Qa Lead Consultant

Description

QA Automation Lead
- The QA Lead owns test strategy, requirements coverage, test governance, execution oversight, defect management, reporting, environment readiness, and automation direction. This is a leadership role that also requires strong hands‑on technical capability in modern UI/API automation.

1. The QA Lead will plan, coordinate, govern, and report the end-to-end testing effort for enterprise applications and integrations. The role must bridge business requirements and technical validation, supervise other testers, ensure measurable requirements traceability, and provide management with clear release‑readiness information. The QA Lead must also be capable of reviewing and writing automation code when needed.

Test Leadership and Governance

Act as Test Lead for assigned programs, releases, modules, and production‑readiness efforts.

Develop the overall test strategy, scope, entry/exit criteria, estimates, schedules, dependencies, and execution plan.

Assign and supervise testing work, review test artifacts, mentor testers, and enforce QA standards.

Coordinate with Business Analysts, Developers, Product Owners, Project Managers, Dev Ops, DBAs, and business stakeholders.

Requirements Analysis and Coverage

Review BRDs, Functional Requirements (FRs), user stories, acceptance criteria, workflow diagrams, interface specifications, data mappings, and API specifications.

Identify missing, ambiguous, conflicting, or untestable requirements before execution begins.

Translate requirements into Test Scenarios (TS), Test Cases (TC), test data, preconditions, expected results, and automation candidates.

Drive complete, measurable traceability from requirements to executed tests and defects.

Azure Dev Ops Test Plans

Create and maintain Test Plans, Test Suites, Test Cases, configurations, test runs, evidence, and defect links in Azure Dev Ops (ADO).

Establish consistent work-item relationships among BRDs/FRs, TSs, TCs, executions, defects, retests, and closure.

Use ADO queries and dashboards to communicate progress, blockers, defects, coverage, and release readiness.

Test Design and Execution

Create and review Positive, Negative, Boundary Value, Equivalence Partitioning, Decision Table, State Transition, Role/Authorization, Data‑Driven, and Risk‑Based tests.

Coordinate and participate in Smoke, Functional, API, Integration, System, Regression, End‑to‑End, UAT, Performance‑support, Database, and Data Pipeline testing.

Ensure failures are reproducible, evidence is complete, and test results are defensible.

Defect and Release Management

Lead or participate in defect triage and severity/priority decisions.

Ensure defects contain environment/build information, reproducible steps, expected/actual results, evidence, and requirement/test links.

Provide evidence‑based release recommendations and clearly communicate residual quality risk.

Extensive Playwright experience is strongly preferred. Advanced Selenium experience may be accepted when the candidate can demonstrate equivalent automation engineering depth and the ability to transition quickly to Playwright.

Design, review, troubleshoot, and when necessary implement Playwright or Selenium automation.

Understand and apply fixtures, browser contexts, authentication/role isolation, Page Object Model (POM), reusable API clients, data factories, setup/teardown, and parallel‑safe execution.

Implement and review UI + API hybrid tests where the UI performs the action and API/database validation is used as the source of truth.

Use deterministic synchronization and Playwright auto‑waiting/assertions; avoid arbitrary sleeps such as page.

Wait for timeout as a synchronization strategy.

Review automation pull requests for correctness, maintainability, test isolation, error handling, naming, duplication, and framework standards.

Understand network interception, request/response validation, traces, screenshots, video, reporting, retries, tags, and environment configuration.

Integrate automated tests into CI/CD quality gates and distinguish product defects from automation, environment, network, and test‑data failures.