Staff Manufacturing Integration Engineer

As a Staff Process Integration Engineer, you will be responsible for ensuring high-quality, stable production of InP-based Photonic Integrated Circuit (PIC) products. This role is hands-on and data-driven, focusing on process analysis, experiments and cross-functional problem solving. You will play a key role in ramping a new high-volume manufacturing fab and driving continuous improvements in yield, reliability, and manufacturability.
You will collaborate closely with Process Engineering, Operations, and Technology Development teams to troubleshoot issues, qualify process improvements, maintain test structure designs, and support next-generation PIC platforms.
M.S. or Ph.D. in Electrical Engineering, Physics, Materials Science, or a related field
Strong understanding of semiconductor processes and device physics
Hands-on experience working in a semiconductor wafer fab with experience on III-V semiconductor wafer processes, including epitaxy, wet etching, plasma etching, metal deposition, and photolithography
Working knowledge of statistical process control (SPC) methodologies
Experience with database interrogation, statistical data analysis, and design of experiments (DOE)
Excellent communication skills, with the ability to clearly present data, insights, and recommendations to cross-functional and executive audiences
Troubleshoot and resolve process deviations and test failures through detailed analysis of process history and test data
Establish, document, and maintain inline FAB process specifications
Continuously monitor inline FAB process capability (CPK) and identify risks
Analyze the impact of design rules on process yield and performance; develop and maintain test structures for effective process control
Lead yield improvement initiatives from problem definition through qualification and production implementation
Support next-generation PIC platform development, including technology development, transfer, and manufacturing ramp activities
Collaborate with Process Engineering to improve process stability, robustness, and capability
Partner with Operations to improve fab throughput, cycle time, and overall manufacturing efficiency

Work arrangement
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