Test Automation: Develop software to automate subassembly and full-system checkouts, including pass/fail logic, calibration, and hardware-in-the-loop (HIL) testing.
Hardware Integration: Interface test PCs and edge devices with physical systems — robots, DAQs, PLCs, sensors, actuators, cameras, motor controllers, and embedded devices over standard protocols.
Operator Tools: Build reliable operator-facing workflows, UIs, and test executives for technicians on the floor.
Cloud & Data Pipelines: Design data models and backend services to warehouse test results, track configurations, manage quality records, and ensure build traceability.
Factory Integration: Serve as the bridge between localized test software and broader MES/factory systems such as OpenBOM, PLM, ERP, or inventory tools.

Background in robotics, aerospace, defense, automotive, drones, satellites, medical devices, industrial automation, consumer hardware, or complex electromechanical manufacturing.
Comfortable writing code that interfaces with both physical equipment (sensors, fixtures) and cloud APIs or databases.
Relevant prior titles might include Manufacturing Software Engineer, Test Automation Engineer, Production Software Engineer, Robotics Software Engineer, or MES/Factory Software Engineer.
Ownership mindset: you know how to build the scrappy first version, support it live on the factory floor, and iteratively grow it into a durable production system.

Software Engineer, Manufacturing Test Systems

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