Do I need on line skills training when I graduate from software engineering?

When you graduate from software engineering, the skills training is actually quite good, because then you have a stronger practical ability. Because after all, there is still a little gap between theory and practice, and you can participate in training if you have the conditions.

I think it definitely needs some training, and it's best to be able to find some places to do internships in the third year, which will definitely help the girl's work.

In fact, most of the new graduates still need continuous training.

I see if I can't learn well.

1. Professional testing skills: should master black box testing, white box testing, basic testing technology, unit testing, functional testing, integration testing, system testing, test process management and guessing, defect management, automated testing technology and other skills;

2. Software programming skills: master the skills of writing programs, such as unit testing, integration testing, performance testing, etc.;

3. Master the knowledge of network, operating system and database: master the analysis and optimization of various system platforms in the performance test, and master more knowledge of network, operating system and database;

4. Knowledge of the database of several mammotograms: master the basic installation and configuration of the software;

5. Basic software testing knowledge: master various testing theories, such as test writing, defect definition standards, and software quality.

Categories: Computer, Networking, >> Software.

Problem description: What skills do software engineers need to master? Be detailed.

Thank you. Analysis:

If you are a beginner or want to learn this course as a software engineer:

First: You must have a good foundation in English.

When I started learning, I thought it was very simple, I always played with computers, and I still had a certain foundation in computers, so I went to learn, but after half a year of studying, I began to feel very difficult, because I had to memorize some English words every day, which was quite time-consuming and had headaches.

Second: You don't know how well you learn the math application problems in primary school and junior high school, basically you study logical thinking, if your head can't turn around, like me, the teacher says I don't want to learn.

Third: learning software is different from learning other majors, it is not something that can be successful as long as you endure hardship, if you can never enter the way of thinking of the computer, even if you study hard 24 hours a day, practice hard, and finally can only do a little bit of results, and you can't do a good result, and waste time and energy.

The courses to be studied in software engineering majors include basic courses, professional courses and elective courses, which are as follows:

1. Basic courses: Marxist Theory, College Foreign Language, Advanced Mathematics, College Physics, Physics Experiments, Linear Algebra, Probability Theory and Mathematical Statistics, Programming Language Pin Fighting, Data Structure, Operating System, Compilation Technology, Introduction to Software Engineering, Unified Modeling Language, Software Architecture, Software Requirements;

2. Professional courses: discrete mathematics, data structure, algorithm analysis, object-oriented programming, modern operating system, database principles and implementation technology, compilation principles, software engineering, software project management, computer security, etc.;

3. Elective courses: Introduction to Computer, Digital Circuits and Digital Logic, Principles of Computer Composition and Assembly Language, Computer Networks, etc.

The courses to be learned in software engineering majors include basic courses, professional courses and elective courses

1. Basic courses: Marxist Theory, College Foreign Language, Advanced Mathematics, College Physics, Physics Experiment, Linear Algebra, Probability Theory and Mathematical Statistics, Programming Language, Data Structure, Operating System, Compilation Technology, Introduction to Software Engineering, Unified Modeling Language, Software Architecture, Software Requirements;

2. Professional courses: discrete mathematics, data structure, algorithm analysis, object-oriented programming, modern operating system, database principles and implementation technology, compilation principles, software engineering, software project management, computer security, etc.;

3. Elective courses: Introduction to Computer, Digital Circuits and Digital Logic, Principles of Computer Composition and Assembly Language, Computer Network Networks, etc.

1. The learning of software tools and course learning are generally not enough. Because the general course schedule finishes the content, the course is over when the lecture is finished. In other words, you have just learned to use it, and before you have started using it, it is over.

This kind of practical course abroad is generally the last month to one and a half months, do a large amount of homework, so that you can make full use of the knowledge you have learned, and experience all kinds of pain in software application, experience various skills, and be proficient in using tools. This process is very important, if it is just classroom learning, after learning, it will not be used, and it will be stopped, which is equivalent to not learning.

2. The study of English should be strengthened for students who are interested in professional research or have a high plan for themselves. After all, English is the lingua franca of scientific research. If you want to master English well, you need to put in a lot of effort, because if you don't pay attention, we don't usually have many opportunities to use it.

English should not be learned as a course, but as a basic task carrier. That is, use it often. Use it when you are learning something else, read literature, use it for leisure, and so on.

For example, you can watch original English movies, TV series, check English materials, listen to English reports, communicate with people in the development community in English, and so on. For science and engineering, there is much more professional information in English than in Chinese, and it is necessary to get used to using English information.

3. Social practice includes tourism, part-time work, study tours, summer camps, winter camps, social surveys, field investigations, and so on.