What is it like to study engineering at university?

If you can do it all over again, you will never be an engineering woman.

From a small point of view, you will feel that you will know a lot of skills that others will not know, although what you learn has nothing to do with what you use, but it will produce an inexplicable self-confidence, which is reflected in the election of departments such as the student union, and if you study a subject with a high degree of theory, you may have a certain sense of superiority.

I have a science and engineering degree in the South Normal School, and I feel that it is okay, and the living facilities are complete. Whether you are spring, summer, autumn or winter, girls with eyes full of eyes can't help but look at four boys walking together. You will be more favored, more concerned with the tutor, the male is the main force of scientific research, haha Occasionally playing football, I feel that there will be few other contradictions, there are few physical conflicts, I am immune to watching beautiful women, and it is more interesting to look at boys.

Every semester when I do electronic experiments, I hold the circuit board in both hands on the school bus, and I see engineering masters who are more important than myself; Electrician bases and laboratories are often brightly lit; There are often people tinkering with model airplanes and tracking cars on the playground; There is not much rhetoric in engineering colleges, and some are just students who rush by for academics and dreams.

The strength of business and engineering is obvious to all, and the most famous and best college in NTU should be considered the business school - Nanyang Business School, abbreviated as NBS. Not only is it ranked among the top five in the world, but the strength of NBS is also the consensus of all students in the school. On the other hand, since it is called Nanyang Technological University, engineering is also NTU's strong point.

EEE (Electrical & Electronic Engineering) is the largest college in the university, and the School of Mechanical Astronautics also accepts many first-class 985 students in China.

It feels like it's obviously a liberal arts school.,I studied a science.,But the science of this school is not very strong.,In the QQ space WeChat.、Endorsement、Under the bombardment of exams.,I don't know what I'm in.,But it's hard to brush the questions.。

The science and engineering man in my eyes should be like this. You can stay awake in the laboratory, you can read a book in the library, and you can be invincible in basketball. Ran goose, in the Southern Division, is like this.

Laboratory! Schoolgirl! Library!

Schoolgirl! Even the basketball court has girls! Of course, it's because there are so many girls!

In fact, it is quite stupid, professional skills and theoretical knowledge are not as solid as the science and engineering departments of the same colleges, and in the case of the whole school's academic focus on liberal arts, there will actually be a sense of inferiority and loss, and they will often think that they are in a state of neglect, and such inferiority will have a great negative impact on finding a job after graduation, even if it is a college or university. So it's an experience of constantly hovering in inferiority and self-confidence for four years, and finally moving towards inferiority.

Provide an explanation from an economic perspective: does this mismatch of human resources just illustrate the imbalance between the supply of university engineering talents and the demand for talents in China's industrialization development?

In other words, the level of industrialization and informatization in China is not high, and the market demand for engineers with a high theoretical foundation is not so large. In this context, the entry threshold of many industries is very low, and the technical difficulty is not large, and many engineering-related positions have a high employment rate on the surface, but they may also be "killing chickens with knives".

Engineering is the largest discipline.

Engineering categories include: machinery, materials, civil engineering, computer, automation, construction, environmental engineering, biomedicine, chemical engineering, textiles, pharmaceuticals, etc. Engineering has a large scale, many types of secondary disciplines and sub-disciplines, and a wide coverage of theory and application, which plays a pivotal role in national economic and social development.

China ranks first in the world in terms of the number of engineers in terms of increment and quantity.

The number of college graduates in China is increasing every year, and a large number of engineers have been trained for the society, and the number of engineers in China accounts for about a quarter of the world.

However, there is still a certain gap between China's industrialization and information development level and developed countries, simply put, the industrial volume is very large, but the overall technology density is not high.

It has to be said that in the past 20 years, many well-known enterprises in China have relied on the dividends of engineers to continue to grow and develop, but we must also admit that most of China's industrialization level is still in the middle and lower level of the world's first-class, or quasi-first-class level, we are an industrial power, but not yet an industrial power.

Therefore, speeding up the industrialization process in China, improving the density of industrial technology, and expanding the demand gap for engineers with a high theoretical foundation is the right solution for those engineers who have "studied hard for four years" to shine!

Hello, I also came from an engineering background, majoring in computer science in college.

The freshman and sophomore years are mainly to lay a professional foundation, including the learning of various languages, such as C, C++, etc., which must be learned well, which is the key; In addition, basic courses such as data structures and discrete mathematics are also compulsory among the compulsory courses.

I think there are two purposes for studying engineering: first, if you are interested in your major, you should delve into science itself; Second, if you don't like your major very much, you should focus on cultivating your learning ability and logical thinking ability. And the latter is something that lasts a lifetime.

Learning is not only about theory, but also about application. Nowadays, there are generally few university applications, but you must have a clear direction, so that you can be comfortable when you go out of school in the future.

Fortunately, engineering; Sadly, engineering, that's what it means.

If you are interested, you should learn useful things thanks to the chaperones and prepare for the future.

Good luck to you.

If you are smart enough to derive the formula step by step, knowing that you can use it freely and do more questions, this is the truth!! Especially for high numbers or something, you must do more questions, finish the after-class questions, if the derivation formula is particularly difficult, then remember the formula and quickly measure the paragraph, you can still get a high score in the exam, and Mu Yu is to listen to the class carefully, it is very important, take more notes, I hope it can help you.