Cryogenic & Tritium Lab Engineer II

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

Job summary

University of Rochester seeks a detail-oriented engineer to support Cryogenic & Tritium Facility operations, including producing and supporting tritium filled targets for Omega Laser system. Responsibilities include data-driven analysis, testing, and collaboration with engineers across teams to ensure safety and performance.

The role requires willingness to work non-standard shifts, overnight hours when necessary, and a strong STEM background for problem solving and hands-on operation.

Qualifications

• Bachelor’s degree in STEM field and 2 years of relevant experience required.

Responsibilities

• Complete qualification and stand watch in operation of the cryogenic and tritium facility including non-standard shift hours as needed.
• Perform engineering analysis to support subsystem development, performance, evaluation, operational activities and ensure system safety.
• Collect, process, and interpret technical data to identify trends, anomalies, and performance improvements.
• Qualifying as a NYS Radiation Worker within 12 months of being hired.
• Maintaining radiological containment areas.
• Conduct laboratory and field-testing using equipment such as oscilloscopes and other diagnostic tools.
• Support validation and verification activities through structured test planning and documentation.
• Develop and maintain standard operating procedures and test plans to provide clear direction for technicians and operators.
• Collaborate with cross‑functional teams including scientists, engineers, and technicians.
• Support system upgrade projects and software development. Will have responsibility over minor aspects under the direction of a project manager.

Job description

University of Rochester seeks a detail-oriented engineer to support Cryogenic & Tritium Facility operations, including producing and supporting tritium filled targets for Omega Laser system. Responsibilities include data-driven analysis, testing, and collaboration with engineers across teams to ensure safety and performance.

The role requires willingness to work non-standard shifts, overnight hours when necessary, and a strong STEM background for problem solving and hands-on operation.