QA Roles and Responsibilities: Who Does What in an Effective Testing Team

When you are assembling a testing team from scratch or want to make sure your setup is sufficient, the lines between QA roles and responsibilities can get blurred fast. QA team structure is rarely fixed, often fluid, and people frequently end up combining several job duties within one position. Katalon’s State of Software Quality Report supports this: only 11% of QA teams have reached the necessary maturity level and figured out their ideal setup.

The good news is that this is not some problem that is impossible to solve. The current industry view of software testing team roles allows managers and decision makers to accurately gauge the missing skills and areas of expertise, helping them create lean but strong units. Here is what you should know about QA roles and responsibilities in 2026.

Key Takeaways

• A QA team only runs smoothly when everyone knows exactly what they own, from strategy down to individual test cases.
• In a strong QA setup, testing starts alongside development, or before it, not after the build is done.
• There are four common team structures to choose from: functional, matrix, dedicated, and Agile.
• A handful of core roles show up on almost every team, led by the QA lead and the QA manager.
• Building a solid team takes time, often months, so patience beats rushing the hire.

QA Team Responsibilities

History knows a lot of embarrassing examples of software not being tested properly, like Apple’s group FaceTime issue or the Windows 10 problem with Surface Book 2, that taught the IT industry to take QA seriously. No wonder tech companies nowadays strive for well-established quality assurance departments, and Katalon’s report shows that 56% of QA teams still struggle to keep up with the testing demands. To give you an idea of what you should expect from your software testing team, here is a quick look at the most important responsibilities covered.

Requirements analysis

Before diving into the testing or planning stages, it’s crucial for the test team to carefully gather the client’s expectations for the upcoming product. This stage also includes testing Service Level Agreements between the company that owns an application and its future users. 

Test planning

The days when quality assurance teams would just sit back and wait for developers to finish a product before starting their work are long gone. Now, test planning and case development begin at least in parallel with the software development process, with many teams moving it before development even starts. This shift requires a collaborative approach, where it’s crucial to know each team member’s strengths and ensure the right skills are utilized at each stage. That’s why the roles and responsibilities of quality assurance teams are constantly transforming to make the testing process a better fit for the changing demands.

Create test documentation

Just as crucial as having seamless test scripts is the need for accurate reporting. Keeping detailed process documentation helps you easily keep track of what’s already been accomplished and stay updated on the project’s current status. Plus, maintaining a clear and concise testing documentation is the only way to quickly bring new team members up to speed on the project development process. 

To make sure the documents you have on your project are up to the industry standards, check out this free sample and see if anything is missing.

Test case execution

Running software tests is probably the first thing most people imagine when thinking about the job duties of a software tester. Executing the tests, identifying and reporting errors, setting up the testing environment, suggesting improvements for software performance, verifying bug fixes, and providing technical oversight for each bug throughout its lifecycle is part of any QA engineer job description. Plus, keeping up with the latest testing trends, QA best practices, modern testing tools, and developments in AI-assisted testing help the team remain efficient despite the changes in the work scope.

QA Team Roles: Who Does What

Depending on the project scope, a software testing team varies in size, job titles, methodologies, and technologies. Because of that, QA team roles and responsibilities often shift from one project or company to the next. Still, a handful of roles show up on nearly every testing team:

• QA Manager
• QA Lead
• QA Team Lead
• Test Architect
• QA Analyst
• Manual Test Engineer
• Automation Test Engineer
• UI/UX Test Engineer

In this section, we break down each role and its unique contribution to software quality, starting with the core team, then the manual-vs-automation split, and finally the hybrid roles.

Role	Definition & duties	Reports to/Seniority
QA Manager	A QA manager owns quality strategy and the team delivering it. They set testing standards, manage hiring and budgets, and report quality to leadership.	Head of Engineering/Delivery · Senior
QA Lead	A QA lead runs testing for a project, from strategy to sign-off. They plan resources, estimate effort, and bridge the technical team and the client.	QA Manager · Senior
QA Team Lead	A QA team lead keeps the testing team running day to day. They maintain the workflow, track progress metrics, and close skill gaps with training.	QA Lead · Mid–senior
Test Architect	A test architect designs the test frameworks and overall approach. They pair software-architecture knowledge with hands-on manual and automation experience.	QA Lead/QA Manager · Senior
QA Analyst	A QA analyst pairs testing skill with industry domain knowledge. They focus on business logic and audience fit, working with product owners and developers.	QA Lead · Mid
Manual Test Engineer	A manual test engineer checks the product by hand, as a real user would. They write and run cases, log defects, and verify across devices.	QA Lead/Team Lead · Junior–mid
Automation Test Engineer	An automation test engineer writes code that runs tests automatically. They build repeatable cases and wire automation into the CI/CD pipeline.	QA Lead/Team Lead · Mid–senior
UI/UX Test Engineer	A UI/UX test engineer ensures the product looks and behaves as designed. They catch the visual and usability regressions that creep in during builds.	QA Lead · Mid

Manual vs. Automated QA: How the Work Is Split

With the exception of some projects, usually either small or highly specialized, QA work is typically cleanly divided into manual and automated responsibilities. Both are essential to the success of the whole QA operation, and no one can say with confidence that one is more important or valuable than the other one, but the distinction still matters. The common way to understand where manual and automated testing work best on a project is to use the testing pyramid as a framing device for who owns what.

Efficiency in test automation

QA experts agree that automation testing pays off most at the base of the pyramid. Unit and API tests are fast and cheap to run, so that’s where automation engineers concentrate their effort. When you cover enough at these lower levels, you don’t need to depend as much on the slow, frAgile UI tests up top. That way, the whole suite stays quicker to run.

Collaboration between QA and development

The pyramid only serves its purpose when developers and QA share the work. Developers usually write the unit tests, since they know the code best, while QA engineers own the higher levels like API and UI testing. But this is where the handoff matters: QA helps make sure those unit tests catch the right things and run inside the pipeline. When both sides stay in sync, coverage can finally stop slipping through the cracks.

Balanced testing strategy

A balanced pyramid keeps you from investing most of the effort into UI tests, which are the priciest to maintain. When too much of your coverage sits at the top, every small change breaks something, and the team ends up fixing tests instead of writing them. QA leads and test architects are the ones who guard that balance: they keep the framework sustainable as the product grows.

The role of the QA lead in strategic testing decisions

Someone has to decide where the testing effort goes, and that call usually sits with the QA lead or test architect. They push the team to invest more in unit and API tests, and keep UI automation for the journeys that really matter, like checkout or login. On top of that, they make sure automation runs inside the development pipeline, so the team gets feedback on every build instead of waiting for a manual pass.

Ongoing maintenance and improvement

Automation isn’t something you set up once and forget for months. Scripts go out of date as the product changes, and the upkeep is heaviest near the top of the pyramid, where UI tests break the moment the interface shifts. QA engineers and SDETs keep those scripts current, while manual testers handle the exploratory checks no script can cover. This means that even on a heavily automated team, the manual side never fully goes away.

Hybrid Team Roles and Their QA Responsibilities

While many QA roles and responsibilities neatly fit into one box, that is not always the case. Increasingly often, QA teams include roles that blend two or more sets of responsibilities. This gives teams the flexibility they don’t always get with single-purpose roles, allowing them to ship software faster and cover more ground. Here are the hybrid QA roles you should know about.

Words by

Michael Tomara, QA Lead, TestFort

“Hybrid quality assurance team roles and responsibilities allow QA departments to be more flexible and adaptable. They also help increase test coverage and efficiency, which can be a valuable addition to the modern, fast-paced world of software development.”

QA Engineer with DevOps knowledge

A QA engineer with DevOps knowledge is a tester who works inside the CI/CD pipeline, making sure quality checks are in sync and can keep up with fast, frequent releases. Here’s what the role usually covers:

• Developing and executing automated test scripts
• Integrating testing processes into CI/CD tools like Jenkins and GitLab
• Collaborating with DevOps to ensure smooth test automation and deployment pipelines
• Ensuring testing is matched to rapid software releases

Test Automation Engineer with development skills

A test automation engineer with development skills sits between the QA and development teams, writing production-grade test code and keeping both sides in agreement on what the product should look like in the end. This is the person who makes automation a source of confidence instead of a risk. The role typically involves:

• Designing and implementing test automation frameworks
• Writing reusable, maintainable automated test scripts, often in programming languages like Python, Java, or JavaScript
• Working alongside developers to understand code structure and enhance test coverage
• Performing both white-box and black-box testing

Software Development Engineer in Test (SDET)

SDET is one of the most in-demand positions in the software industry because an SDET’s dual role as both a developer and a QA engineer makes them an invaluable addition to any QA team structure. Here is what an SDET typically has to deal with:

• Writing and executing automated tests while also participating in software development
• Reviewing code for quality assurance and helping developers write testable code
• Building tools and frameworks for automated testing
• Engaging in performance testing, security testing, and other specialized forms of QA.

Full-Stack Test Engineer

When it comes to quality assurance team roles and responsibilities, large teams can usually afford to have engineers specializing either in back-end or front-end testing. A full-stack test engineer can handle both, giving the team the versatility and agility they need to continue successfully. These are the common responsibilities of a full-stack QA engineer:

• Testing APIs, databases, and user interfaces
• Performing end-to-end testing, ensuring both the client-side and server-side components function correctly
• Writing integration and functional test scripts
• Monitoring test results and analyzing data across the full stack

Test Architect

A test architect is a hybrid role that involves both strategic and hands-on testing work. This role usually goes to a highly experienced, senior-level specialist who has enough practical experience with testing to be able to see the big picture and manage the project. Typical responsibilities of QA architects include:

• Designing the overall testing strategy, frameworks, and tools
• Ensuring that testing aligns with business and technical objectives
• Overseeing the implementation of test automation across projects
• Mentoring and guiding other QA engineers on best practices

Test Analyst

A test analyst specializes in testing systems that involve large datasets or data-driven applications. This is a person with strong analytical skills in addition to in-depth knowledge of testing, which allows them to know exactly what to look for and how to interpret the analysis results. Test analysts usually deal with:

• Validating data integrity, accuracy, and quality in databases
• Creating and running data-centric test cases
• Using data analytics tools to monitor and report on test results
• Ensuring data flows are correctly implemented and optimized

QA Manager/QA Lead with Agile knowledge

This is a leadership role that involves managing the QA process while also being deeply involved in Agile methodologies. Unlike many QA roles and responsibilities that can be assigned to junior and middle-level specialists, the role of an Agile QA manager can only go to highly experienced testing experts. This role typically includes the following tasks:

• Leading a QA team through sprints, managing both manual and automated testing tasks
• Ensuring the testing process is integrated with Agile practices like daily standups and sprint planning
• Implementing test automation strategies to speed up release cycles
• Collaborating closely with scrum masters, product owners, and developers to ensure QA deliverables are met

Organizational Testing Team Structures

One of the important steps to building an effective and high-performance team is choosing the right testing team structure. This will help you make up a strong setup with the required domain skills and expertise for your project’s specific needs and avoid many common pitfalls. In general, there are four types of structures to choose from:

• Functional
• Matrix
• Dedicated team
• Agile

Let’s look at each of these possible structures in detail.

Functional

In a functional QA team structure, testers are grouped by their technical specialty. You can have one sub-team focused on performance testing and another on continuous delivery, each working within its own area of expertise. A test manager usually runs each group, while senior management keeps an eye on the project as a whole. It’s a neat setup when the work splits cleanly along the available skill lines.

Matrix

A matrix structure allocates the same testers to several projects at once, based on the skills each project needs. The key benefit is efficiency: people put their time where it counts instead of sitting idle between tasks. It also keeps communication flowing across teams, which helps ensure continuous delivery. Similarly to the functional model, test managers lead the testing effort and report up to higher management.

Dedicated team

A dedicated team is built around one product, and its job goes well beyond catching bugs — it owns the product’s overall quality. The big advantage here is clarity. Everyone knows what they’re responsible for and works toward achieving the same goal, without splitting attention across projects. Typically, you’ll have test managers overseeing specific tasks, QA managers taking care of the technical depth, and testers running the cases.

Agile

Agile setups are the most flexible, with no strict hierarchy involved. Team members with different technical skills can work together on multiple projects simultaneously and join at any stage of the SDLC — from the initial stages of planning to project acceptance. The unique thing about Agile is that team members can switch their roles. As a result, they can hone and develop their skills, contributing to better software products.

Structure	Best for	Who leads	Keep in mind
Functional	Teams that split cleanly by specialty	Test managers, under senior management	Can duplicate skills if groups don’t talk
Matrix	Running several projects at once	Test managers with higher management	Attention gets divided across projects
Dedicated	A single product where quality ownership matters	Test managers plus QA managers	Less flexible when priorities shift
Agile	Fast-moving products with evolving requirements	No strict hierarchy; roles rotate	Needs mature, versatile testers

Choosing the Right Software Team Structure

If you aren’t sure which testing team structure will best fit your testing processes, here are a few aspects to consider:

• Project’s scope. First off, consider the needs of your project. Are you focusing on a single project, or juggling multiple ones at the same time? If it’s the latter, a matrix organization is likely your best bet.
• Your team’s expertise and skills. If you’re not building a team from scratch, take a close look at each member’s domain expertise to ensure their talents and resources are effectively utilized. Aim to assemble a team with a diverse range of skills that are versatile across different projects.
• The size of software products. When dealing with large software products, it’s typically better to adopt an Agile or dedicated team structure with clearly defined roles for each team member.
• Future plans. If you’re working on a product with growth potential, opt for flexible structures. This approach allows you to seamlessly integrate more specialists as needed without major overhauls.

By following these tips, you should be able to make the right decision about the structure for your testing team. Think strategically, as your product’s requirements might change as you go, and it’s crucial that your team is prepared to adapt effectively.

How to Assemble a Software Testing Team

Now that we’ve covered the many different QA roles, as well as the key positions present in every team, let’s talk about how to assemble a team of QA professionals. Here are some steps that may help you in assembling a dream software quality assurance team.

Words by

Michael Tomara, QA Lead, TestFort

“It’s worth noting right away that putting together a team isn’t always easy. In fact, quite often, it takes up to several months before a team is fully formed. So, don’t get upset if things don’t work out quickly for you. Time and patience are essential in this process.”

1. Set clear goals and expectations

As trivial as this may sound, the first step to setting up a testing team is to set clear goals and expectations for what you’d like to accomplish. This will give you an idea of the right team structure, key roles, and the number of people you want to involve in the project.

2. Hire the team

Next, you need to find the right people. Here you may want to pay attention to several criteria. First things first, it’s the technical expertise, of course. A software QA team must have strong hard skills to write clear codes, anticipate and navigate complexities, and be quick at integrating new solutions to streamline existing processes. Carefully look at candidates’ previous experience with various technologies and tools to evaluate whether they can be a good fit for the intended QA team roles and responsibilities. 

Also, consider interpersonal skills. They are not less important than hard skills when it comes to working in a team environment. You need QA engineers who can effectively communicate, collaborate, and resolve conflicts. This will help create a positive environment where the team feels motivated and engaged and works collaboratively towards long-term project success. 

Besides communication and technical skills, QA engineers need to have strong logical and analytical skills. While AI testing solutions can help a lot with forecasting possible test scenarios or test case generation, it’s still essential for testers to have a strong analytical mind to understand complex software architectures and identify potential flaws. 

Of course, it’s not always possible to find people who are good at everything. Some of them will be better communicators, while others will shine in the technical field, and that’s totally fine. To put together a well-balanced and functional team, strive to include a mix of experienced professionals. Look for people who are good at manual testing as well as automation experts, those who understand the technical aspects and others who excel in project management, planning, and doing mundane tasks. This will help you create a diverse team where each member complements the others and every necessary skill is present in the team.

Average tester’s rates

The cost of running a testing team depends on a number of factors, including the geographical location of your team members, their level of expertise, and the specific requirements of your project. In general, QA outsourcing rates can vary wildly. For example, in the USA and Canada, the average rates of quality assurance engineers may range from $60 to $90 per hour. 

Conversely, teams from Asian, Eastern European, and South American countries tend to charge considerably less, with the average hourly rate typically ranging from $25 to $60, depending on the role. No wonder many business owners that run a software business company prefer to outsource testing. Moreover, outsourcing testing to a remote QA company often helps gain access to a wider test coverage and conduct a wider range of test activities due to the diverse expertise and experience available in these regions. 

3. Ensure smooth onboarding

When you gather a team of software test engineers, allocate some time on onboarding them. Even experienced testers will need some time to get to learn the tools and software your company uses, so it’s vital not to miss this phase. During onboarding, familiarize your team with the project management system, communication channels, and any proprietary testing frameworks you use. It’s helpful to have clear documentation that minimizes the learning curve for your team.

Encourage open communication during onboarding within the QA team. Your team should feel comfortable asking questions if there’s anything they don’t understand. This not only aids in streamlining the software testing process but also fosters a collaborative atmosphere where everyone is motivated to deliver high-quality results.

4. Define testing processes and workflows

Next, define the steps involved in test planning, execution, and reporting, outlining the key criteria for test case design, test coverage, and the metrics to be tracked. It may be helpful to create a standardized reporting system to ensure that the QA team works cohesively and efficiently. Establishing clear testing processes and workflows is essential for maintaining consistency and quality throughout the software development lifecycle. 

5. Implement Agile practices

While there are many different methodologies that can be used to manage software development or run software firms, Agile methodologies seem to best suit the dynamic nature of software development. Agile emphasizes iterative development, continuous testing, and collaboration among cross-functional teams and helps in delivering high-quality software in a shorter time frame.

6. Assign roles and responsibilities

Unless you plan to work with a remote QA team that is already formed and has a track record of completed projects behind their back, you’ll need to clearly define your QA roles and responsibilities, communicate your expectations and requirements, and set a defined reporting schedule. If you choose to work with remote specialists in different time zones, make sure you pick a communication time slot that overlaps with yours and create an emergency plan that your team can fall back on in the event of unexpected situations.

Common Challenges and How Quality Assurance Teams Can Handle Them

Even the most organized team with well-defined QA roles and responsibilities may face challenges along the way. However, most of them can be dealt with quite easily with the right knowledge and effective strategies. Let’s take a look at the most common roadblocks that software QA teams encounter and how to address them effectively:

Time limitations

Time limitations are among the most common challenges faced by software testers. To succeed in the competitive world of software development, it’s essential that the products are delivered fast to market, which often puts development teams under tight schedules. Ultimately, testing becomes crucial in balancing the quality of the software and its delivery speed.

How to handle:

• Prioritize testing based on the critical functionalities and potential risks.
• Implement risk-based testing to focus efforts on areas that matter the most.
• Utilize automation for repetitive and time-consuming tasks to maximize efficiency.
• Establish a realistic testing schedule and communicate proactively your goals and expectations with the team.

Inadequate test coverage

Another challenge that quite often impedes the QA process is lack of adequate test coverage. Not all in-house teams have the means to extend the network of tools and devices, making it hard to detect defects and gaps in quality assurance.

How to handle:

• Consider cost-effective alternatives like cloud-based test environments.
• Resort to crowd testing to validate the product quality across diverse devices and configurations.

Resource constraints

Resource constraints are a common roadblock impeding testing of software development projects. Limited manpower, tools, or budgets can hinder the effectiveness of the testing process and even lead to delays. 

How to handle:

• Optimize resource allocation by prioritizing critical testing activities.
• Leverage test automation to reduce manual efforts and increase productivity.
• Consider outsourcing non-core testing activities to remote specialists to supplement internal resources.
• Encourage continuous training to address skill gaps and enhance your team’s flexibility.

Changing requirements

Software development is a very dynamic process. Even if you have set a clear plan for what you want to achieve, new technologies, competition, and many other factors may force companies to change requirements. Therefore, it’s crucial that developers and QA engineers maintain agility. 

How to handle:

• Embrace Agile software development methodologies to facilitate adaptability.
• Establish a robust change management process to track and accommodate evolving requirements.
• Regularly engage with the team and stakeholders to stay updated on any changes.
• Conduct impact assessments to understand the implications of new requirements on existing plans and test execution.
• Maintain documentation control to manage all changes effectively.

Challenges in regression testing

As software functionalities expand, so does the timeline required to complete the project, potentially jeopardizing the time delivery of the software. 

How to handle:

• Streamline test suites and embrace automation testing. This approach not only speeds up testing, ensuring that the software is delivered on time, but also helps maintain the highest quality standards.
• Adopt a test case prioritization strategy based on business impact and significant functionalities. This will allow teams to focus on high-priority scenarios first, ensuring that essential features are thoroughly tested even within a constrained timeline.

Build the QA Team Your Product Deserves

Even with all the never-ending developments in the QA industry, there still isn’t a single blueprint for an ideal testing team, and it’s unlikely that there will be one any time soon. The right setup of roles and responsibilities always comes down to your product, your budget, and how fast you need to ship. What always remains is clarity: when everyone knows what they are doing, from the QA lead overseeing the strategy down to the testers running cases, quality stops being an afterthought and becomes something the whole team is accountable for.

Getting that structure right takes time, but building it in-house isn’t your only route, especially since in-house hiring can be expensive and time-consuming. If you’d rather not spend months scouting and onboarding QA specialists, we can put together a testing team with the exact QA roles and responsibilities your project requires. Just tell us what you’re building, and we’ll take it from there.

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