Does the Internet of Things Engineering major have high requirements for mathematics and physics?

First of all, I am a first-year student in Internet of Things Engineering, although I have only studied for more than half a year, but after asking my seniors, querying information, and combining my own feelings, I came to the conclusion that it is not easy to learn.

1.This major is partial to science and engineering majors, taking the software side requires a certain logical thinking ability, and the hardware side requires a certain amount of hands-on ability, which may not be suitable for all students to learn, which is actually a common problem of most computer majors, and requires a certain logical thinking ability to learn twice the result with half the effort.

2.Learn a lot and miscellaneous and difficult to understand, learn programming, learn physical knowledge, learn the definition and development of the Internet of Things and related components, engage in various sensors, basically other electronic information or computer majors we have to dip a little, and the content in my opinion is not interested in people are difficult to fully understand, more dry and difficult to understand.

3.Although the employment prospects are good, after all, it is an emerging major, and it has not yet stepped out of the specific development route, which also leads to the fact that the positioning of the major is not completely consistent among the universities, and it also leads to the equivalent of our students majoring"Test the waters"I don't know if it's good or bad.

4.The coverage of the major is too wide, which often leads to graduates who will be a little bit in all aspects, but they are not proficient, so if you want to learn, I still recommend you to choose a certain direction for development, so that it is easier to find employment after graduation.

Then I still want to say that this major is indeed not very easy to learn, but if you come, study hard, as long as you work hard, you must be able to learn well, and if you don't work hard to learn a studious major, you may not be able to pass the assessment, so it is still the same sentence, just work hard, and nothing else is too important. Finally, I attach my student ID to prove that I am not.

Summary. This major is very easy to find a job, and the biggest feature of the Internet of Things major is that the technology chain is very long, involving industrial control, communications, networks, databases, cloud computing, system integration, etc., which belongs to the current trend of industrial digital economy.

Is it easy to find a job if you study Internet of Things Engineering?

The biggest stupid point of the wide file state of the Internet of Things is that the technology chain is very long, involving industrial control, communications, networks, databases, cloud computing, system integration, etc., which belongs to the current trend of industrial digital economy.

From the perspective of the demand of the talent market, whether it is the Internet of Things or cloud computing, talents are hot, but the requirements of enterprises for talents are also quite high. Many units and enterprises not only require applicants to have a master's degree or above, but also require several years of relevant work experience. In this regard, enterprises have said that doing core R&D work or core infrastructure requires some experience accumulation, and undergraduate graduates generally do not have these experiences.

Because the Internet of Things is an interdisciplinary discipline, involving communication technology, sensing technology, network technology, RFID technology, embedded system technology and other knowledge, but it is very difficult to learn these knowledge in depth at the undergraduate level, and some of the positions engaged in core technical work of the Internet of Things Research Institute require a master's degree, so undergraduate graduates can start from the knowledge related to the Internet of Things, find the right professional direction, lay a solid foundation, and enhance the ability of practice and application. The professional development of the Internet of Things industry is still in its infancy, although its application prospects are very broad, and it will become a new strategic industry in China in the future, but its standards, technologies, business models and supporting policies are far from mature. The key to the Internet of Things is the "big integration" application, and the key to the big integration application of the Internet of Things is the middleware and solutions.

Hello, has the question of the foundation been clearly answered for you? If you have any new confusion, please feel free to find me again, and I will answer it for you as soon as possible. I wish you all the best!

The Internet of Things Engineering major belongs to the computer category in engineering, with a standard academic duration of 4 years, and a bachelor's degree in engineering is awarded after graduation. The Internet of Things Engineering major offers two categories: basic courses and professional core courses, and students mainly learn and study the methods and technologies of information flow, material flow and energy flow that interact with each other and transform each other. There is a certain degree of difficulty in learning.

Students need to study dozens of courses, including computer series courses, information and communication engineering, analog electronic technology, Internet of Things technology and application, Internet of Things security technology, etc., while also laying a solid foundation in mathematics and physics. In addition, excellent foreign language skills are also a must, because the current research and development and application of the Internet of Things are mainly concentrated in Europe and the United States and other countries, and students need to read foreign language materials and cope with international exchanges.

The Internet of Things major is an interdisciplinary discipline, involving basic knowledge of computers, communication technology, electronic technology, measurement and control technology, as well as management, software development and other aspects of knowledge. As an emerging major in the exploration stage, each school has specially formulated a training program for Internet of Things professionals.

The Internet of Things is used in mobile monitoring, smart wearables, POS machines, meteorology, medical and energy industries, and is an indispensable product for realizing the networking of devices, many of which are related. TOP domain names are registered.

Hello, the learning of Internet of Things knowledge is still difficult.

At present, the technology system of the Internet of Things is constantly being enriched and improved, involving not only equipment and network knowledge, but also knowledge of the Internet of Things platform, big data, cloud computing and artificial intelligence, so the current technical system of the Internet of Things is still relatively large, and the amount of knowledge that needs to be learned is also relatively large.

Questions. It's easier to get a job than graphic design.

According to the previous seniors, the plane is easy

Questions. Oh, so why is the plane score higher?

As you might have guessed, that one is better read.

Questions. Will it be difficult to find a job when the Internet of Things technology comes out?

It should also be easy to find a job if you study Internet of Things engineering, because the Internet of Things is an emerging industry, which has a lot to do with the current technologies such as 5G, big data, and cloud computing.

How to say a lot of things, it's not popular now, maybe it will be in a few years.

Questions. You won't just learn it in vain.

Teacher, what major do you recommend studying?

No, and I feel that people who study this major are very good.

Classmates, if you have to ask me, in fact, these two majors are good.

I am not speaking politely.

are all hot industries that will be needed in the future.

Internet of Things technology will be more popular in the future.

It's hard to say, it depends on personal ability. IoT engineering is a new major, and there don't seem to be graduates yet, but I am a student in the second class of IoT engineering in our school. Public courses include Advanced Mathematics, Discrete Mathematics, Linear Algebra, Modern History, Marx, etc., and as long as you listen to these courses, exams are not a problem.

Professional courses include C language, C++, database, microcontroller, RFID, computer network principles, wireless network technology, etc., these are not a problem to study for exams, but the key is that these courses are the core of our major, and learning it is not only to cope with exams, but also for later life.

It's not big, and the job prospects after learning the Internet of Things technology are very good. Driven by 5G communications and the industrial Internet, the Internet of Things will release a large number of entrepreneurial and innovative job opportunities, which means that the industry will urgently need a large number of professionals.

Summary. Dear, the reasons for regretting learning Internet of Things engineering are estimated to be the following reasons: 1. The learning content is more difficult and the Internet of Things engineering is a major under the computer class, and the professional difficulty of the computer itself is relatively large, because it will involve the operation of various systems, and the requirements for mathematics are relatively high, and the more difficult point of the Internet of Things engineering is that everything must be learned, because the current Internet of Things involves a wide range, so not only the professional knowledge of computers needs to be learned, but also the knowledge related to electronic information needs to be learnedThe learning content is indeed difficult and complicated, and it is difficult to learn thoroughly.

Pro, the original He Yan who regretted learning the Internet of Things engineering is estimated to be due to the following reasons: 1. The learning content is more difficult than the stupid and more complex Internet of Things engineering is a major under the computer class, and the professional difficulty of the computer itself is relatively large, because it will involve the operation of various systems, and the requirements for mathematics are relatively high, and the more difficult point of the Internet of Things engineering is that everything has to be learned, because the current Internet of Things involves a wide range, so not only the professional knowledge of the computer class needs to be learned, It is also necessary to learn the knowledge related to electronic information, and the learning content is indeed difficult and complicated, and it is difficult to learn the wheel to accompany it.

2. It is necessary to further study the Internet of Things engineering because the knowledge learned is very large and miscellaneous, and there will be a problem at the undergraduate level, that is, everything will be not proficient, so it is difficult to infiltrate the Internet of Things related positions after graduating from the bachelor's degree, because most of the positions in the Internet of Things can actually be separated, and only need to be integrated at the end, so when the undergraduate graduates of the Internet of Things engineering major interview for any position in the Internet of Things, the competitiveness is not as good as that of the graduates who specialize in this major. Therefore, most of the students in the Internet of Things engineering have chosen to further their studies.