Senior QA Automation Engineer

I automate end-to-end UI and API test suites for Schneider Electric Digital Twin and web-based simulation platforms. I design and maintain scalable Python and Playwright automation frameworks for complex web and desktop simulation workflows.

I execute REST API tests with Python and Postman, validating service communication, HTTP status codes, and JSON payloads. I integrate automated tests into Docker-based CI/CD pipelines and conduct MySQL database testing to verify persistence and state consistency.

I lead test execution, create structured test plans, manage defects in Jira, and collaborate with developers and project stakeholders. I also mock external interfaces and communication protocols to validate edge cases, system reliability, and high-throughput data flows.

Designed and developed new products and improved existing designs using Autodesk Inventor and SolidWorks, with attention to functionality, manufacturability, cost efficiency, and relevant safety standards.

Provided technical guidance to production teams, supported prototype development and validation, and managed engineering drawings, documentation, and revision control through Autodesk Vault.

Applied mechanical engineering principles, FMEA, finite element analysis, and testing methodologies to assess component performance, resolve design issues, and implement improvements.

Optimized wiper-system assembly lines through line balancing, continuous improvement, specialized tooling design, and automated machinery development. Maintained cycle times for wiper motors and linkages while reducing waste and improving throughput.

Managed automated tightening systems, torque monitoring, critical-joint integrity, and assembly-defect analysis. Led adaptation and validation of a blister packaging line to support production scaling.

Managed engineering change requests, line-layout changes, PFMEAs, control plans, standard operating instructions, and root-cause investigations using 8D methods. Conducted Cm/Cmk and Cp/Cpk studies for critical screwing and pressing stations.

Specialized in tightening systems, process optimization, assembly tooling, and high-precision automotive manufacturing. Configured electric and Wi-Fi smart screwdrivers to control critical torque, angle, and speed parameters.

Monitored tightening curves and fastening data to ensure traceability and joint integrity across safety-critical assembly operations. Audited production processes, identified anomalies, and implemented corrective actions to improve quality and efficiency.

Created operation sheets and standard operating procedures, designed custom tools, jigs, fixtures, and machinery, and managed the technical evaluation and procurement of manual and power tools for the assembly shop.

Led and organized assembly operators in the automotive powertrain preparation zone, including engine and gearbox sub-assembly operations. Managed daily staffing, assignments, and operator rotations to maintain balanced workloads.

Applied 5S workplace-organization practices, monitored quality and production KPIs, and ensured adherence to safety, cycle-time, and automotive quality requirements.

Resolved shift-level issues involving tooling malfunctions, material shortages, and production bottlenecks while supporting team performance and continuous improvement.

Master of Engineering studies in Termotechnical Engineering.