In an increasingly connected world, the pandemic has highlighted just how essential telecom networks are to keeping society running. The Network Infrastructure group is at the heart of a revolution to connectivity, pushing the boundaries to deliver more and faster network capacity to people worldwide through our ambition, innovation, and technical expertise​

Join Optical Networks division, where innovation meets scale in the AI-driven data center era. With the recent acquisition of Infinera, we’ve united two industry leaders to create an optical networking powerhouse—combining cutting-edge technology with proven leadership to redefine the future of connectivity.​

Infinera is now part of the Nokia Corporation and its subsidiaries. When you apply, the information you share will be handled with care and used only for recruitment purposes within the group. 

Hands-on experience with advanced characterization techniques for electronic devices.  Ability to develop a fundamental understanding of device behavior through experimental characterization. Strong foundation in semiconductor optoelectronics at the device level, including semiconductor lasers, optical amplifiers, and attenuators. Basic understanding of passive optical fundamentals, including waveguide modes, polarization, coherence, and interference. Strong software development skills for test automation and data analysis. Experience with data base tools like JMP, SQL is a plus. Ability to successfully execute experiments in both an R&D and Manufacturing environment. Ability to work within a team environment is essential; results and schedules must be clearly and concisely communicated to other groups.

Education / Experience

MS or BS with 2+ years of experience, major in Electrical Engineering, Optical Engineering, or Applied Physics

Define and implement characterization methodologies for photonic integrated circuit devices using fundamental and advanced measurement techniques.

Own schedules and milestones for test development projects and drive projects to conclusion. Implement solutions to adapt existing test hardware and software to rapid changes in device design and measurement requirements. Provide development-phase experimental device data which can guide design improvements and provide better understanding of device behavior. Analyze wafer test data from production tests and drive improvements in test capability, test capacity, and tool reliability.