Laser Optical Engineer II — Data-Driven Lab Ops

001 University of Rochester; United States; On-site; USD 61,000 - 85,000; Full time

Job summary

The University of Rochester is seeking a detail-oriented engineer to support laser operations at the LLE Laboratory. The role emphasizes data-driven analysis, optical testing, and hands-on operation within a collaborative engineering environment.

Applicants should have a strong optics background, a Bachelors in Optical Engineering or Physics, and 3 years of relevant experience. Evening shifts 1–2 times per week are required to support operations and testing schedules.

Qualifications

• Bachelor's degree in Optical Engineering or Physics with 3 years of optics or laser experience.
• Experience with lasers and laser diodes.
• Experience with automated alignment processes (e.g., pick-and-place equipment) for optical components.

Responsibilities

• Operate and stand watch in the Omega laser system.
• Perform engineering analysis for laser development and system safety.
• Collect and interpret data to identify trends and improvements.
• Conduct lab and field testing using diagnostic tools.
• Develop and document test plans and SOPs for technicians.
• Collaborate with scientists, engineers, and technicians.
• Support laser upgrade projects and software development.
• Manage minor project responsibilities under supervision.

Skills

Math & physics

Data analysis

Optical modeling

Zemax (optical design)

Oscilloscopes

Laboratory testing

Python

MATLAB

Team collaboration

Education

Bachelors in Optical Engineering or Physics

Tools

Oscilloscopes

Electronic test equipment

Job description

The University of Rochester is seeking a detail-oriented engineer to support laser operations at the LLE Laboratory. The role emphasizes data-driven analysis, optical testing, and hands-on operation within a collaborative engineering environment.

Applicants should have a strong optics background, a Bachelors in Optical Engineering or Physics, and 3 years of relevant experience. Evening shifts 1–2 times per week are required to support operations and testing schedules.