Process Engineer III – Nexintech Inc. – Redmond, WA

Job Description:
– Operate and maintain Electron Beam Lithography tool
– Operate Clean, Deposition, Metrology, and Plasma tooling to build novel optoelectronic structures
– Utilize AFM, SEM, FIB, profilometry, or other metrology tools to characterize substrate and its topography to assist with the fabrication flow
– Work with research staff and engineering staff to analyze properties and performance of fabricated structures
– Follow all safety protocols. Identify gaps in protocol and make recommendations for improvement proactively
– Document the results of the characterization
– Support staff for tool modifications and maintenance

Skills and Requirements:
– 3+ years of experience working with an Electron Beam tool
– Experience working in a cleanroom environment
– Bachelor in Materials Science, Chemistry, Engineering, Physics or related subject
– Experience developing and troubleshooting processes for EBL, spincoating, deposition, lift-off, plating etc.
– Knowledge of industrial semiconductor nanofabrication processes & support metrology
– Experience with nanofabrication of photonics/plasmonic passive/active devices preferred
– Excellent interpersonal communication skills
– Able to perform focused and accurate work in a flexible development environment
– Comfortable working with ambiguities and high-risk high-reward projects
– Quick learner with better than average Fab processing skills
– Good understanding of Statistical Process Control, Design of Experiments principles and application.

Job Types: Full-time, Contract

Pay: $65.00 per hour

Benefits:

  • Paid time off

Schedule:

  • 8 hour shift
  • Monday to Friday

Application Question(s):

  • How many years of experience you have with operating Clean, Deposition, Metrology, and Plasma tooling?

Experience:

  • working with an Electron Beam tool: 3 years (Required)

Work Location: One location

Apply Here: https://www.indeed.com/viewjob?t=Process+Engineer&c=Nexintech&l=Redmond,+WA&jk=47a664960909f993&rtk=1fn5n5mqlo1h4800&from=rss