The Importance of Software Quality Assurance

What is software quality assurance? SQA is short for software quality assurance. It refers to a process that gives importance to all methods and activities. Likewise giving focus to all items and works related to software. In other words, they are monitored and ensured that they meet the requirements and defined standards.

Defining Software Quality Assurance (SQA)

SQA ensures that all software engineering processes are performed properly. Hence, it is a set of activities that is responsible for attaining this objective.
Furthermore, SQA is implemented in any type of software development. It uses and implements software testing methodologies for software testing.

SQA is responsible for making sure that software of high quality is generated. In other words, its result will be reliable software products.

Why SQA is Important

A lot of people might wonder why software quality assurance is important. Primarily, it aims to give end-users the best software products. In other words, without SQA, the software world will be in chaos.

SQA detects all bugs, viruses, and other flaws and errors. Hence, taking care of the issue as soon as possible. Software quality assurance makes sure that applications function as designed, and also, as they should.

SQA is responsible for giving us the best software applications that we enjoy in our daily activities. Be it for home, entertainment, or use at work, software applications will not perform perfectly without software quality assurance.

Software Quality Assurance Components

There are six classes of software quality assurance components. These components combine into the SQA systems.

Components for Pre-Project

These components refer to the definition of project commitments. It considers the cost, time frame, and resources needed. It also involves the development of plans. 

Project Life Cycle Activities Assessment Components

This component has two phases of development. They are the development lifecycle stage and also the operation-maintenance stage.

Development Life Cycle Stage

  • Detecting design and programming errors happens in this stage. It involves reviews, opinions from experts, and, likewise, software testing.

Operation-Maintenance Stage

  • This phase involves specialized maintenance components. Furthermore, it also includes the development of life cycle components. These components are primarily for functionality for the improvement of maintenance tasks.

Components for Infrastructure Error Prevention and Improvement

This component aims to eliminate or reduce errors. Hence, using the organization’s SQA experience as the basis. Its objective is applicable throughout the whole organization.

Software Quality Management Components

This component is involved with focusing on goals. For instance, early managerial support, development and maintenance, and schedule and budget failures. Hence, affecting the outcome of the project.

Standardization, Certification, and SQA system Assessment Components

These components implement international professional and managerial standards within the organization. Hence, aiming for the use of global expert knowledge, improvement of coordination of the organizational quality systems with other organizations, and assessment of the achievements of quality systems according to a common scale. The different standards may be classified into two main groups. These groups are quality management standards and project process standards.

Human Components

These components include the SQA team. This consists of the software testing team, the managers, developers, committee and forum members, trustees, and also other stakeholders. They aim to initiate and support the components of SQA and likewise identify issues in SQA processes and procedures. Therefore, finding ways to improve them.

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