Nuclear Safety Analysis Engineer – Recycling

SHINE Technologies LLC•Janesville, WI

3d•$100,000 - $150,000•Hybrid

About The Position

SHINE Technologies is seeking a Nuclear Safety Analysis Engineer for our used nuclear fuel (UNF) Recycling product line. This role develops and applies the nuclear safety analysis that lets us turn it back into energy: transient and accident analysis, dose analysis, process hazard analysis (HAZOPs, FMEAs, etc.), and integrated safety analysis that demonstrate the Recycling Pilot facility meets our safety goals and the regulator’s requirements, from preliminary design through licensing and into operation. The job takes judgment as much as method. Safety analysis at SHINE is expected to be right, not merely conservative: the analyst chooses assumptions they can defend, understands where the margin is and what it costs, and tells the design team when a requirement is not earning its keep as clearly as when a hazard is under-controlled. Hybrid work arrangement will be considered. Our key facilities are in Janesville, Wisconsin and Fitchburg, WI. Candidates may be asked to travel occasionally for team meetings or onsite engagements, depending on business needs.

Requirements

Evidence of owning a safety analysis from method to regulator: has authored analyses that went into a licensing submittal or safety basis document and defended them in review.
Demonstrated judgment on conservatism: has questioned a default assumption or margin in an analysis and found an approach that was as safe or safer and materially simpler, faster or less expensive.
Ability to perform and check hand calculations from first principles, and to recognize when a code result is wrong.
Demonstrated technical writing skills: analyses a regulator can follow.
Knowledge of 10 CFR 70 integrated safety analysis requirements, or the equivalent under 10 CFR Part 50 or the DOE safety basis framework (10 CFR Part 830).
Ability to critically evaluate information, and the confidence to ask questions when things do not make sense.
B.S. degree in Nuclear Engineering or related discipline from an accredited institution.
Five (5) years of experience in nuclear safety analysis; relevant graduate research or academic experience may be counted toward this requirement.

Nice To Haves

Experience developing radioactive dose calculations including five-factor formula, source term development, and radioactive material transport, including use of standards and guides such as FGR 11 and 12 and DOE-HDBK-3010
Experience using MCNP and/or SCALE nuclear analysis codes
Previous training in performing or facilitating process hazards analysis (PHA), including HAZOP or FMEA
Experience with the chemical and radiological hazards of aqueous separations or other fuel cycle processes.
Experience under both the NRC and DOE regulatory frameworks.

Responsibilities

Own the Safety Analysis
Perform system analyses of anticipated transients and postulated accidents to demonstrate that safety and licensing requirements are satisfied.
Perform nuclear calculations to determine the total amount of material at risk as input into release calculations, using industry-standard codes such as MCNP and SCALE.
Perform radiological and chemical dose calculations for normal and accidental releases.
Lead or support Integrated Safety Analysis (ISA) activities including hazard evaluations (e.g., HAZOP, FMEA), process hazard analyses (PHA), and accident sequence development.
Review Quality Classification Forms that determine whether equipment is credited in the safety analysis, and challenge classifications the analysis does not support.
Own the safety analysis documentation for the Pilot facility, including dose release calculations, HAZOP and FMEA reports, and the ISA Summary or its equivalent.
Perform hand calculations using first principles to support and validate analysis results.
Perform code benchmarking and validation analyses to support code qualification and methodology development.
Support Design and Licensing
Choose analysis assumptions that are defensible rather than merely conservative. Document the reasoning and quantify the margin they create.
Tell the design team where the analysis shows a requirement can be relaxed, as well as where a hazard needs more control.
Contribute to licensing documents for NRC (or DOE) review and approval that describe how the suite of nuclear analysis codes will be applied along with inputs, models, and correlations to establish the design bases.
Support the licensing team in responding to regulator questions on the safety analysis.