The Society of Quality Assurance (SQA) is an organization that plays a vital role in the field of quality assurance in various industries. SQA provides guidance, resources, and networking opportunities for professionals involved in assuring the quality of products and services. But what truly sets them apart is their commitment to continuous learning and advancement in the field of quality assurance. SQA offers a wide range of professional development programs and certifications to ensure that its members stay up to date with the latest industry trends and best practices.
According to Society of Quality Assurance (SQA), Registered Quality Assurance Professional (RQAP) credential, tested through Pearson, “Each RQAP examination consists of 165 questions. Fifteen of the questions will not be scored;”[1]
The SQA has 165 questions and costs $625[1] (Society of Quality Assurance (SQA), Registered Quality Assurance Professional (RQAP) credential, tested through Pearson, verified Oct 25, 2026).
Numbers in brackets link to the official sources listed under Sources & last verified. Dates that have passed are removed automatically.
The content areas below are copied from the official SQA content outline published by Society of Quality Assurance (SQA), Registered Quality Assurance Professional (RQAP) credential, tested through Pearson, with the share of the exam each area carries. The right-hand column shows which of our practice sets covers it.
Prepare for the SQA - Society of Quality Assurance exam with our free practice test modules. Each quiz covers key topics to help you pass on your first try.
These are practice questions written for this site, not questions from the real exam. Each explanation shows why the right answer is right and why the others are wrong.
Question: What is a quality assurance professional's primary duty?
Answer: A. To review activities, detect and resolve problems, and ensure satisfactory outcomes for products and services
Explanation:
The correct answer is the option describing review of activities, detection and resolution of problems, and satisfactory outcomes for products and services. That is the core of quality assurance: checking that work meets defined standards and that problems are found and fixed.
Managing recruitment belongs to human resources. Developing new products and services is a research and development or product function. Implementing marketing strategies is a commercial activity. None of these involves independently reviewing work against requirements.
The rule to remember: QA is independent oversight of quality. It does not build, hire for or sell the product. When an option describes producing or promoting something, it is probably not the QA duty.
Question: What distinguishes a 'controlled document' from an uncontrolled copy in a GxP system?
Answer: A. A controlled document is a current, approved version tracked within the document control system; an uncontrolled copy is not tracked for revisions
Explanation:
The correct answer is that a controlled document is the current, approved version tracked in the document control system, while an uncontrolled copy is not tracked for revisions. Control is about knowing which version is in force and who holds it, so people always work from the right one.
A locked cabinet is a storage choice, not what makes a document controlled. Colored paper may be a local habit but is not the defining feature. A single approver signature is not the test either, since effectiveness depends on the approvals the procedure requires, not on a stated minimum.
The rule to remember: control means approved, current, tracked and distributed under a system. An uncontrolled copy is informational only and can go out of date without anyone noticing.
Question: Which startup activity ensures that the test system (e.g., animals, cells) meets the protocol specifications before study procedures begin?
Answer: C. Test system acclimation and characterization
Explanation:
The correct answer is test system acclimation and characterization. Before study procedures begin, the test system, such as animals or cells, must be confirmed as healthy, correctly identified and suitable under the protocol. That is a startup activity.
Data reconciliation happens while data are being compared and checked, not before the test system is ready. Final report preparation comes at the end of the study. Archiving of study records also comes after the work is done, because it preserves what already exists.
The rule to remember: sort activities by when they happen in the study. Anything that confirms the test system matches the protocol belongs before procedures start. Reporting and archiving belong at the close.
Start with the candidate handbook on sqa.org. Read the content areas, the eligibility rules and the exam format, so you know what you are preparing for and whether you qualify before you pay a fee.
Then take one short practice set for each content area and note which ones you miss most often. Compliance Assessment carries the largest weight, so the auditing and quality principles set is a sensible place to begin. Move on to documentation and record management for Compliance Management, and to validation and qualification for Applied Expertise.
For every wrong answer, read the explanation and write one line stating the rule behind it. Return to the same set later and see whether the rule holds. Wrong answers often come from mixing up when an activity happens, who is responsible for it, or what counts as a record.
Once your weak areas are clear, use the GLP, GxP and inspector-role sets to fill gaps. Near test day, mix the topics in the common and MCQ sets and answer under a steady pace. Our questions are written by us and are not real exam questions, so treat them as practice for reasoning, not as a preview of the test.
SQA engineers play a vital role in ensuring the quality and compliance of products and processes across different industries. They are responsible for developing, implementing, and maintaining quality assurance procedures to safeguard against potential risks and errors. With their expertise in quality management systems, they strive to enhance customer satisfaction by improving product reliability, reducing defects, and simplifying operations.
What sets SQA engineers apart is their comprehensive understanding of regulations within their industry. Whether it’s pharmaceuticals, healthcare, or software development, they possess an in-depth knowledge of relevant standards such as FDA regulations or ISO guidelines that must be adhered to. This expertise allows them to identify gaps in existing processes and establish strong quality control measures that mitigate risks throughout the product lifecycle.
Furthermore, SQA engineers are proactive problem solvers who constantly seek out innovative solutions. They employ various statistical techniques and data analysis methods to identify trends, patterns, and potential issues early on. By conducting thorough root cause analyses of defects or deviations from expected outcomes, they can not only rectify immediate problems but also implement preventive measures that enhance overall process efficiency over time.
In essence, SQA engineers serve as crucial guardians of quality within organizations. Through their tireless efforts in designing effective quality control procedures, staying updated on regulatory requirements, and using advanced analytical tools, they ensure that products meet the highest standards while minimizing risks for both businesses and consumers alike.
How we verify: editorial & fact-checking policy. Report an error: contact us.