Is it too late for college students who are not computer majors to learn computer science?

The key is to see how you choose a good learning direction and a good training structure Recommend a good training institution "Flash Road" here is mainly to web design, online advertising, interactive design related aspects of training, and learn their flash interactive house employment class, they are guaranteed to find more than 3000 jobs in first-tier cities.

If you're a sophomore, you can take a double degree, you can choose a computer major, if not, you can be self-taught, and there are a lot of free resources on the Internet.

It depends on what level you want to learn; Although the computer was born less than 70 years ago, but the development of the 70 years has integrated mathematics, physics, chemistry, philosophy, electrical, mechanical manufacturing and many other disciplines before the development of many people, if you say that it is like being a programmer or something, you can learn at any time, but if you want to be proficient in computers, or make achievements, it is a little late, after all, the university has not been exposed to the basics, it is very difficult to learn, and if the university is not to study engineering, it is more difficult to accept; Computer science now has more than 90 sub-disciplines, in fact, anyone can only learn a part of it, and it is not easy to make achievements in a field. But if it's an in-depth study, it's enough to choke; Also, I don't know what your mathematical foundation looks like, but basically, deep computer researchers are required to have a high level of mathematical literacy.

You can consider learning PHP, PHP is easy to learn, and this prospect is good, I majored in English in college, I couldn't find a suitable job after graduation, and then I heard my cousin say that PHP is a good industry, and suggested that I go to learn, and then I trained for a few months, and found my current job, which is not bad, at least one to two years, I am also experienced, I am not afraid of where the technology is, and now I can get more than three thousand, I will work hard, I hope we all work together! By the way, I learned it at CSTP, you can check it out.

Hello, the IT computer software industry has always been a popular industry, if you want to choose to learn a computer technology, you must first find a direction that suits you, as long as you work hard to learn, have enough willpower, find a suitable platform, and learn systematically, there will still be a great harvest.

If you want to study professionally, you need more time and energy, generally around 2w, 4-6 months. Qianfeng's course is very good, you can go to the field according to your actual needs, try it out first, and then choose the one that suits you. As long as you work hard to learn the real thing, the future will not be bad.

If you want to work in the Internet industry, what position should you apply for? This position not only has a low threshold, but also has great potential for future development, let's see what position it is!

It is indeed difficult to learn, and computer science, as a popular major in recent years, not only requires a high score for the examination, but also has a more difficult learning difficulty than other majors.

First of all, learning computer science does have a large learning fracturing bridge silver power, there are three reasons, one is that the amount of computer-related knowledge is relatively large, and the learning difficulty is relatively high, the second is that learning computer needs to complete a large number of experiments, and the experimental environment still has certain requirements, and the third is that the iteration speed of computer knowledge is relatively fast, and it is necessary to keep up with the development trend of technology.

In recent years, many colleges and universities have also opened new majors such as big data, artificial intelligence, and cyberspace security, which are not only larger in knowledge than traditional computer science and technology, software engineering, etc., but also have improved learning difficulty, so students who choose these majors must be fully prepared.

Taking big data major as an example, in terms of knowledge system, big data involves mathematics, statistics, and computer science, as well as economics, finance, sociology and other disciplines.

Among the many computer-related majors, computer science and technology (computer science) is one of the more typical majors, and the scale of talent training is relatively large, so it is a relatively safe choice to choose this major during the undergraduate period. There are two advantages of computer science majors, one is that the discipline system is relatively mature, and the other is that the knowledge is relatively broad, so if you choose to major computer science during your undergraduate years, you will have a relatively large choice space for employment or graduate study in the future.

Therefore, you should choose the right major according to your own situation and hobbies.

Regret! I would choose to major in computer science. The reason is that it has a lot of prospects.

The computer industry is an industry that is constantly evolving and changing, so its future development trends are very broad and diverse. I think here are some of the current and expected trends in the computing profession in the next few years:

1.Artificial intelligence and machine learning: Artificial intelligence and machine learning techniques are becoming increasingly important as the amount of data continues to increase and computing performance increases.

Graduates of computer brigade majors can master these techniques to create intelligent systems, develop automation tools, and solve large-scale data analysis problems.

2.Software Development & Cloud: Software development has always been an important area.

Today, cloud computing has become the platform of choice for software development for many companies, and is increasingly using microservices architectures, containerization, and DevOps processes.

3.Blockchain technology: Blockchain technology is currently considered to be one of the cornerstones of the next generation of the Internet, and it can be applied to fields such as finance, healthcare, Internet of Things, and chain management. There are great career opportunities in this field in the future.

4.Embedded systems: Embedded systems have become an important part of modern life, involving automobiles, medical equipment, smart homes and security systems. As a result, talent with relevant skills in embedded systems will be a valuable resource.

The above are just a few directions for the future development trend of computer science, and there are many other fields, such as virtual reality, augmented reality, big data, and so on. In conclusion, as a fast-growing field, computer science graduates need to constantly learn and update their knowledge system to adapt to market demand.

<><Data structure computer science must learn linear data structures well

array

Arrays are the most basic linear structures, and they also occupy a contiguous space in physical memory.

Pros: Easy access to data.

Cons: Adding and deleting data is time-consuming.

Usage scenario: Frequent queries, little requirement for old storage space, and rarely added or deleted.

Queues

The operations of adding and deleting data in the queue are performed at both ends, respectively. A queue can add elements at one end and take them out at the other, i.e., first in first out (FIFO).

stacks

A stack is also a data structure in which the data is arranged linearly, but in this structure, we only have access to the most recently added data. The operation of putting elements from the top of the stack is called entering the stack, and taking out the primordial elements is called out of the stack.

Feature: Last in First Out (LIFOs).

Linked lists

A linked list is a non-contiguous, non-sequential storage structure on a physical storage unit, and the logical order of data elements is realized through the pointer address of the linked list, each element contains two nodes, one is the data field (memory space) where the element is stored, and the other is a pointer field that points to the address of the next node.

Pros: Easy data addition and deletion.

Cons: Access is time-consuming.

Usage scenario: Scenarios where the amount of data is small and needs to be frequently increased and deleted.

If I had to choose again, I would choose to major in computer science if I had to go to college again. Because computer science is one of the most widely used majors, no matter what we do now, we can't do without computers. It can be said that the letter computer has become an essential skill in our work.

First of all, choosing this major can make our work handy. In the past, we used to use our brains and hands. Think with your brain, operate with your hands.

And now, in every job we have, in addition to the brain hand, there is also a computer. If you don't know how to use a computer, then your job is much more difficult, or even completely incompetent for your current job. will face the fate of being eliminated.

If we can operate the computer proficiently, it will improve our work efficiency.

Secondly, computer is a skill that modern people must master. I remember that in the 90s of the last century, there was a total of one computer in our unit, and only one person could operate this computer. Later, with the development of office automation, offices were equipped with computers, and at this time, for most people, they would not use them, so they participated in various computer training courses.

However, there is no way to compare the things mastered in the computer training course with the things learned in the university, and they can only be operated simply, and complex things cannot be dealt with at all. That's why I would choose to major in computer science.

Third, choosing a computer major can make you more and more widely searched. Because this is a profession that is commonly used in all walks of life, if you graduate from a university majoring in computer science and learn very well, then you don't have to worry about finding a job. There are many computer science majors who have obtained high-paying jobs after graduation, so it is easier to find a job than other computer science majors.

Because of the above three reasons, if I were given another chance, I would not hesitate to choose a computer science major.