Profession · Full profile

QA Engineer

QA engineers test software systems, build test automation, and prevent defects before code reaches users.

Average salary

$104,300

Salary range

$61,440 – $167,010

Training time

4 years full time

Job market

Faster than average

8/10

Work-life balance

Good

7/10

QA engineers review requirements, write automated tests, and run exploratory checks to catch software bugs before release. They log defects in trackers, verify bug fixes, and integrate automated test suites into continuous integration pipelines to inspect every code change. Most of their work occurs during standard weekday daytime hours, though release crunches occasionally require overtime. Pay and job figures cover software quality assurance analysts and testers, the official group that includes QA engineers.

A workday

A day in the life

What does a workday really look like?

A regular weekday balancing test case development, test automation scripting, and team syncs.

9:00 AM
Pipeline review
Inspect overnight automated test runs and review any reported build failures.
9:30 AM
Daily team standup
Coordinate daily priorities and release blockers with developers and product managers.
10:00 AM
Test plan design
Review product specifications and draft test cases for newly developed features.
12:00 PM
Lunch break
Take a midday break away from workstation monitors.
1:00 PM
Automation development
Write and refactor automated tests for web and API components.
3:30 PM
Exploratory testing
Execute manual testing sessions to uncover unexpected software flaws.
4:30 PM
Bug reporting and verification
Log newly found defects in Jira and retest resolved issues before end of day.

Task breakdown

A deployment-focused schedule with intensive regression validation and release checks.

9:00 AM
Build verification
Check continuous integration pipeline builds for the release candidate.
10:00 AM
Release sync meeting
Align with engineering leads on deployment targets and test readiness.
10:30 AM
Regression suite execution
Run complete regression test checklists across supported environments.
12:30 PM
Lunch break
Midday rest break.
1:30 PM
Defect retesting
Validate final bug fixes submitted by developers for release inclusion.
3:30 PM
Smoke testing
Execute automated smoke tests against production environments after deployment.
5:00 PM
Go-no-go signoff
Meet with project managers to provide final quality signoff for the deployment.

Salary data

What do you really earn?

Salary by experience, sector and region.

Minimum

$61,440

Average

$104,300

Maximum

$167,010

Salary by region

Region	Min	Avg.	Max
National	$61,440	$104,300	$167,010
California	$65,890	$128,740	$201,070
Texas	$59,010	$101,850	$153,380
New York	$58,180	$121,240	$182,910
Florida	$57,970	$100,210	$150,620
Virginia	$78,820	$121,590	$169,200

Typical benefits

Health insurance

Comprehensive medical, dental, and vision coverage provided by employers.

401(k) retirement plan

Tax-advantaged retirement accounts, often including matching company contributions.

Flexible or remote work options

Telecommuting and adaptable schedule policies that support remote work.

Training and certification budget

Employer funding for testing courses, learning programs, and professional credentials.

Pathways

Education pathways

Which paths lead to this profession?

Bachelor's degree

4 years full time

Bachelor's degree in computer science, software engineering or a related field

A bachelor's degree is the most common entry route. Programming courses help with test automation roles.

Costs: About $11,950 a year in average published tuition and fees at a public four-year college for in-state students, and $45,000 at a private nonprofit four-year college
Entry requirements: High school diploma or equivalent
High school subjects: Computer science, software engineering, programming

Certificate

Several weeks of study

Software testing certification (ISTQB Foundation Level)

Covers testing terminology, techniques and processes. Often used by career changers to show testing knowledge.

Entry requirements: No formal prerequisites
High school subjects: Software testing fundamentals

Other

Several months

Coding bootcamp or self-taught route with a portfolio

Some employers hire testers without a degree when they can show practical skills. Many testers start in manual testing and learn automation on the job.

Entry requirements: Basic computer skills; some programs test aptitude
High school subjects: Programming, test automation tools

Profile

Skills & personality

Is this a good fit for you?

Hard skills

Test automationBuilding and maintaining automated test suites with tools such as Selenium, Cypress or Playwright.
ProgrammingWriting test code and automation scripts in Python, Java or JavaScript.
API testingVerifying backend interfaces, data responses, and service integrations.
Test case designAnalyzing requirements and user stories to produce thorough test cases.
Bug trackingDocumenting, reproducing, and tracking defects using platforms such as Jira.
CI/CD and GitIntegrating automated checks into delivery pipelines and managing code in Git.

Soft skills

Attention to detailSpotting subtle software inconsistencies and edge-case defects.
CuriosityExploring unexpected user behavior to find weaknesses in application design.
Clear written communicationWriting precise bug descriptions with unambiguous reproduction steps.
CollaborationWorking cooperatively with developers and product teams on release readiness.

Is this a good fit for you?

✓
AnalyticalBreaks down complex requirements systematically to find potential gaps.
✓
MethodicalExecutes testing procedures thoroughly without skipping validation steps.
✓
InquisitiveActively experiments with software features to discover hidden errors.
✓
PatientPersists through complex replication steps to isolate intermittent defects.
✓
Quality-orientedMaintains high standards for product performance and end-user satisfaction.

Market

Job market & outlook

What does the market look like?

Openings per year

10,700

Trend

Growth

+5.7%

AI impact

6/10

AI tools can generate test cases, write test scripts and triage failing tests. Deciding what to test, judging risk and exploring how real users break software stay human.

Regional demand

Virginia

Strong demand driven by computer systems design firms and technology defense contractors.

10/10

California

High demand concentrated around major software publishers and technology corporate centers.

6/10

Texas

Growing hiring demand across enterprise SaaS platforms and systems design firms.

6/10

Florida

Consistent hiring across healthcare systems, simulation companies, and enterprise technology groups.

4/10

New York

Steady hiring by financial institutions, media corporations, and consulting providers.

4/10

Growth

Career paths

Where can this profession take you?

Vertical growth

Junior QA tester
0-2 years
Executes manual test scenarios, logs defects, and learns company testing practices.
QA engineer
2-5 years
Develops test automation scripts, creates test plans, and monitors continuous integration pipelines.
Senior QA engineer or SDET
5-8 years
Designs automation frameworks, mentors team members, and evaluates complex testing architecture.
QA lead or QA manager
8+ years
Directs overall quality strategy, manages testing personnel, and oversees release schedules.

Horizontal move

Software developer
Moves into direct software engineering to design and build product features.
View Software Developer
Business analyst
Applies user workflow knowledge to gather requirements and shape product design.
View Business Analyst

Good to know

Practical info

Working hours: Full time, usually around 40 hours a week, with extra hours near major releases or deadlines.
Remote work: Remote and hybrid work are common because testing, coding and collaboration happen on computers and online tools.
Physical requirements: Office or home office work at a computer for most of the day, with little physical strain beyond long periods of sitting.
Typical employers: Software publishers, technology and SaaS companies, computer systems design and consulting firms, banks and financial services firms, healthcare and insurance companies, and video game studios.
Professional associations: Association for Software Testing (AST), American Society for Quality (ASQ).

FAQ

Frequently asked questions

What does a QA engineer do on a daily basis?

A QA engineer reviews user stories, writes automated test scripts, and verifies software functionality across development cycles. They examine requirements with developers, run manual exploratory sessions to locate elusive bugs, and file defect reports in Jira. They also configure automated regression tests in continuous integration pipelines. Their daily goal is ensuring software updates meet quality standards before reaching end users.

Do you need a college degree to become a QA engineer?

You do not strictly need a college degree to work as a QA engineer, though a bachelor's degree in computer science or software engineering remains the most common entry route. Some professionals enter the field through coding bootcamps or self-directed study by building practical testing portfolios. Employers value demonstrated competence in programming, test automation tools, and methodical defect reporting over formal degrees.

Which programming languages do QA engineers use most often?

QA engineers primarily program in Python, Java, or JavaScript when creating automated test suites. The choice often matches the technology stack of the application under test or the automation framework being used, such as Selenium, Cypress, or Playwright. Knowing these languages allows engineers to write scriptable API tests, maintain automated regression suites, and debug pipeline failures alongside software developers.

What certifications are beneficial for a QA engineer?

Certifications are optional, but credentials like the ISTQB Certified Tester and the Certified Software Quality Engineer from ASQ are widely recognized. The ISTQB Foundation Level credential teaches standardized testing terminology, defect management principles, and test design techniques. These certifications help career switchers demonstrate formal testing foundations to prospective employers during the hiring process.

Can QA engineers work remotely?

Yes, QA engineers frequently work remotely or on hybrid schedules because software testing relies entirely on computers and online tools. Test environments, continuous integration systems, bug trackers, and code repositories are all accessed through network connections. Communication with developers and product managers takes place over digital channels, making physical office attendance unnecessary for most testing responsibilities.

How does artificial intelligence affect the QA engineer role?

Artificial intelligence changes daily routines by generating test cases, creating routine scripts, and triaging failed test runs automatically. However, human engineers remain essential for determining overall testing strategy, evaluating operational risk, and exploring unexpected software behavior. While machine learning tools accelerate repetitive script generation, human judgment decides whether a release is dependable enough to ship.

What is the typical work schedule for a QA engineer?

A typical work schedule involves weekday daytime hours totaling around 40 hours a week. Working hours are largely regular, though release deployments or production incidents occasionally require evening or weekend testing. Teams plan these release windows in advance to ensure platform stability when deploying critical updates or hotfixes to production environments.

Explore further

Related professions

In depth

All about qa engineer

The background, context and details.

Core duties in software quality

QA engineers safeguard software reliability. They catch bugs early. When developers submit new features, QA engineers review user stories to design comprehensive test cases, write automated scripts for web and mobile interfaces, add those suites to continuous integration pipelines, and verify that code changes do not break existing platform features. Scripts miss subtle flaws. Engineers run manual exploratory tests to find bugs that automated suites overlook. When an issue surfaces, the engineer isolates the defect and logs clear reproduction steps in Jira. Developers correct the defects. QA engineers verify the fixes before shipping updates.

Work environments and daily hours

Testing takes place at computer workstations. Remote and hybrid arrangements are common. Because testing and collaboration happen entirely on computers and online tools, QA engineers can easily analyze test results and communicate defect reports while working from home. Most engineers work full time around 40 hours a week during daytime weekday hours, typically starting around 9 a.m. at their desk. Release deadlines occasionally require evening or weekend verification shifts when major production updates go live. Software publishers, banks, healthcare providers, and video game studios regularly hire QA engineers to protect their software platforms. Technology firms and consulting agencies also maintain dedicated testing teams.

Testing tools and career growth

Engineers need strong technical capabilities. They program in Python or Java. Test automation relies on frameworks such as Selenium, Cypress, or Playwright. Testers also validate application programming interfaces and track defects using Jira. Version control with Git allows testers to integrate automated test suites into continuous integration pipelines. Career progression often follows a structured path through the engineering ranks:

Junior QA tester
QA engineer
Senior QA engineer or SDET
QA lead or QA manager

Experienced testers may also move horizontally into software development or business analysis positions.

Artificial intelligence in software testing

Modern teams increasingly incorporate machine learning tools. These tools can generate test cases or draft automated scripts. Code changes constantly. While automated tools can generate test scripts and triage failing tests, human testers must still decide what to test, judge operational risk, and explore how real users break software.

Getting started in quality engineering

A four-year degree in computer science represents the most common route into the field. Bootcamp graduates and self-taught applicants also enter testing by building strong project portfolios that show practical automation skills. Voluntary credentials like the ISTQB Certified Tester designation and the Certified Software Quality Engineer credential from ASQ validate core methodology for employers. The field accounts for about 187,600 jobs in the United States, with about 10,700 openings projected each year over the next decade. Review open job descriptions in your region to identify the automation frameworks local teams prefer.