A quality analyst (often called a QA analyst) tests software to find bugs, verify features work as expected, and ensure products meet requirements before they reach users. Breaking into the role typically requires a mix of technical fundamentals, hands-on practice, and a portfolio that proves you can do the work. Most entry-level QA analysts earn between $50,000 and $85,000 per year, with a median around $65,000, according to Glassdoor.
What a Quality Analyst Actually Does
Your day-to-day work revolves around making sure software behaves correctly. That means reading requirements or user stories, writing test cases that describe what to check and what the expected result should be, executing those tests, and logging detailed bug reports when something breaks. You’ll work closely with developers, product managers, and sometimes customer support teams to prioritize which issues get fixed first.
Job titles in this space are notoriously inconsistent. You’ll see postings for QA analyst, test engineer, QA engineer, SDET (software development engineer in test), and quality engineer. In practice, the main dividing line is technical depth. Roles that lean “manual” focus on designing and running tests by hand, exploring the application, and documenting results. Roles that lean “automation” expect you to write code that runs tests automatically. Many positions blend both. Early in your career, you’ll likely start with more manual testing and layer in automation skills over time.
Education and Background
A bachelor’s degree in computer science, information technology, or a related field is the most common path, but it’s not the only one. Plenty of QA analysts come from non-traditional backgrounds: bootcamp graduates, career changers from IT support or business analysis, and self-taught testers who built a strong portfolio. What matters most to hiring managers is whether you understand how software works and can demonstrate structured thinking about how to break it.
If you don’t have a CS degree, focus on filling in the gaps that employers expect. You should be comfortable navigating a command line, reading basic code, understanding how databases work (enough to write simple SQL queries), and knowing how web applications communicate through APIs. Free and low-cost courses on platforms like Coursera, Udemy, and freeCodeCamp cover all of these topics.
Core Skills to Develop
Manual testing is the foundation. Learn how to write clear, repeatable test cases and how to approach exploratory testing, where you probe an application without a script to uncover unexpected behavior. Practice writing bug reports that a developer can act on immediately: steps to reproduce, expected result, actual result, environment details, and screenshots or screen recordings.
Once you’re comfortable with manual testing, start picking up automation. Selenium (for web browser testing), Cypress, and Playwright are popular tools. You’ll need a scripting language to use them. Python and JavaScript are the most common choices, and either one is fine for getting started. The goal isn’t to become a full-stack developer. It’s to write reliable test scripts that can run the same checks hundreds of times without human effort.
Beyond tools, build familiarity with version control (Git), CI/CD pipelines (the automated systems that build, test, and deploy code), Agile workflows, and bug-tracking platforms like Jira. These show up in nearly every QA job description.
Certifications Worth Considering
The most widely recognized credential in software testing is the ISTQB Certified Tester scheme, managed by the International Software Testing Qualifications Board. It’s structured in tiers:
- Foundation Level (CTFL): Covers fundamental testing concepts, test design techniques, and test management basics. This is the entry point and the one most relevant if you’re just starting out.
- Advanced Level: Branches into Test Analyst, Test Automation Engineering, Technical Test Analyst, and Test Management. Each focuses on a deeper specialization.
- Specialist certifications: Cover niche areas like performance testing, security testing, AI testing, mobile application testing, and even industry-specific domains like automotive or game testing. ISTQB recently added certifications for AI testing and testing with generative AI, reflecting how quickly the field is evolving.
- Expert Level: Focuses on strategic test management and test process improvement. This tier targets experienced professionals leading QA organizations.
Exam pricing varies by region because ISTQB exams are administered through local member boards and exam providers. Check the ISTQB website to find a provider near you and get current pricing. The Foundation Level exam is the only one worth pursuing before you have job experience. Advanced and specialist certifications carry more weight once you have a year or two of real-world work behind them.
Certifications help, but they rarely make or break a candidacy on their own. Hiring managers generally weigh practical skills and portfolio work more heavily than credentials.
Building a Portfolio That Gets Noticed
A portfolio is the single best way to stand out as an entry-level candidate, especially if you lack professional QA experience. It gives recruiters concrete proof that you can do the job. Here’s what to include:
GitHub repositories. Create a public repo with automation scripts, a simple test framework, or utility tools you’ve built for testing. Even basic Selenium scripts that test a public website demonstrate that you can write and organize code. Include a clear README explaining what the project does and how to run it.
Open-source contributions. Testing open-source software is one of the fastest ways to build credible, public proof of your work. File detailed bug reports on projects you use. Submit pull requests that fix test gaps or improve documentation. Write “how to” guides for tools or frameworks you’ve learned. These contributions stay publicly visible and serve as a living record of your skills.
Sample test artifacts. Create a test plan for a well-known public application (a popular website, a mobile app, a browser extension). Write out test cases, log sample bug reports, and document your testing strategy. Store everything in a clean, organized format on GitHub or a personal site. This shows you understand the full testing workflow, not just the coding side.
Public study notes. Documenting what you learn as you go, whether it’s notes on testing concepts, tool comparisons, or lessons from a certification course, signals curiosity and commitment. It also helps you retain information and gives interviewers a window into how you think.
Landing Your First QA Role
Entry-level QA positions often go by titles like junior QA analyst, associate QA analyst, or QA tester. When searching job boards, try all the variations: “QA analyst,” “test analyst,” “QA engineer,” and “software tester” all pull different listings for overlapping roles.
Tailor your resume to highlight testing-specific skills rather than generic programming ability. If you’ve built test frameworks, filed bugs on open-source projects, or earned the ISTQB Foundation certification, put those front and center. In interviews, expect a mix of scenario-based questions (“how would you test a login page?”), questions about your testing process, and possibly a short practical exercise where you write test cases or review code for bugs.
Companies in healthcare, finance, e-commerce, and SaaS tend to have large QA teams and hire junior testers regularly. Smaller startups may also need QA help but often expect more automation skills from day one.
Growing Beyond Entry Level
After a year or two of hands-on experience, you’ll naturally specialize. Some QA analysts move deeper into automation engineering, building and maintaining test frameworks that run thousands of tests per deployment. Others move into performance testing, security testing, or mobile testing. A few shift toward test management, overseeing QA strategy and leading teams.
Senior QA analyst salaries climb well above the entry-level range. Glassdoor data shows the pay trajectory for QA analysts can reach above $250,000 at the highest seniority levels, though that top end typically requires a combination of deep technical expertise, leadership responsibility, and employment at a high-paying company.
The skills you build in QA also transfer naturally into adjacent roles. Many QA professionals eventually move into DevOps, software engineering, product management, or technical program management, carrying with them a deep understanding of software quality that those roles rarely develop on their own.