What knowledge is needed for undergraduate communication engineering to engage in software developme

I am also a communication engineer and graduated in a year and a half. For the situation you described, in fact, every new graduate will encounter it. I will just share my impressions of my graduation work for your reference.

It's good to know that the first job is really important. But I don't think it's necessary to sort the embedded software R&D, communication design institutes, communication operators, and equipment manufacturers you said. Because these jobs are different types of work, you need to gather many situations (such as whether you want to return to your hometown, interests, etc.) to determine the direction of your efforts to find a job.

These jobs are actually good. It is difficult to enter the communication operator, but the job is stable and the benefits are good, if you want to enter, you can go back to your hometown and county-level operator. Generally, the county level can be entered, and operators generally like to recruit locals.

Of course, you will have a fixed qualification in the operator in your hometown.

In fact, undergraduates can only do hard work when they enter the Communication Design Institute, and the promotion will also depend on their academic qualifications. There are a lot of doctoral students, and I am not optimistic about the future of entering.

In the case of equipment manufacturers, it actually depends on what position you do, and in terms of research and development, there is a distinction between hardware and software. Hardware is to deal with the board, and the knowledge of mold and electricity is used a lot. In terms of software, it is actually to write coda and solve bugs.

In fact, software and embedded software research and development in equipment manufacturers are also similar jobs. In general, the future of software engineers is slightly better, after all, software engineers are in high demand.

Embedded software development cannot be said to have nothing to do with communication engineering, because many communication systems are also made with embedded software development.

Having said all that, I hope it helps you. In the last sentence, it is better to look at your interests and what kind of work you want to do. This is actually quite important.

Part-time work for people, do technology is like that, every day of work is in front of the computer, after a few years people will become wooden, more social.

Communication operators-equipment manufacturers-communication design institutes-embedded software research and development prospects depend on personal preferences and opportunities.

Truth be told, the first stable job has a lot to do with later development.

After graduating with a bachelor's degree in communication engineering, you can actually do anything.

Personally, I think embedded development needs to have a good hardware foundation and a very good understanding of hardware principles. Otherwise, you can only engage in basic DSP programming and hardware driver development.

Embedded learning is not as difficult as imagined, mainly because there are hardware development boards, and most people stay away, in fact, for science and engineering graduates (such as automation, electronics, information and other majors), understand a certain C language.

Knowledge, whether you understand the hardware actually has little to do with it, such conditions can learn embedded, now, embedded talents are many halfway home, from other industries to change careers, because there is no system to master the embedded phase.

Regarding knowledge, for this part of the people, the company is actually not satisfied, but now there is no large number of talents for them to choose.

For job-seeking graduates, the embedded field is a relatively new space, and many technologies have not been around for a long time, and most people do not have the conditions to contact or enter the industry, and need to receive special training and professional guidance.

Able to understand the specific development process. Therefore, to enter the field of embedded system development, it is necessary to attend courses in some professional training institutions and look for opportunities for project practice and increase project experience, only in this way can you make up for the horizon.

The gap between companies and job seekers.

Among the many training institutions, Prologis Central and South Niuer IT Training Base took the lead in launching the embedded software engineer training project, and integrated the employment needs and plans of many enterprises.

The domestic top training environment and corporate atmosphere are standardized, improve the professional quality of students, start from real cases, introduce training products from internationally renowned manufacturers and institutions, and constantly develop training programs that meet the needs of enterprise talents.

The IT industry cultivates and delivers embedded software engineers, as well as other practical and comprehensive talents urgently needed by the IT industry.

Data structure: Operating system: Microkernel OS (UCOS, Embedded Linux), Arm DSP, Analog Electrical, Digital Electrical, and of course, C language programming.

The embedded industry is very wide, which direction to position yourself, the automation control is very good, the two seniors of our school went to work in Beijing after graduating last year, with a monthly salary of 18,000RMB! Come on!

Which direction do you mean? Embedded is generally done by the Department of Electronic Engineering, communication engineering, circuits and systems, the key to graduate students is to see what the direction of the tutor is, the tutor is doing this, then you must learn to do embedded.

In fact, different schools offer different majors. However, in the case of communication engineering, there are generally the following categories:

Circuits and Systems, Electromagnetic Field and Microwave Technology, Communication and Information Systems, etc.

Embedded development is mainly divided into two categories, one is the porting of the underlying drive system, and the other is application development. Generally speaking, most of the undergraduates do application development, and a small number of graduate students do driver development. Drive development is difficult and requires a certain amount of work experience.

This professional application is very wide, such as vehicle electronics, industrial control, intelligent terminal products, warehousing and logistics, biomedicine, etc. The content of learning is extensive, involving operating systems, software development, hardware drivers, etc., of course, the most basic electronic knowledge will be covered, including analog circuits, digital circuits, high-frequency circuits, etc. Major companies are rushing to get people, but it's a pity that everyone is not good at learning and half-understanding, and undergraduates basically don't know anything, so it doesn't look so good.

Embedded is much better than pure software.

1.embedded operating systems;

2.Drive software development.

It is advisable to buy a development board to find out what it is.

You go to Beijing Botest Technology to consult, there will be a very professional answer over there, and it will tell you what you should learn.

What exactly do you study in communication engineering? Can I only engage in communication after graduation?

I don't know if you want to enter the operator, equipment manufacturer or other third party, but it is more important to practice, but it is also based on theory, it is recommended to sing more information on communication equipment, and charge more. It's not harmful to look at BTS, BSC, BBU, RRU and other ONU on the base station. Thank you.

I suggest you study more communication principles, signal analysis, and specialized courses.

You've just graduated, and no one is going to ask you for any skills.

However, when you apply for a job, you will definitely be tested for your professional theoretical knowledge, so mastering theoretical knowledge is the key to finding a job.

Learning professional knowledge is the trump card.

Communication Engineering (also known as: Information Engineering, Telecommunications Engineering.) Former name:

Long-distance communication engineering, weak current engineering) Communication engineering is an important branch of electronic engineering, and it is also one of the basic disciplines. This discipline is concerned with the principles and applications of information transmission and signal processing in the communication process. Communication engineering is the study of the transmission of information in the form of electromagnetic waves, sound waves, or light waves from the sender (source) to one or more receivers (sustenance) through electrical impulses.

Whether the receiver can correctly recognize the information depends on the level of loss in the transmission. Signal processing is an important part of communication engineering, including filtering, encoding and decoding.

You can take the postgraduate examination for computer application technology, find a good point of study, and there are many directions to choose from. For example, in the embedded direction, the key depends on what the mentor is doing, and the game development prospects are very broad. The key is to lay a good foundation, think about the operating system, C language, C++, algorithm analysis, database, etc.

In fact, the things that are really needed for embedded will only be learned at the graduate level, and the things that undergraduates do are very low-level, and the basic courses of computer such as operating systems and algorithms can be learned after learning.

It is recommended not to rely on the direction of software engineering, which is more general and theoretical; The knowledge of software engineering is better to combine it with practice and then learn it. If you want to engage in embedded software development, it is best to learn some knowledge of operating systems, and hardware, such as digital circuits and microcomputer principles, are still needed.

1. Electronics: circuits and systems, microelectronics and solid-state electronics, integrated circuit engineering, cryptography, etc.;

2. Communication: communication and information system, signal and information processing, etc.;

3. Computer: microcomputer system, artificial intelligence and intelligent control, computer graphics and computer-aided design, computer information processing and application, computer design automation and computer science theory, etc.;

4. Automatic control: measurement and control, precision instruments, control theory and control engineering, pattern recognition, navigation and guidance, etc.

What you can't get, ask > Tao can be given to you.