How do I become a Software Testing Engineer?

There will be some use for testing theories, but it will be of little use to enterprises.

I've been doing software testing for three years now, so you can talk to each other when you have the chance.

Advice for you:

Technical aspects: 1. Learn the test theory well.

2. Basic mastery of Linux operating system.

3. Learn more about networking.

4. At least one database.

5. Be proficient in computer language.

6. Mainstream testing tools should be used.

Other aspects: It is not very important, but it is recommended to behave in the world:

Low-key, modest and easy-going.

Those who do the test must be careful and responsible.

Communicate more with developers, both at work and in life.

Finally, I hope you succeed.

1: Introduction to International Software Testing 2: Test Case 3:

Automated testing tools and so on, and others are built environment classes, as well as databases. Relevant proficient in computer languages, as well as an engineering certificate for computer software testing, generally this test center is not too much, I know that the Beijing test space is very similar to one, it has 8 years of experience in software testing, you can consult in detail.

The most important thing to know is the software testing engineer certificate, because my classmate studied there in the Beijing test space, and I don't know the specifics. You can go for a consultation.

That's not how you want to learn something. You should ask the ** that specializes in software testing. That's how you can ask for the content. Alas, it is recommended that you look for it on the China Software Testing Alliance**, where there are more professional.

I have another classmate who is employed there, and now the salary is 4800, I suggest that friends who want to study should go and have a look.

Software Testing Engineer Job Responsibilities:

1. Use various testing techniques and methods to test and find software defects in the software. Testing technologies are mainly divided into two categories: black-box testing and white-box testing.

Among them, the black box testing technology mainly includes the equivalent class division method, the boundary value method, the cause and effect diagram method, the state diagram method, the test outline method and various typical software failure models. The main techniques of white-box testing include statement coverage, branch coverage, decision coverage, and basic path coverage.

2. Testing needs to run through the entire software development life cycle. Complete software testing includes unit testing, integration testing, validation testing, and system testing.

Unit testing is done primarily during the coding phase, by developers and software test engineers, and is based on detailed testing. The main job of integration testing is to test whether the interface between software modules is implemented correctly, and the basic basis is the software architecture design.

Confirmation test and system test are to verify the consistency of the functions and requirements of the software and verify whether the system functions of the software meet the user needs under the corresponding hardware conditions after the software development is completed.

3. The tester will compile the found defects into a formal defect report and submit it to the developer for confirmation and repair of the defects. The most important requirement for the preparation of defect reports is to ensure the reproducibility of defects. Testers are required to have good writing skills and language organization skills.

4. Testers need to analyze the quality of the software. After the test is completed, the tester needs to analyze the software quality based on the test results, including defect rate, defect distribution, defect repair trend, etc.

Specific metrics are given for various quality characteristics of the software, including functionality, reliability, ease of use, security, time and resource characteristics. Finally, a conclusion is given as to whether the software can be released or submitted for user use.

5. During the testing process, in order to better organize and implement the testing work, the test leader needs to formulate a test plan, including testing resources, testing progress, testing strategies, testing methods, testing tools, testing risks, etc.

6. In order to conduct better and more effective tests and ensure the quality of test work, testers need to design test cases and form test case reports before executing test work.

Designing test cases is the core work of ensuring test quality, and many testing techniques can be used to guide the design of test cases. In order to improve the design efficiency of test cases, the btest training course has set up a course on efficient design of test cases to teach various techniques and methods of designing test cases.

7. In order to improve work efficiency or improve the level of testing, the test work needs to introduce automated testing tools, and testers need to learn to use automated testing tools, write test scripts, and conduct performance tests.

8. In the test work, the test leader also needs to continuously improve the test process according to the actual situation, improve the test level, and build the test team.

A software testing engineer is a professional who is responsible for ensuring that software is of high quality and stable before it is released. Mainly responsible for the following aspects of work:

Test plan and strategy: The software test engineer is responsible for developing the test plan and test strategy, including defining the test objectives, scope, resource requirements, test environment, and timeline, etc. They need to communicate with the project team, development team, and other stakeholders to ensure that the test plan aligns with project needs and business goals.

Test design and execution: Software test engineers are responsible for designing test cases and test data according to test plans and strategies, and performing various types of tests, including functional testing, performance testing, security testing, compatibility testing, user interface testing, etc. They need to use testing tools and technologies, such as automated testing tools, defect management systems, etc., to assist with testing and to record and report test results.

Defect management: Software test engineers are responsible for identifying, documenting, and tracking software defects and working with the development team to resolve them. They need to triage, prioritize, validate, and fix defects to ensure that all known defects are fixed before the software is released.

Test environment and configuration management: Software test engineers are responsible for configuring and managing the test environment, including hardware, software, network, and database, to ensure the stability and consistency of the test environment. They need to ensure that the test environment is consistent with the actual production environment so that they can effectively emulate the actual operating environment for testing.

Test reports and communication: Software test engineers are responsible for generating test reports and communicating test results and issues to the project team, development team, and other interested parties. They need to clearly document and report test results, defects, and test progress, and work with team members to resolve test issues and improve software quality.

Test module rough process improvement: Software test engineers are responsible for continuously improving test processes and methods to improve test efficiency and quality. They need to analyze the problems and challenges in the testing process, stool stalls and propose improvement suggestions and solutions to continuously optimize the testing process and improve the performance of the testing team.

In addition, software test engineers may also be involved in activities such as software requirements analysis, software design, and review to identify potential software quality issues in advance. Good communication skills, problem-solving skills, teamwork skills, and technical skills are required to ensure the quality and stability of the software before release.

Later development of software test engineers: testing specialists, test managers, quality assurance specialists, senior testing consultants, project management.

Functional testing, performance testing, interface testing, security testing, requirements review, test reports, test plans, test plans, and test case writing.

In fact, as long as you are on the boss or the abutment of the body to fight the world-related recruitment software, you can see a lot of software test engineer positions under the post search, and then click to enter to see the job responsibilities, that's right, maybe I say what to do, that's also probably, because of the different positions, the responsibilities are not the same, so my suggestion is to look at the recruitment positions, in contrast, it will be better than others, and it is clearer

Test the software developed by the programmer for bugs

Software testing engineers simply test software or system bugs, and then submit the bugs to the developer for modification, and then perform regression testing after the program is modified.

The first task of a software testing engineer is to write test cases, and test cases are the most important part of the testing work. Whether it is to perform tests or to evaluate, test cases are required as the basis for mold resistance.

The basic package of software testing consists of 4 stages, unit testing, integration testing, system testing and acceptance testing, and the job responsibilities of testers.

Software testing cannot be attached to a software product alone, it must be run in a certain test environment, for example, to test a shopping system, then to simulate the real data in the background, that is, there must be a process such as shopping and payment in the background, and only with such background data can it be tested. Therefore, building a test environment is also one of the job responsibilities of a test engineer.

As we all know, software test engineers certainly perform tests. The purpose of the test is to find the defects of the software, that is, the bugs. After the test is completed, the bug should be reported to the software defect management tool in a timely manner.

Some companies don't use such bug management tools, so they can also file bugs according to the defect model of the software.

Software testing engineers are simply the quality inspectors and guarantors in the software development process, and are responsible for the control of software quality.