BhargaviQA testing is essential for releasing higher-quality products, but it also ensures that the skills and resources at an organization are reliable. With successful QA testing, software development teams can ensure that they are creating products best to their potential.
A comprehensive quality assurance process has not only technical aspects but also a balance between the communication and workflows of both internal and external teams. We have created this QA testing checklist to help you with the entire QA testing process.
1. Project scope review
Every QA testing project begins with a comprehensive internal assessment of the scope and requirements of the QA process. Before starting, you must know the project parameters critical for quality assurance. Usually, you must know what elements of the testing can be automated and cannot be automated, the languages, platforms, and devices that the application needs to be tested for, and the role of each QA tester. The aim here is to properly evaluate the requirements of the QA testing and its scope to ensure it offers the maximum ROI. Project scope review also lets you anticipate the collaborative efforts needed for transparent communication.
2. Resource planning meet
QA testers, development engineers, and other stakeholders must know the testing phase’s purpose, needs, requirements, and execution plan. At this stage, you decide what test frameworks, tools, and types of QA testing will be implemented. Furthermore, the communication protocols between the internal and external teams are established during the kick-off meeting.
The balance between automated and manual testing is also determined at this step. You decide how these tests will be deployed and which component or segment of the software will be tested. When all the stakeholders agree to the shared set of metrics, you can move to the next stage, the framework design for QA testing.
3. Framework design
As a QA tester, you must have the expertise and skills to anticipate the test requirements. You will be responsible for not only selecting the tools and technologies but also designing the use scenarios and reporting processes to create a framework based on the specific requirement of the product to be tested.
The framework you will design must consider the development environment. Some critical questions to ask at this step are:
- Whether you will employ a keyword-driven, data-driven, behavior-driven, or modular test framework for QA testing?
- How much of the framework will be dedicated to automated testing?
- How frequently will you run automated tests?
- What kind of reporting mechanism will the framework utilize?
- What extent of involvement will be required from developers, engineers, and other stakeholders?
Your QA testing framework architecture must address all these questions to be effective.
4. Selecting the right tools
QA test cases are designed depending on the technologies that are used to build an application and the complexity of the design. The right tools for QA testing for a particular product depend on these factors. QA engineers are tasked with selecting the right tools from the range of open-source and paid testing tools available on the market.
QA testers must pick the tools that best suit an application for the QA process to be effective. Any tool you select must have a balance of:
- Platform compatibility
- Versatility
- Ease of maintenance
- Automation scope
- QA test report generation
Also, you must measure the tool’s value against the cost of licensing and support. It will help you keep the QA testing budget under check. For an efficient software testing process, test cases and defects management tools must be selected after thorough research.
5. Types of QA testing
With multiple QA testing types available, you have to select the one that tests the given software product at the highest standards. One of the dominant software testing methodologies is Agile QA testing, which requires more than one specialized QA tester to work on the testing project to produce efficiency in the process. Among the available options for QA testing, you have to choose one or more of these options:
- Manual testing: It requires a human tester who emulates the role of the end-user
- Automation testing: It dominantly uses test scripts that automate manual testing. Automation testing is much faster.
- API testing: It is aimed at testing the functionality and reliability of programming interfaces
Learn more about QA testing trends and types here.
These three tests carry the bulk of the QA testing role. But, in some cases, you may also have to include security, performance, and accessibility testing.
Conclusion
We are sure that this QA testing checklist will assist you at every step, from initial internal planning to the final stages of test execution. As a QA tester, you must keep this checklist handy to ensure the quicker release of software products.
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Afreen Khalfe
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