QA Test Engineer (Mid-Level, SMB) Job Description Template

Design and execute test plans and cases: Analyze product requirements/user stories and create detailed test plans. Develop comprehensive test cases (with clear steps and expected results) that cover positive, negative, edge-case, and usability scenarios for each new feature or bug fix

Perform manual and automated testing: Conduct thorough manual exploratory tests on new features and regression tests on existing functionality. Automate repetitive tests (e.g. smoke or regression suites) using tools like Selenium WebDriver for web UI and Postman for APIs, to increase coverage and efficiency

Identify, document, and track defects: Meticulously log bugs into the issue tracking system (e.g. Jira) with detailed reproduction steps, observed vs. expected results, screenshots/logs, and severity level. Verify bug fixes by re-testing and close tickets only when acceptance criteria are met.

Collaborate with development and product teams: Work closely with developers to clarify requirements and acceptance criteria before testing begins, ensuring testability of designs. Participate in code reviews or design discussions to provide a QA perspective. When bugs are disputed or unclear, facilitate a constructive discussion with developers by providing evidence (steps to reproduce, logs) and understanding their point of view to reach a resolution.

Maintain test environments and data: Set up and manage test environments (or staging environments) that mirror production configurations as closely as possible. Prepare and seed test data required for various test scenarios (e.g. user accounts, test orders) and ensure the test environment is stable and updated for each round of testing.

Report on quality status: Communicate testing progress and results to stakeholders. Provide clear daily/weekly updates during sprints about how many tests passed, how many defects were found, and any risks to the release. Before a release, deliver a test summary report or QA sign-off that highlights outstanding issues and their impact on the products quality.

Continuous improvement of QA processes: Proactively suggest and implement improvements in the testing process. For example, streamline test case documentation, improve the bug life-cycle workflow, or incorporate new tools (like a better test management system or CI integration for automated tests) to enhance efficiency and determinism in quality assurance.

-Test case design and execution: Ability to create thorough test cases and test scenarios from requirements, including defining clear steps, test data, and expected outcomes. This includes designing both positive tests (valid scenarios) and negative tests (error and edge conditions) to break the application. -Manual testing expertise: Skilled in manual testing techniques such as exploratory testing, UI/UX testing, regression testing, and smoke testing. Can systematically find and isolate defects in web and mobile applications through careful observation and variation of inputs. -Test automation proficiency: Hands-on experience with test automation tools/frameworks, especially Selenium WebDriver for browser automation. Able to write or maintain automated scripts (in a language like Java or Python) for regression tests, and knowledgeable about when to apply automation vs. manual testing. -API testing and tools: Proficiency in testing web services and APIs using tools like Postman

or similar

(e.g. using GET/POST requests, validating JSON responses, authentication flows). Can create basic automated API test collections or scripts for integration testing of backend endpoints. -Bug tracking and test management systems: Experience using issue trackers (e.g. Jira) to log and manage defects through their life cycle, and familiarity with test management tools like TestRail to document test cases and record results. Should be able to organize test suites and maintain traceability between requirements, tests, and defects. -Basic programming/scripting and SQL: Comfortable with reading and writing simple code or scripts (in languages such as Python, Java, or JavaScript) to assist in testing tasks or automation. Understand basic SQL queries to verify data in databases when needed (for example, checking that data is correctly stored or retrieved). -CI/CD and environments: Familiarity with continuous integration processes and tools (like Jenkins or GitHub Actions) and how automated tests fit into the build pipeline. Should know how to trigger test suites, interpret results from CI, and coordinate with DevOps if a build is failing due to test issues. Also understands version control (Git) for managing test scripts or configuration. -Quality methodologies: Solid understanding of software testing methodologies (unit, integration, system, UAT) and techniques like black-box, white-box, boundary value analysis, equivalence partitioning, etc. Can effectively apply these techniques to ensure comprehensive coverage. Also familiar with Agile/ Scrum development processes and the QA role within sprints (e.g. participating in sprint planning, backlog grooming with a focus on testability, etc.).

-Communication skills: Excellent written and verbal communication is essential. The QA engineer must clearly document bug reports and test results, and also translate technical issues into plain language for non-technical stakeholders. They should be able to craft concise reproduction steps and actively communicate status and risks during meetings or via email without ambiguity. -Analytical problem-solving: Strong analytical thinking to troubleshoot and investigate issues. When a test fails, the engineer systematically narrows down the cause (e.g., by checking logs, trying different data, reproducing in isolation) rather than guessing. They approach problems methodically and can propose hypotheses and gather evidence to identify root causes. -Attention to detail: A keen eye for detail to catch small defects or inconsistencies that others might miss. This includes noticing UI alignment issues, calculation errors, or slight deviations from requirements. They carefully follow test steps and double-check results, ensuring nothing is overlooked in testing or documentation. -Collaboration and teamwork: Ability to work collaboratively in a cross-functional team. The QA interacts with developers, product owners, designers, and sometimes customer support; hence they must be empathetic and constructive. For example, when reporting a bug or suggesting an improvement, they do so in a respectful, solutions-oriented manner. They also offer help (like pairing with a developer to reproduce a tricky issue) and share knowledge with junior testers or developers regarding quality best practices. -Time management and organization: Skill in prioritizing and managing time effectively, especially when handling multiple testing tasks under tight deadlines. They should be able to estimate testing effort, align it with development timelines, and adapt when priorities shift. Being organized also means maintaining clear documentation (test cases, bug lists) so that progress and coverage are transparent. -Adaptability: Flexibility to adapt to changing requirements or new testing challenges. In an SMB environment, requirements might evolve quickly the QA should handle mid-sprint changes gracefully, re-prioritize tests as needed, and quickly learn new features or even new tools on the fly. They stay calm and effective even when the scope changes or unexpected issues arise. -Critical thinking: The ability to question assumptions and think like an end-user. A good QA will not just follow a script; they will ask What if and explore beyond the happy path. They evaluate not only if the software works, but also if it makes sense and is user-friendly, often catching edge cases or usability concerns through this mindset.