Objective
Seeking an Inductive Automation & System QA Engineer to design, build, and bring up automated test stations for wireless charging systems. This role requires a hybrid background in software automation and mechanical/CAD fixture design.
Key Responsibilities
Mechanical Bring-Up: Design in 3D CAD, prototype (3D printing/machining), and assemble custom test fixtures, nest plates, and alignment jigs.
Software Automation: Architect and maintain Python-based test frameworks controlling lab instrumentation (programmable power supplies, electronic loads, DAQs, relays).
Bench Integration: Deploy end-to-end test benches combining physical actuators/stages with software harnesses for reliable, unattended runs.
Validation & Execution: Run automated charge stability, regression, and protocol testing across inductive charging setups (Qi, Qi2, magnetic charging).
Issue Characterization: Root-cause electromechanical, firmware, and software defects; document findings and drive bugs to resolution with cross-functional teams.
Skills & Qualifications
Must-Haves
Experience: BS in ME, Mechatronics, EE, CS, or equivalent with 3+ years testing complex electromechanical/embedded systems.
Mechanical & CAD:
Proficiency in 3D CAD (NX, SolidWorks, or similar) for fixture and jig design.
Hands-on rapid prototyping (3D printing, light fabrication) and actuator/sensor integration.
Software Development:
Strong Python skills with experience building modular test frameworks from scratch.
Hands-on instrument control (SCPI, VISA, Serial, USB) for lab hardware.
System QA:
Solid defect isolation across hardware, firmware, and host software layers.
Proven ability to write test plans, manage regression runs, and communicate issues clearly in English.
Preferred
Experience with inductive/wireless charging standards (Qi, Qi2) and USB-PD.
Experience with SQL databases and automated test telemetry/reporting dashboards.
Familiarity with Git and hardware-in-the-loop (HIL) automation pipelines.
Success Criteria / Definition of Done
Automation Bring-Up: Fully functional, calibrated test stations and durable CAD fixtures delivered on schedule.
Reliability: Robust, unattended overnight test execution with automated recovery and error handling.
Defect Reporting: Clear, actionable bug reports with synchronized electrical, mechanical, and system logs.
Execution & Velocity: Test plans published, results reported promptly, and technical risks proactively surfaced to EPMs.
