WHY THIS IS A ONCE-IN-A-CAREER OPPORTUNITYLead in a market undergoing significant disruption and growth from cloud migration to edge intelligence to AI-powered industrial automation.Join a culture defined by ambition, authenticity, speed, teamwork, and the belief that manufacturing can meaningfully improve the world.Competitive benefits, compensation and long-term impact on how the world’s industrial companies operate, automate, and innovate.ROLE SUMMARYWe are seeking a highly skilled and motivated Senior Quality Assurance Engineer to lead our quality initiatives and ensure the delivery of high-performing, reliable software. As a key member of our engineering team, you will not only design and execute complex testing strategies but also act as a mentor, process advocate, and architectural advisor. You will be instrumental in evolving our automated testing frameworks and fostering a "quality-first" culture across the entire development lifecycle.KEY RESPONSIBILITIES1. Strategy and Test ArchitectureTest Planning: Designing comprehensive test strategies for complex features, ensuring full coverage across unit, integration, system, and regression testing.Automation Framework Development: Designing and maintaining robust automation frameworks from scratch, selecting the right tools (e.g., Playwright, FlaUI, Protractor, RestAssured, Selenium, Playwright etc) that align with the company’s tech stack.CI/CD Integration: Working on the DevOps tasks to integrate automated testing into the Continuous Integration/Continuous Deployment pipelines to ensure "quality at speed."Test lab management: Upkeep of all the test environments (on premise and cloud). Managing the security patching on the test deployments.2. Technical ExecutionRisk Analysis: Performing deep-dive risk assessments to identify which parts of the application are most prone to failure and prioritizing testing efforts accordingly.Performance and Security Testing: Moving beyond functional testing to oversee or perform non-functional testing, including load testing, stress testing, and basic security vulnerability assessment.Root Cause Analysis: Investigating complex production issues to understand why bugs escaped the testing cycle and implementing safeguards to prevent recurrence. 3. Leadership and MentorshipMentoring: Coaching junior engineers on best practices, code quality, and testing methodologies.Process Improvement: Identifying bottlenecks in the software development lifecycle (SDLC) and proposing process improvements (such as shifting left - testing earlier in the development cycle).Advocacy: Acting as a "Quality Champion" within the organization, promoting a culture where quality is a shared responsibility among developers, product managers, and designers.4. Collaboration and CommunicationRequirement Analysis: Participating in design and architecture meetings early in the process to identify logical flaws or edge cases before code is even written.Stakeholder Reporting: Translating technical quality metrics (e.g., defect density, test coverage, pass/fail rates) into actionable insights for product managers and stakeholders.
