About the role

  • Apply midwave infrared (MWIR) microscopy to characterize thermal behavior in HAMR recording heads, where lasers interact with integrated metallic and dielectric structures.
  • Interpret challenging thermal images of mixed-material systems and correlate findings with optical and electrical performance.
  • Use custom metrology tools to explore the electrical, optical, thermal, and reliability aspects of HAMR laser systems.
  • Design and execute experiments or develop novel measurement techniques to address performance and reliability questions.
  • Collaborate with engineers and scientists to integrate experimental results with modeling and simulation insights.

Requirements

  • Familiarity with the design, fabrication, or characterization of lasers and photonic devices.
  • Hands-on experience with testing and characterizing one or more optical systems, such as laser diodes, fiber optics, imaging systems, polarization optics, electrical/optical signal analyzers and similar.
  • Strong technical communication skills to present findings clearly and effectively.
  • A curious, self-driven approach with a collaborative, team-oriented mindset.
  • Enrolled in a PhD or MS program in physics, materials science, optics, electrical or mechanical engineering, or a closely related discipline and must be enrolled in Fall 2026 classes.

Benefits

  • medical
  • dental
  • vision
  • participation in the employee stock purchase plan
  • 12 paid holidays
  • a minimum of 48 hours of paid sick leave

Job title

Optical Engineering Internship

Job type

Experience level

Entry level

Salary

$22 - $43 per hour

Degree requirement

No Education Requirement

Location requirements

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