MEMS Process Engineer - Si Photonics for Optical Switches

nEye Systems, Inc.; Emeryville, Northern (CA, KY); Hybrid; USD 125,000 - 200,000; Full time

Benefits offered by this job

Stock options

401k

Healthcare coverage

Fitness center

Job summary

nEye Systems, Inc. is seeking a highly experienced MEMS Process Engineer to define and improve Si photonics MEMS technology at the heart of our optical switches. You will participate in regular process meetings and help frame wafer fabrication strategies in Emeryville and at UC Berkeley labs.

The role offers exposure to MEMS/Photonics/failure analysis, cross-functional collaboration, and opportunities to work with foundries and evolve into integration/foundry engineering over time.

Qualifications

• Master's or PhD in EE, materials science, applied physics or related field.
• Experience with Si photonics or MEMS technologies.
• 3+ years hands-on microfabrication experience.
• Experience with failure analysis, metrology and process development.
• Experience with mask design, thin film deposition and etching.

Responsibilities

• Collaborate to translate chip design and product needs into device designs and fabrication methods.
• Develop and improve fabrication methods and materials for optical switch tech.
• Partner with vendors and foundries to develop and refine processes.
• Advise wafer fab team members to solve fabrication issues.

Skills

Si photonics

MEMS technologies

Microfabrication

Process development

Design for fabrication

Fail ure analysis

Mask design

Thin/film deposition

Etching

Education

Master's or PhD in Electrical Engineering, Materials Science, Applied Physics, Chemistry, or related

Tools

KLayout

COMSOL

Ansys

Lumerical

Coventor

Job description

nEye Systems, Inc. is seeking a highly experienced MEMS Process Engineer to define and improve Si photonics MEMS technology at the heart of our optical switches. You will participate in regular process meetings and help frame wafer fabrication strategies in Emeryville and at UC Berkeley labs.

The role offers exposure to MEMS/Photonics/failure analysis, cross-functional collaboration, and opportunities to work with foundries and evolve into integration/foundry engineering over time.