Hands-on Nano Fabrication Process Engineer

AttoTude inc.; Berkeley (CA); On-site; USD 90,000 - 150,000; Full time

Job summary

AttoTude inc. in Berkeley is seeking a hands-on Fabrication Technician or early-career Associate Process Engineer to support micro- and nanofabrication for our core technology.

The role is based in the Berkeley Nanolab, collaborating with engineers and researchers to fabricate, iterate, and characterize devices in a fast-moving R&D environment. This position is well-suited for either an experienced fabrication technician or a recent graduate who wants a highly hands-on role with potential growth

Qualifications

• Execute micro- and nanofabrication process flows in the Berkeley Nanolab cleanroom.
• Maintain detailed fabrication logs and process travelers.
• Identify, troubleshoot, and communicate process or tool issues impacting device yield.

Responsibilities

• Execute micro- and nanofabrication process flows in the Berkeley Nanolab cleanroom.
• Operate fabrication equipment including photolithography tools, thin film deposition systems, and etching tools.
• Maintain detailed fabrication logs, travelers, and process documentation.
• Identify, troubleshoot, and communicate process or tool issues impacting device yield.
• Coordinate with Berkeley Nanolab staff on tool access, maintenance, and scheduling.

Skills

Detail-oriented

Safety-conscious

Hands-on fabrication

Documentation

Tools

Photolithography tools

Thin film deposition

Etching tools (RIE/DRIE)

Metrology & inspection tools

Job description

AttoTude inc. in Berkeley is seeking a hands-on Fabrication Technician or early-career Associate Process Engineer to support micro- and nanofabrication for our core technology.

The role is based in the Berkeley Nanolab, collaborating with engineers and researchers to fabricate, iterate, and characterize devices in a fast-moving R&D environment. This position is well-suited for either an experienced fabrication technician or a recent graduate who wants a highly hands-on role with potential growth