Job Summary: This job aims to provide process design for SHG new products and TIP programs. The candidate is expected to do new process solution, material and equipment survey, and provide industrially competitive process solution options based on optimal cost, quality and efficiency.
Duties & Responsibilities
1) Product process design 60%
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Attend the product design or respin activity and provide process input to designer.
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Review design drawings and TDS, figure out the special process, equipment and tooling requirement.
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Design process flow, select proper process equipment, design required tooling and fixtures, provide particular process work instructions etc.
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Improve the process through sample build and certify the process design with process qualification test.
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Transfer the product process to NPI/MFG site.
2) Advanced process design 30%
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Collect and study the demand for future product or platform from R&D, NPI or MFG site, figure out the new process requirement.
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Investigate the possible process solution options based on industry capability.
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Do feasibility and necessity analysis, determine the advanced process design plan and goals.
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Do vehicle test and verify/qualify the effectiveness of new process.
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Introduce new process to PIP products.
3) Platform continuous improvement 10%
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Collect and study the failure history and figure out the commonality, establish checklist for future application
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Establish and maintain the process design guidance for reference
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Perform peer review for process designs
Qualification & Requirements
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Master's degree or above in Optical Engineering, Optoelectronic Information Science and Engineering, Applied Physics, Electronic Engineering, Automation, Computer Science and Technology (Algorithm Direction), Applied Mathematics and other related majors.
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6+ years of experience in process design or development, NPI experience is preferred
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Proficient in suitable software tools such as Solidworks and JMP
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Skilled in using at least one optical design and simulation software, such as Zemax, LightTools, CodeV, etc.; able to complete optical path modeling, coupling simulation, tolerance analysis and other work.
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Programming skill is preferred, such as Python or C/C++
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Proficient in optical coupling principles and technical solutions; familiar with coupling methods in different scenarios such as fiber-chip, fiber-optical component, and chip-chip (e.g., butt coupling, out-of-plane grating coupling); understand the advantages, disadvantages and applicable scenarios of various coupling schemes.
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Master the core theories of coupling efficiency optimization, such as Gaussian coupling, mode field matching, polarization control, etc.; able to propose algorithm-level solutions for problems such as high insertion loss and alignment sensitivity.
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Understand industry standards and technical indicators in fields such as optical communication, silicon photonic devices, and lidar, such as 800G/1.6T optical module coupling requirements and tolerance standards for silicon photonics chip integration and coupling.
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Skilled in process design planning, execution and improvement
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Good at failure analysis methods, Roadmap, QFD and FMEA tools etc.
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Familiar with MIL, IPC and JEDEC standards
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Ability to work highly independently with minimal guidance from supervisor on specific tasks
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Fluent oral English
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Excels in a cross-organizational, cross cultural, global team environment.
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Able to support a flexible work schedule due to collaboration with multiple worldwide facilities
