Principal Materials Research Engineer – Nano Devices

Western Digital; San Jose (CA); On-site; USD 140,000 - 187,000; Full time

Job summary

Western Digital Research in San Jose, California, seeks a PhD-level materials scientist to advance thin-film technologies for emerging devices. The role focuses on superconducting qubits, non-volatile memories, and novel sensor applications in a state-of-the-art cleanroom environment.

You will work with ultra-high vacuum deposition systems, characterize films, and design materials for nanoscale devices, collaborating with engineers and staff across disciplines.

Qualifications

• Ph.D. in relevant field required.
• Experience with non-volatile memory, superconducting qubits, oxide semiconductors or novel sensors.
• Hands-on experience with UHV film deposition equipment.
• Experience with film characterization tools and techniques (XRD, XRF, XPS, AFM).
• Knowledge of nanofabrication and device design/operation.
• Proven ability to self-direct a research project.

Responsibilities

• Conduct hands-on, experimental research of thin films for emerging technologies.
• Thin film growth by physical vapor deposition in ultra-high vacuum.
• Characterize film properties across multiple domains (structural, electronic, optical, chemical, magnetic, thermal, mechanical).
• Design materials for integration into nanoscale devices.
• Collect, analyze, present and report characterization data and conclusions.
• Collaborate with a team of engineers and support staff.

Skills

Non-volatile memory tech & qubits

UHV deposition

Film characterization (XRD/XRF/XPS/AFM

Nanofabrication & device design

Self-directed research

Strong communication

Education

Ph.D. in materials science & engineering or related field

Job description

Western Digital Research in San Jose, California, seeks a PhD-level materials scientist to advance thin-film technologies for emerging devices. The role focuses on superconducting qubits, non-volatile memories, and novel sensor applications in a state-of-the-art cleanroom environment.

You will work with ultra-high vacuum deposition systems, characterize films, and design materials for nanoscale devices, collaborating with engineers and staff across disciplines.