Quality Assurance (QA) involves a lot of work input before the actual testing is done. It is normal to discover more in the software as the delivery date gets closer. There are vital approaches and practices that guarantee quality without pressuring team members with additional tasks.
This approach unravels most of the bugs at the early stages of software development and fixes it as the development progresses. At the end of it, QA services are easily delivered once the few remaining bugs are fixed.
This article discusses in-depth approaches and standard operational procedures for quality assurance.
#1. Applying Both Automation and Manual Testing
The catch here is determining which test is required for each stage of the process. While manual testing can handle a vast range of situations, automation testing is more effective when tests need to be performed more than once. Manual tests are better used when carrying out exploratory, usability, and ad hoc tests. They are not ideal for frequent tests.
Automated tests are reliable and ensure that the software functions well from a technical point of view. They are good solutions for load and regression tests.
However, automation is not efficient for every circumstance when it comes to testing. Still, they hasten the testing stages and the next development process that be handled in a few hours or days.
Manual tests should be scheduled after critical stages in design and development to allow feedback as it concerns the end user’s experience.
#2. Incorporating Agile Testing Methods and Approaches
Adopting an agile testing method involves using similar principles for all software testing elements into short development process cycles. With agile methods, QA testing comes into the design and the development phase instead of working in a separate stage.
The results derived from the tests are incorporated into the QA processes directly, thus ensures quality. This approach requires developers, testers, designers, and users to collaborate. A single repository can be used for the app code.
#3. Adopt your Own QA Testing Methodologies
Quality should not be compromised. The appropriate testing methodologies will produce the necessary information needed for design and development processes to yield quality software. Quality is not dependent on the test methods itself, but the results from the tests.
Tests should have clear aims. Each test should check a particular feature. Another way to ensure quality is to track and report detected bugs. You need to determine how bug will be identified and reported.
#4. Striving for End-User Satisfaction
Excellent QA services should provide speed, high quality, and end-user satisfaction on delivery of software. Review the QA processes for efficiency and create a framework for writing and implementation of tests.
It is ideal for written tests to be reviewed by human testers. Additionally, feedback should be easily shared. Have a list of quality objectives to maximize speed and quality. Quantity is not necessary, but the quality is.
When team members understand the quality objectives, they will have a clearer understanding of the end user’s expectations. Certainly, this will yield positive productivity.