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•   Develop advanced CMOS image sensor (CIS) process to meet performance targets under a defined schedule and budget.
•   Collaborate with foundry partners to define and improve the CIS silicon, color and package process for each CIS technology.
•   Provide support to production and design teams to improve yield and overall sensor performance, establishing process flow applicable to mass production.
•   Design and manage silicon split lots with respect to project goals and schedules to achieve performance targets, meet production requirements, and research and development of future technologies.
•   Analyze and interpret large volumes of bench and wafer level data; feedback to pixel and wafer split design to optimize design and improve performance.
•   Work in close collaboration with internal pixel design and characterization engineers, and external foundry partners; primary liaison between internal and external teams to drive effective technical communication and discussion.
•   Work with characterization engineers to analyze data and test results, provide feedback on evaluation methods and settings to improve testing efficiency and accuracy; coordinate evaluation schedule and equipment to enable testing.
•   Continuously track technology improvement and state of art developed by foundry; select and implement appropriate fabrication processes to meet CIS performance and yield targets; closely monitor lot processing and swiftly address/feedback any issues to foundry to mitigate product loss and schedule delay.Â
•   Collaborate with foundry partners to define and improve the CIS silicon, color and package process for each CIS technology.
•   Provide support to production and design teams to improve yield and overall sensor performance, establishing process flow applicable to mass production.
•   Design and manage silicon split lots with respect to project goals and schedules to achieve performance targets, meet production requirements, and research and development of future technologies.
•   Analyze and interpret large volumes of bench and wafer level data; feedback to pixel and wafer split design to optimize design and improve performance.
•   Work in close collaboration with internal pixel design and characterization engineers, and external foundry partners; primary liaison between internal and external teams to drive effective technical communication and discussion.
•   Work with characterization engineers to analyze data and test results, provide feedback on evaluation methods and settings to improve testing efficiency and accuracy; coordinate evaluation schedule and equipment to enable testing.
•   Continuously track technology improvement and state of art developed by foundry; select and implement appropriate fabrication processes to meet CIS performance and yield targets; closely monitor lot processing and swiftly address/feedback any issues to foundry to mitigate product loss and schedule delay.Â
Requirements:
Master’s degree or foreign equivalent degree in Electrical Engineering, Computer Engineering, or a related field.
Two years of experience in developing and fabricating semiconductor devices.
Required experience or skills in:Â
•   Developing and fabricating semiconductor devices, including designing and managing experimental splits to achieve performance targets.Â
•   Photolithography and microfabrication techniques (electron beam, thermal deposition, sputtering, reactive ion etching) in a clean room environment.Â
•   Silicon and semiconductor device testing, including electron microscopy (SEM, TEM), atomic force microscopy (AFM), spectroscopy techniques (photo- and fluoro- luminescence, Fourier transform IR spectroscopy, UV-vis), and optical and electrical device characterization.Â
•   Defining project roadmaps, performance targets, and schedules.Â
•   Photolithography and microfabrication techniques (electron beam, thermal deposition, sputtering, reactive ion etching) in a clean room environment.Â
•   Silicon and semiconductor device testing, including electron microscopy (SEM, TEM), atomic force microscopy (AFM), spectroscopy techniques (photo- and fluoro- luminescence, Fourier transform IR spectroscopy, UV-vis), and optical and electrical device characterization.Â
•   Defining project roadmaps, performance targets, and schedules.Â
Annual base salary for this role in California, US is expected to be between $156,853 - $160,000. Actual pay will be determined on a number of factors such as relevant skills and experience, and the pay of employees in the similar role.
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