We are looking for a highly motivated professional with a solid understanding of Manufacturing Test Engineering. As a Test Engineer, you will develop automated manufacturing test solutions and provide technical support to our manufacturing partners. You will be a part of an international test development team, embedded in a worldwide optical research and development organization.

You have:

• BS or MS degree in a relevant field (Electrical, Electronics, Optics, RF, SW) or equivalent work experience.

• Hands-on experience with Optical test and measurement instruments: OSA (optical spectrum analyzers), TLS (tunable laser sources), EDFAs, wavelength meters, power meters.

• 3+ years experience in Functional Test development for photonic, optical and electrical components/modules/assemblies/PCBAs.

• Software experience with ATE automation using Python.

It would be nice if you also had:

• Hands-on experience with RF test and measurement instruments: Power Meters, Spectrum Analysers, Signal Generators, VNA.

• Software experience with ATE automation using Python. C# or NI Test Stand/LabVIEW.

• Debug and failure root cause analysis skills.

• Data Analysis: measurement data review to extract parameters and performance metrics.

• Understanding of Fiber technologies and Coherent optical transmission desirable.

• Experience with Creo, Solidworks or other CAD program.

• Willingness to periodically travel (domestic and international, less than 15%).

• Development of fully automated production-level test solutions for optical components, modules and assemblies used in high speed optical network equipment

• Develop FT (Functional Test) SW to test functionality and quality of PIC (Photonic Integrated Circuit)

• Monitor production data, diagnose process variations, troubleshoot test stations, perform GRR

• Provide technical support to manufacturing partners. Assist with product failure analysis and troubleshooting. Monitor and improve test yields.

• Review and contribute to technical documentation (schematics, test specifications, test set layout, product testability)

• Support the adaptation of the test station from the R&D phase into high-volume manufacturing test platforms

• Interface with product development teams (software, hardware, firmware, Optical) and worldwide EMS partners