and Telecommunications, etc. The main directions of the postgraduate examination of optoelectronic information science and engineering are optics, optical engineering, and instrument science and technology.

Postgraduate subjects in optical engineering at several universities:

The subjects of optical engineering in various colleges and universities in China are slightly different, and the subjects of optical engineering in Beijing Institute of Technology are: 101 Ideological and Political Science, 201 English I or 202 Russian or 203 Japanese or 244 German, 301 Mathematics I, 811 Electronic Technology (including analog and digital parts) or 819 Physical Optics or 820 Applied Optics.

Sun Yat-sen University Optical Engineering Postgraduate Subject.

Sun Yat-sen University's Optical Engineering Postgraduate Examination subjects are: 101 Ideological and Political Theory, 201 English I, 301 Mathematics I, 859 Optics or 858 General Physics; Re-examination professional courses: F3006 Semiconductor and Solar Energy Technology or F3002 Optical Engineering Comprehensive Examination A.

Postgraduate examination course of optical engineering of Zhejiang University.

The postgraduate subjects of optical engineering in Zhejiang University are: (101) Ideological and Political Theory (201) English I (202) Russian (203) Japanese (301) Mathematics I (408) Computer Science Professional Fundamentals (832) Mechanical Design Fundamentals (841) Engineering Optics Fundamentals (845) Automatic Control Principles (857) Analog and Digital Electronic Technology.

The schools that are good for the postgraduate examination of optical engineering are: Chongqing University, Anhui University, Jiangsu University, Shenyang University of Technology, etc.

The 19-21 years of optical engineering major of Chongqing University are all school lines, indicating that the number of volunteers is not very sufficient. Moreover, the lowest score of the admission list every year is also very close to the professional line, which shows that this professional line has great reference value.

In addition, the annual re-examination ratio of this major is close to 1:1, only in 20 years, 13 people re-examined 1 person, and all of them were re-examined in equal years.

At the same time, this major also receives a large number of adjustments every year, which once again verifies the lack of a number of volunteers. Moreover, in 2022, the professional line is still the school line, and it is still not difficult to apply for the exam.

Optical engineering jobs are good.

Employment prospects: Some professionals divide optical engineering into two categories, one from a horizontal point of view, optical engineering can choose a good research institute is relatively small, the employment area is narrower, compared to far less than mechanical, electronic and other majors are good employment.

From a longitudinal point of view, the employment of the above types of majors is relatively similar, and the employment prospects and employment aspects are relatively good.

Optical Engineering: A type of engineering that applies optical theory to practical applications. Optical engineering designs optical instruments, such as lenses, microscopes, and telescopes, as well as other devices that take advantage of optical properties.

In addition, optical engineering also studies optical sensors and related measurement systems, lasers, fiber optic communications, and optical discs (e.g., CDs, ***), etc.

Because optical engineering designs and develops components that use light for a specific purpose, optical engineering needs to understand the nature of light and know the limits that can be achieved in the laboratory.

In practice, it is also necessary to consider the available technology, materials, costs and design methods. Optical engineering, like other engineering fields, uses computers to aid the design process. It may be used in conjunction with instruments, for optical simulation, optical system design, and other applications.

The above content refers to Encyclopedia - Optical Engineering.

What are the subjects for the postgraduate examination in optical engineering? Which schools are good to take? There are 4 postgraduate subjects in optical engineering, including politics, foreign language, mathematics and professional courses.

The schools with low difficulty in the entrance examination of optical engineering include Chongqing University, Anhui University, Jiangsu University, and Shenyang University of Technology. In order to let you grasp more information, the senior sister has sorted out the relevant content of the postgraduate examination subjects of optical engineering, please pay attention to check!

1. Introduction to optical engineering and score distribution

Ideological and political theory.

Exam duration: 180 minutes.

Maximum score: 100 points.

Question types: multiple-choice, multiple-choice, analytical.

English I. Exam duration: 180 minutes.

Maximum score: 100 points.

Math I. Exam duration: 180 minutes.

Full score: 150 points.

Question types: multiple-choice, fill-in-the-blank, and answer-and-answer questions.

4. Professional courses.

Exam duration: 180 minutes.

Full score: 150 points.

Question type: self-directed proposition.

2. Examples of professional courses in optical engineering

1. Changchun University of Science and Technology Optical Engineering Postgraduate Examination: (802) Physical Optics.

2. Beijing Jiaotong University Optical Engineering Postgraduate Course: (876) Optics.

3. Optical Engineering Postgraduate Course of National University of Defense Technology: Optoelectronic Technology, Optics, Electromagnetism, Note: Choose one of the three courses.

4. Nankai University Optical Engineering Postgraduate Course: (804) Optics.

5. Huazhong University of Science and Technology Optical Engineering Postgraduate Examination: Solid State Physics, Electronic Technology Fundamentals, Physical Optics, Laser Principles (choose one of four).

3. Colleges and universities with low difficulty in optical engineering

1.Chongqing University.

2.Anhui University.

3.Jiangsu University.

4.Shenyang University of Technology.

5.Chongqing University of Posts and Telecommunications.

6.Zhejiang University of Technology.

7.University of Electronic Science and Technology of China.

Unclear policy for postgraduate entrance examinations? Confused about the same academic ability and on-the-job master's degree? Is it difficult to choose a college major? Click on the official website at the bottom, there are professional teachers to answer your questions, 211 985 graduate students and doctors open network to declare the name:

The employment prospects of optical engineering majors are good, because the optical engineering majors are relatively unpopular, and the optical engineering industry is in short supply, so the society has a greater demand for optical engineering professionals.

Graduates generally have two employment directions, one is the optical direction, the demand is small, the threshold is high, and the prospects are good, and they are generally engaged in optical design work in large companies, such as optical field lens design, optical device design (optical communication), lighting optical design, etc.

The second is the direction of electricity, the demand is large, the threshold is relatively low, and hardware engineers (circuit design) are needed from mobile phones to standby freighters; Of course, with the development of the Internet, there are also graduates who work as software engineers and even algorithm engineers.

Research Directions of Optical Engineering:

1. Photoelectric imaging devices and wide-beam electron optics: mainly engaged in the research of the principle and technology of various photoelectric imaging devices, the detection and simplification application technology, the wide-beam electro-optical system and design, etc.

2. Virtual reality and augmented reality technology: mainly engaged in the research of virtual reality and augmented reality algorithms, technologies, systems, and their applications in various fields.

1. As an interdisciplinary discipline of science and engineering, the theoretical system of optical engineering has been continuously improved and developed, and now optical engineering has developed into a discipline that focuses on optics and closely intersects and interpenetrates with information science, energy science, materials science, life science, space science, precision machinery and manufacturing, computer science and microelectronic technology.

2. In recent years, in some important fields, the information carrier is expanding from the electromagnetic band to the optical band, so that the main body of the modern optical industry is concentrated in the optical information acquisition, transmission, processing, recording, storage, display and sensing.

3. Due to the low demand in this professional market today, the employment rate is very high and the employment prospects are good, graduates have been welcomed by employers in various industries, and more people are engaged in optical engineers.

Optical engineering is more focused on practical technology.

In 1997, under the recommendation of Academician Daheng in China's optical industry, he was appointed to the Academic Degree Committee.

The committee agreed to list "optical engineering" as a first-level discipline of engineering. As an interdisciplinary discipline of science and engineering, the theoretical system of optical engineering has been continuously improved and developed, and now optical engineering has developed into a discipline that focuses on optics and closely intersects and interpenetrates with information science, energy science, materials science, life science, space science, precision machinery and manufacturing, computer science and microelectronic technology. It includes many important emerging disciplines, such as laser technology, optical fiber communication, optical storage and recording, optical information processing, optoelectronic display, holographic and three-dimensional imaging, thin film and integrated optics, optical and optical fiber sensing, optical detection, laser material processing and processing, weak light and infrared thermal imaging, optoelectronic measurement, modern optical and optoelectronic instruments and devices, optical remote sensing technology, and integrated optical engineering technology.

These branches not only made a qualitative leap forward in the discipline of optical engineering, but also contributed to the establishment of an unprecedented modern optics and optoelectronics industry that was rapidly expanding in scale.

I am optical engineering Optics is a science certificate, optical engineering is an engineering certificate This is the only difference When you really go to graduate school, there is no difference at all ==b Graduate students have little to do with the major, mainly depending on the research direction of your supervisor

I also feel that it is better to take the optical engineering exam, and it will be more widely used in the future, and it will be easier to find a job. However, optics belongs to science, and it will be much easier to take the test than optical engineering, and the score will be much worse.

Your major is engineering, it is recommended that you take the optical engineering exam, and the employment prospects of engineering are much better.

Optical engineering is still some, I feel that the scope is wider, and the employment is better, or your employment scope is too narrow.

There is not much difference, optics is a science degree, optical engineering is an engineering degree, and there is a greater advantage in optics, you can study for a master's degree and a doctorate, while optical engineering must be graduated before you can sign up for a doctorate.

The employment of optical engineering is wider than that of optics, optics is a science subject suitable for further doctoral studies, otherwise optical engineering is more suitable, the School of Physics and Optoelectronic Engineering of Shandong University of Technology has a master's degree in optical engineering, with a good faculty, and the student employment unit is good, which is worth applying.

It is easy to find a job in optical engineering, optical is pure theory, and employment is not easy, so many people continue to study for a doctorate.

This project is completely gender-neutral, unlike other engineering disciplines, such as computer engineering, where men are more suitable. The ratio of men and women in optical technology in the Chinese Academy of Sciences is basically the same, as long as you learn well, you will definitely have a future. Don't worry, don't worry about this, but also consider whether you are interested.

Question: Doesn't the difference in physics affect the study of optics?