When going for a quality assurance interview, being prepared is vital. Knowing what questions might be asked and how to answer them will give you the best chance of success.
In this article, we’ll outline the most expected quality assurance interview questions, plus tips on increasing the odds of being chosen for the job.
What Skills Are Needed for a Quality Assurance Position?
First, look at the skills and experience employers seek in Quality Assurance candidates.
Leadership skills
Employers look for quality assurance candidates with strong leadership skills. They need to be able to manage and motivate a team, coordinate resources, and prioritize tasks to ensure that the highest quality standards are achieved. They should also be able to identify areas that need improvement and create plans to address them.
Organization skills
Organizational skills are essential in quality assurance. Candidates should be able to plan and manage complex projects, keep track of timelines and deadlines, and ensure that tasks are completed on time and within budget. They should also be able to identify potential problems before they arise and create efficient plans for addressing them.
Communication Skills
Excellent communication skills are necessary for a successful quality assurance job candidate. They must be able to communicate with team members and management and effectively interact with external stakeholders such as customers or vendors. Moreover, they need to have strong interpersonal skills to be effective at collaborating with others.
Statistical Analysis
Candidates for quality assurance jobs should have a basic understanding of statistics and how to utilize them to identify potential problems. They should also understand the basics of data analysis and be able to interpret results quickly and accurately.
Problem-solving skills
Problem-solving is an important skill when it comes to quality assurance. Being able to anticipate issues before they arise and develop strategies for dealing with them will go a long way in impressing potential employers.
Employers want candidates who can think independently, use logic to identify solutions and make efficient decisions.
Industry Technical Knowledge
Employers expect quality assurance candidates to have an in-depth knowledge of the industry they are applying for. Candidates should have detailed knowledge of the processes and technologies used in their field and an understanding of quality assurance best practices.
They should also have experience with various software programs and be able to explain how they can be used to improve product quality.
These are just some qualities employers look for in Quality Assurance candidates.
33 Quality Assurance Interview Questions & Example Answers
Let’s now get into some of the most common questions you might get asked in a Quality Assurance interview. For each question, we’ll outline why this question is essential, along with a model answer to help you prepare.
General Interview Questions
1. Can you explain what quality assurance is?
Why this is important: Explaining the basic concepts of Quality Assurance is essential for a successful interview.
Answer: Quality Assurance (QA) is a process-oriented approach to ensuring that all products, services, and processes meet standards or requirements. It involves creating and executing tests to ensure the end product meets specifications, industry standards, and customer expectations.
QA teams typically document their results so that improvements can be made in future iterations and releases. QA also helps identify potential issues before they reach customers, saving time, resources, and money.
2. What is the difference between quality assurance and software testing?
Why this is important: explaining the differences between these two related disciplines demonstrates your knowledge of Quality Assurance and Software Testing.
Answer: Quality Assurance is a holistic approach to ensuring the quality of products and services, while Software Testing focuses specifically on testing software to identify errors or defects.
QA covers all aspects of the product life cycle, from design and development to customer feedback and support. On the other hand, software Testing focuses solely on the testing phase – designing tests that will help identify any issues with the software before it’s released into production.
3. Can you clarify the purpose of QA in software development?
Why this is important: Understanding the purpose of QA in Software Development shows your knowledge of Quality Assurance and its role in the software development process.
Answer: Quality Assurance in Software Development aims to ensure that all aspects of the software meet quality standards, industry regulations, and customer requirements. It involves creating and executing tests to identify any potential issues with the software before it’s released into production.
QA also helps improve product quality by identifying areas to address before releasing a new version or upgrade. This helps reduce costs associated with fixing defects after customers place them.
4. How does a quality assurance process progress from beginning to completion?
Why this is important: Demonstrating your knowledge of the Quality Assurance process from start to finish shows your understanding of the fundamentals of Quality Assurance.
Answer: A typical Quality Assurance Process follows a few basic steps. First, the team will define the scope and objectives of the project along with any standards that need to be met. Next, they’ll analyze requirements, design test plans and scenarios, and execute tests to identify any issues or defects.
Once all tests have been completed, results are documented and communicated to stakeholders. Finally, QA teams will provide feedback on improving product quality before releasing a new version or upgrading to production.
5. Compare and contrast a test plan and test strategy.
Why this is important: Explaining the differences between these two related documents shows your knowledge of software testing and Quality Assurance.
Answer: A test plan outlines the scope, approach, resources, and schedule of planned tests. It also includes details such as the risks associated with a project, any test deliverables that need to be produced, and any processes for tracking defects.
A test strategy is a high-level document to determine which tests will be executed to ensure product quality. It outlines goals, objectives, resources needed for successful software testing, and how results will be evaluated and reported.
While both documents are essential for successful software testing, they serve different purposes—the test plan looks at what needs to be tested, while the test strategy focuses on how the tests will be conducted.
6. Describe the differences between building and releasing software. How do these two processes differ in their aims?
Why this is important: Understanding the differences between building and releasing software is essential for successful development.
Answer: The main difference between building and releasing software is that building involves creating the product while releasing it brings it to market. Building software includes developing code, designing user interfaces, writing tests, and debugging issues.
It is a creative process focused on the technical aspects of creating a product. Releasing software involves preparation, packaging, testing, and deploying it in an environment where end users can use it. It focuses more on marketing and customer-related considerations rather than technical ones.
Building software aims to create a functional product that meets customer requirements. The objective of releasing software is to make it available to users and ensure that it meets customer expectations. The building typically takes place before firing, as the product must be tested and approved before being removed from the market.
However, these two processes are interdependent as any changes made during building can affect the release process and vice versa. Understanding both processes is essential for successfully developing and deploying software.
7. What knowledge do you possess regarding bug leakage and release?
Why this is important: Knowing how bug leakage affects releases helps prevent costly production delays.
Answer: Bug leakage occurs when defects have not been identified or fixed before the release of a software product. These bugs may manifest in production, leading to user errors, degraded performance, instability, or other issues. Bug leakage can be especially problematic in products requiring high reliability, such as medical equipment or automobile systems.
To prevent bug leakage and ensure reliable releases, it is essential to have a comprehensive testing strategy in place. This should include regular reviews of code and architecture, unit tests, and integration tests before any release.
Additionally, organizations must consider using static analysis tools to detect bugs early in development. Finally, an effective issue-tracking system will help teams identify and address defects before the product is released into production.
8. What is monkey testing?
Why this is important: Knowing about monkey testing helps testers quickly identify potential issues with their software.
Answer: Monkey testing, or fuzz testing, is a black-box software testing technique that randomly generates inputs and executes tests. The aim is to explore the functionality of a system and uncover any issues related to input validation or boundary cases.
This type of testing does not require detailed knowledge about the codebase to detect defects, making it an effective way for testers to quickly identify potential problems with their software.
Monkey testing can be automated using specific tools such as QuickCheck or JfuzzyLogic. Additionally, some test frameworks support data-driven tests that can systematically feed different inputs into a system and check its behavior.
It is important to remember that monkey testing should be combined with other types of testing, such as unit and integration tests, to ensure the highest level of quality for a software product.
9. What is gorilla testing?
Why this is important: Knowing about gorilla testing helps testers focus their efforts on critical areas of a system.
Answer: Gorilla testing is a type of software testing that involves concentrating the test effort on specific, critical areas of a system. This approach allows teams to quickly identify and debug any issues in the software, increase overall code coverage, and reduce costs associated with traditional testing methods.
It also encourages exploratory and creative thinking among the development team when finding bugs or vulnerabilities.
Gorilla testing can be combined with other types of tests to achieve a high level of quality for the product. When conducting gorilla testing, testers should focus on user input validation, boundary conditions, security features, and performance parameters.
Additionally, automation can be used to check for regressions and ensure that certain parts function as expected.
10. What is testware?
Why this is important: Understanding testware helps testers choose the right tools and processes for software development.
Answer: Testware refers to any tool or process used during software development, such as unit tests, integration tests, automated regression suites, and performance monitoring systems. These tools help teams identify bugs and vulnerabilities early in the development cycle, reducing costs associated with post-production debugging.
Additionally, they provide valuable insights into how a system behaves under certain conditions and enable developers to quickly diagnose any issues that may arise in production.
Experience and Background Interview Questions
11. What components make up the all-encompassing five dimensions of risk?
Why this is important: Knowing about the five dimensions of risk helps assess and mitigate potential risks in software development.
Answer: The Five Dimensions of Risk is a concept that identifies five distinct categories for assessing risk when developing software: Cost, Time, Functional Requirements, Quality Assurance, and Organizational Resources. These dimensions help project teams better understand the various elements that could contribute to a project’s success or failure.
When managing risk within these dimensions, teams must consider each factor independently and how they interact. This can be done through techniques such as risk mapping or forecasting which can help identify areas where additional resources may be required to achieve the desired outcome.
Additionally, it is essential to consider any external factors that could potentially affect the project, such as regulatory changes or market conditions. By understanding the Five Dimensions of Risk, teams can develop more effective plans to mitigate potential risks and create a successful software product.
12. Are you familiar with regression testing? Have you considered which test cases are necessary to achieve successful results during this process?
Why this is important: Regression testing helps testers ensure their applications remain stable.
Answer: Yes, I am familiar with regression testing and have experience assessing test cases necessary to achieve successful results. Regression testing is software testing that ensures that existing features do not break when new code is added or modified.
This type of testing is essential for ensuring that the software remains stable over time and that any changes do not introduce unexpected bugs or performance issues.
When planning regression tests, it is essential to consider which existing features need to be tested and how often they should be tested. This typically involves creating a suite of tests that can be run regularly and any ad-hoc tests that may need to be run during specific times, such as when releasing new features or making changes to the codebase.
Tools such as automated test scripts can also help reduce the manual effort needed to perform these tests. By understanding the principles of regression testing and having experience with appropriate tooling, I am confident in my ability to successfully plan and execute regression tests.
13. How can you differentiate between severity and priority?
Why this is important: Knowing the difference between severity and priority helps testers prioritize the most critical issues to address first.
Answer: Severity refers to how severe a software bug or issue is, while priority refers to its importance relative to other bugs and tasks that must be addressed. When assessing severity, testers need to consider factors such as how often the issue occurs and how difficult it would be for users to work around the problem to complete their task.
It can also be helpful for testers to consider whether the bug could lead to severe security or data integrity issues if not addressed quickly.
Priority, however, is more focused on which bug should be addressed first and how quickly it needs to be done. This typically involves considering factors such as the impact of the issue on users, the complexity of fixing it, and any external factors such as deadlines or customer expectations.
By understanding how to differentiate between severity and priority, testers can prioritize their efforts to address the most critical issues first while considering other important factors.
14. What variations exist between functional and nonfunctional testing?
Why this is important: Knowing the differences between functional and nonfunctional testing helps testers plan their tests more accurately.
Answer: Functional testing focuses on validating a software product’s functionality and ensuring it meets its requirements and delivers expected results. This type of testing typically involves writing test cases to check for errors related to the user interface, user experience, workflow execution, performance, security, etc.
On the other hand, nonfunctional testing looks at how well the system performs under various conditions, such as heavy load or stress. It also tests for aspects such as the scalability and reliability of the system.
Non-functional tests can include unit tests, integration tests, system performance tests (load/stress/endurance), and security tests. In nonfunctional testing, testers often measure the system’s quality as a whole rather than individual features or components.
By understanding the differences between functional and nonfunctional testing, testers can plan their tests more accurately and ensure they cover all application aspects that need testing.
15. How can you determine when it’s time to stop testing?
Why this is important: Knowing when to stop testing helps prevent unnecessary delays in software releases due to exhaustive testing.
Answer: Determining when to stop testing involves assessing factors such as test coverage (i.e., how much of the codebase has been tested) and the risks associated with releasing an incompletely tested product. It is important for testers to clearly understand the scope and purpose of their testing to assess when it’s time to stop accurately.
Ultimately, each team should define measurable criteria to determine when to end testing and proceed with the release. For example, if there are still known bugs in the system, but those bugs have been deemed acceptable based on risk assessment, then it might be time to stop testing and move forward with the release.
Similarly, if the test coverage has reached a reasonable level, it can indicate that it’s time to wrap up.
16. How do load testing and stress testing differ?
Why this is important: Knowing the differences between load and stress testing helps testers plan their tests more accurately.
Answer: Load testing is a performance test to determine how well a system can handle expected real-world usage or user traffic levels. It involves simulating multiple concurrent users trying to access the system to see how it performs under various conditions, such as heavy load or peak times.
On the other hand, stress testing looks at how well the system performs when pushed beyond its normal limits, often by increasing the number of simulated users beyond what would be expected in real-world use cases. This testing type can help uncover scalability and reliability issues that may not have been detected during load testing.
By understanding the differences between load and stress testing, testers can plan their tests more accurately and ensure they cover all system performance aspects. This will help them identify potential issues before releasing the product, saving time and money in the long run.
Role-specific interview questions
17. Define and go deep into ad-hoc testing
Why this is important: Knowing the definitions and details of ad-hoc testing is essential for a tester to assess and debug problems accurately.
Answer: Ad-hoc testing is an exploratory type of software testing that does not follow any predetermined plan or pre-defined test cases. This type of testing typically involves testers trying out different scenarios and inputs and using points to identify bugs or areas for improvement. It is often used when limited resources are available for formalized, structured tests.
Ad-hoc testing can help uncover unexpected behaviors and issues, allowing testers to explore the application freely without being constrained by predetermined test scripts. However, tracking all of the tested scenarios with this type of testing can be challenging, so it’s essential to document all tests performed and the results. This can help to ensure that no potential issues are overlooked.
18. What are the distinctions between ad hoc, monkey, and exploratory Testing?
Why this is important: Understanding the distinctions between these types of testing helps testers adequately plan their tests and ensure that all aspects are covered.
Answer: Ad-hoc testing is an unstructured, informal type of software testing that does not follow any predetermined plan or pre-defined test cases. It typically involves looking at the application from multiple angles to uncover bugs or areas for improvement.
On the other hand, Monkey testing involves randomly entering inputs into the system to uncover errors or unexpected behavior. This can be used when limited resources are available for more formalized tests.
Exploratory testing is also an unstructured type of software testing. This type of testing is often used when limited resources are available for more structured tests. Still, it typically involves testers developing test cases and scenarios independently without using formal test plans or scripts.
19. Are you familiar with the bug life cycle?
Why this is important: Knowing the bug life cycle helps testers properly rack, debug, and report issues.
Answer: Yes, I am familiar with the bug life cycle. The primary stages of the bug life cycle are as follows:
Bug Report – A tester reports a potential issue in the system by creating a bug report.
Investigation – The development team reviews the reported issue and attempts to reproduce it to determine whether it is an actual issue with the system.
Fixing/Verification – If it is determined that there is an issue with the system, then a fix will be developed and tested by both developers and testers to ensure that it resolves the problem correctly before it is released.
Release – Once the fix has been verified, it is released to the public in an update or patch.
Closure – Once all necessary tests have been completed and any remaining issues have been addressed, the bug report will be closed and filed for future reference.
The bug life cycle helps testers track and debug reported issues and ensure that fixes are adequately tested before release. It also provides a system for documenting and monitoring any potential problems which may arise in the future.
20. Are you familiar with the bug/defect triage for the quality assurance process?
Why this is important: Knowing the bug/defect triage process helps testers prioritize issues properly and coordinate with other teams to resolve them quickly.
Answer: I am familiar with the bug/defect triage process for quality assurance testing. The purpose of defect triage is to identify which defects require immediate attention. It should be addressed first, and coordinated efforts between teams to resolve any identified issues quickly.
21. How would you explain thread testing to a beginner?
Why this is important: Understanding the basics of thread testing helps testers adequately plan their tests and ensure that all potential issues are covered.
Answer: Thread testing evaluates how an application or system performs when multiple users access it simultaneously. It focuses on how well the system can handle concurrent requests and whether or not any data conflicts arise when multiple users attempt to access or modify the same information simultaneously.
Thread testing helps to identify any potential bottlenecks that could prevent users from accessing resources efficiently, as well as any unexpected behavior that may occur when multiple simultaneous requests are made.
This type of testing should be conducted with various scenarios to ensure that all potential problems are uncovered.
22. What makes a test case successful?
Why this is important: Knowing what makes a test case successful helps testers to create effective and efficient tests that can adequately identify any issues in the system.
Answer: A successful test case should be descriptive, precise, and well-structured. It should contain all of the necessary information required to execute the test, such as step-by-step instructions on how to perform it, expected results, and any other relevant details about the system or environment that may impact its performance.
Additionally, a successful test case should be comprehensive enough to test every scenario that could cause an issue in the system. Finally, it should also be easy to understand and follow so that testers can quickly identify any potential problems with the system or application being tested.
23. Define what a use case is for those just starting.
Why this is important: Knowing how to create a compelling use case helps testers to properly plan and document the tests that need to be conducted.
Answer: A use case describes a user’s experience using a system or application. It explains what the user needs to do to achieve their desired outcome and any potential errors or issues arising during their interaction with the system.
Use cases should include all relevant details, such as pre-conditions, post-conditions, actor roles, alternative scenarios, exceptions, and assumptions that could potentially impact the test outcome.
24. Can you define a quality audit in detail?
Why this is important: Knowing what a quality audit is and how it’s run is essential to the testing process when identifying any areas needing improvement.
Answer: A quality audit systematically inspects an application or system to evaluate compliance with specified standards and requirements. A quality audit aims to identify any potential issues or defects within the system, such as usability problems, performance problems, security vulnerabilities, or other deficiencies.
During the audit, testers should review all relevant documentation associated with the system, analyze existing processes and procedures for effectiveness, and conduct thorough testing to ensure all functionalities work correctly. They should also look for potential risks affecting the system’s reliability and stability.
Finally, testers should provide feedback and recommendations on improving the system based on their observations.
25. How can one explain ad hoc testing to someone with limited process knowledge?
Why this is important: Ad hoc testing is integral to the test process and helps identify and address unexpected issues.
Answer: Ad hoc testing is a type of exploratory testing that involves randomly executing tests to identify any potential issues or problems that may not be discovered during other kinds of tests. It does not require detailed plans or specific objectives; instead, it focuses on uncovering any unexpected behavior or errors in the system.
Ad-hoc testing should involve different scenarios involving various user actions, devices, and environments to find any issues that may arise in unforeseen circumstances. Testers should also look for potential risks or problems affecting the system’s reliability and stability.
26. What defines a bug, and how can you trace it?
Why this is important: Identifying and tracing testers pinpoint precisely where an issue occurred within a system or application.
Answer: A bug is an error, flaw, fault, mistake, or failure in a computer program that prevents it from working as intended. Bugs can occur at any stage of development, including during the software’s design, coding, testing, installation, or usage. To trace a bug, testers must identify its root cause by carefully examining the code and any associated logs or reports. They then need to investigate why the code failed and whether any potential risks could affect the system’s reliability and stability. Finally, they should provide detailed information regarding the bug so developers can fix it adequately.
27. Is bug leakage and bug release the same thing?
Why this is important: Knowing the difference between a bug leak and a bug release helps testers ensure that software quality meets customer expectations.
Answer: No, a bug leakage and a bug release are different. A bug leakage occurs during development when one or more bugs escape detection during testing and make it into production. On the other hand, a bug release occurs when a new version of the software with one or more bugs is released to the public. Bug leaks can be challenging to identify and resolve, as they are often not detected until the software is used. Bug releases, meanwhile, can usually be identified before being released due to rigorous testing and quality assurance processes. To prevent bug leakages and bug releases, testers must ensure that all possible scenarios are thoroughly tested during development and provide feedback on any potential issues within the system.
Behavioral interview questions
28. What quality control practices do you deploy, and what has impacted your business?
Why this is important: Knowing how to deploy quality control practices and measure their effectiveness allows testers to ensure that software meets customer expectations.
Answer: Quality control is an essential component of the software development process, as it helps ensure that products meet customer requirements and deliver a positive user experience. I employ various quality control practices, such as static analysis, regression testing, code review, automated testing, stress testing, and performance testing. These processes help identify any potential bugs or flaws within the system before they become more significant problems. The impact on my business has been significant – we have increased our efficiency while providing higher reliability and stability for our customers. Furthermore, by proactively identifying and resolving issues early in the development cycle, we have reduced the number of costly reworks and product recalls.
29. How do load, volume, and stress testing contrast?
Why this is important: Understanding the differences between load, volume, and stress testing helps testers determine which tests are necessary for ensuring software quality.
Answer: Load testing assesses the performance of a system under typical or expected usage scenarios. The purpose is to identify any issues that may arise as usage increases, such as increased latency or decreased throughput. Volume testing involves increasing data input and output to test the system’s stability at higher usage levels. In contrast, stress testing focuses on pushing a system beyond its limits to uncover potential weak points that may not be revealed during regular operation. This includes positive and negative tests – such as reducing available memory or network bandwidth – to force errors and identify potential vulnerabilities intentionally.
30. How does boundary testing contrast with branch testing?
Why this is important: Understanding the differences between boundary and branch testing helps testers ensure that all possible scenarios are tested to guarantee system stability.
Answer: Boundary or edge case testing involves assessing a system’s behavior when input or output reaches its extreme limits. This includes valid and invalid inputs – such as evaluating what happens when maximum values are exceeded or when negative numbers are entered – to identify potential issues that may arise from unexpected user behavior. Meanwhile, branch testing assesses a system’s behavior for different code paths within a program. By following each line of code through multiple branches, testers can ensure that all logical outcomes are evaluated to guarantee system stability and reliability.
31. When evaluating software efficiency, what distinguishes functional and nonfunctional testing?
Why this is important: Knowing the differences between functional and nonfunctional testing helps testers identify any potential issues within a system before it goes into production.
Answer: Functional testing evaluates how well a system performs its intended tasks and behavior according to user requirements. This includes positive (e.g., validating expected output) and negative tests (e.g., assessing unexpected error handling). Nonfunctional testing assesses how effectively a system functions in performance, scalability, security, usability, and reliability under different environmental conditions. Through this process, testers can identify any potential bugs or flaws within the system before they become more significant problems. By proactively addressing these issues early in the development cycle, companies can ensure that their software is as efficient as possible when it goes into production.
32. Compare and contrast positive and negative testing.
Why this is important: Knowing the differences between positive and negative testing helps testers ensure that all scenarios are adequately tested to guarantee system stability.
Answer: Positive testing involves validating that a system behaves as expected when valid input is provided. This includes verifying that all features work correctly, user interface elements function properly, and output is consistent with the user’s requirements. Negative testing, on the other hand, assesses how a system responds to invalid or unexpected inputs. By purposefully “breaking” the system by intentionally manipulating functionality or data input, testers can uncover potential vulnerabilities and bugs before they become more significant problems. This reduces costly reworks and product recalls once the software goes into production.
33. Go over the most common solutions for software development problems
Why this is important: Knowing the most common explanations for software development problems helps prevent costly reworks and delays.
Answer: The most effective way to reduce software development problems is through a rigorous testing process that begins in the early stages of development. This includes conducting unit tests, integration tests, system tests, acceptance tests, and regression tests throughout the entire product life cycle. Additionally, thorough user experience testing should also be conducted to ensure that all features are intuitively designed and easy to use. Finally, developers should consider using tools such as static code analysis or automated bug-tracking systems to proactively identify potential errors before they become more significant issues. By doing so, companies can guarantee that their software meets all customer requirements before release.
Questions for You to Ask in a Quality Assurance Interview
While answering questions is essential, knowing how to ask questions is vital to any job interview. Asking the right questions can help you better understand the role and expectations of quality assurance jobs.
How does the team work together to ensure quality?
Why this is important: Asking this question can give you an insight into the team’s process and how they collaborate to achieve their goals. It also provides an excellent opportunity to discuss your skills and experience that could benefit this team environment.
What progression of development processes does the team have in place?
Why this is important: Asking about the process flow will help you understand how tasks are tracked, tested, and released. This knowledge can also be an excellent foundation for developing efficient QA strategies within the organization.
What challenges does the team face daily?
Why this is important: This question will provide insight into how difficult it might be to complete tasks successfully. By understanding the challenges the team faces daily, you can start to formulate ideas on how you might be able to help the section move forward and overcome these obstacles.
What have been the most successful quality assurance initiatives recently?
Why this is important: Asking about successful initiatives will help you understand what areas of QA are working well for the team and allow you to discuss how your skills could contribute to future projects.
How does the team measure the success of its QA efforts?
Why this is important: Understanding how the team assesses its performance is critical in determining whether or not it’s meeting its goals. This question also gives you a chance to discuss ways that you would measure success if you were hired for the job.
What feedback and metrics do you use to track progress?
Why this is important: Knowing how the team evaluates its progress will give you an idea of what areas need improvement and which initiatives work best. This information can also help you develop more effective QA strategies while on the job.
What career paths have past QA members taken within your organization?
Why this is important: Asking about past team members’ career paths will provide insight into what opportunities might be available after joining the team. It can even help inform your decision-making process when considering whether or not to accept a position with them.
What technical knowledge is expected from a QA specialist on this team?
Why this is important: Knowing the technical expectations before joining the team will ensure you have the proper skills to complete the job. This information can also help you plan for additional training or certifications before accepting a position.
How To Prepare for a Quality Assurance Job Interview
The STAR Method is a great way to prepare for a quality assurance job interview. STAR stands for Situation, Task, Action, and Result; this acronym can help communicate your experiences effectively when interviewing for any job.
When preparing for an interview using the STAR method, you must set aside time to think about situations you have encountered in previous roles or educational programs. Consider the tasks you were tasked with in those situations and your actions to complete each task. Lastly, reflect on the results of those actions and how they impacted the business or organization.
For example, if you were asked about your experience with test automation during a QA job interview, you could use the STAR method answer by first setting up the situation (“In my previous role as a QA engineer, I was given the task of implementing test automation into our existing test suites”), discussing what action you took (“I assessed our current tests and identified areas that would benefit from automated testing”), and then explaining what result came from your actions (“In addition to reducing manual effort by 50%, this also enabled us to perform more thorough testing on applications”).
Using the STAR method when preparing for a Quality Assurance job interview, candidates can quickly provide detailed examples of their experiences and demonstrate their ability to think critically about how their skills can positively contribute to an organization. Furthermore, giving clear answers with concrete results allows recruiters or hiring managers better to measure a candidate’s potential fit within an organization.
Conclusion
Interviewing for a Quality Assurance job is no easy feat. However, by preparing and understanding the team’s expectations, you can ensure you are well-equipped to answer any questions that may come your way during an interview. Asking thoughtful questions will also give you a better idea of working on the team and allow you to discuss how your skills could contribute to future projects.
