Nuclear Spent Fuel Engineer

Vistra•Cleveland, OH

13d•Hybrid

About The Position

This position can also be based at any of our other nuclear locations: Oak Harbor, OH (Davis-Besse) Perry, OH (Perry) Shippingport, PA (Beaver Valley) Glen Rose, TX (Comanche Peak). Frequently works independently to identify and perform tasks required to meet Vistra objectives related to safe, reliable, and compliant management of spent nuclear fuel. Supports the gathering, analysis, and interpretation of technical, operational, and regulatory information necessary for spent fuel pool management, dry cask storage, fuel movement planning, licensing compliance, and resolution of complex engineering issues. The position will develop and maintain effective working relationships with Operations, Engineering, Radiation Protection, Licensing, Security, Quality Assurance, Maintenance, Nuclear Oversight, vendors, regulators, and external industry organizations.

Requirements

4 yrs. Bachelor’s degree in Engineering — Nuclear, Mechanical, Electrical, Civil, Chemical, Industrial, or related engineering discipline — from an accredited program.
Minimum 6 yrs. relevant job experience.
Relevant experience may include nuclear engineering, fuel handling, reactor engineering, spent fuel pool operations, dry cask storage, licensing, plant systems engineering, radiation protection support, or nuclear safety analysis.
Knowledge of commercial nuclear plant operations, regulatory requirements, licensing basis documents, technical specifications, engineering procedures, and corrective action processes.
Experience preparing or reviewing engineering calculations, technical evaluations, procedures, design documents, regulatory inputs, or vendor technical documents.
Ability to support field activities, refueling outages, dry cask loading campaigns, readiness reviews, inspections, and emergent station issues as needed.
Teamwork and collaboration skills across organizational boundaries.
Able to communicate complex spent fuel, engineering, operational, and regulatory issues effectively through written and verbal communication.
Able to influence by establishing effective working relationships across organizational boundaries, including station departments, fleet organizations, vendors, and external organizations.
In-depth understanding of nuclear power plant equipment, fuel handling systems, spent fuel storage systems, dry cask storage equipment, and system interrelationships.
Able to evaluate technical alternatives in light of nuclear safety, regulatory compliance, operational risk, schedule impact, and economic contribution to the business.
Able to apply systematic problem-solving processes to address complex spent fuel engineering and storage issues.
Demonstrates strong ownership of nuclear safety, technical quality, regulatory compliance, procedure adherence, and conservative engineering judgment.
Supports reliable execution of spent fuel pool management, dry cask storage campaigns, inspections, corrective actions, and long-term spent fuel program objectives.

Responsibilities

Identifies and performs tasks as required to meet spent fuel management, nuclear safety, regulatory, and station objectives.
Leads interpretation and analysis of complex spent fuel engineering issues, including criticality safety, shielding, thermal performance, decay heat, fuel qualification, dry cask storage, and fuel handling considerations.
Coordinates assigned projects, studies, engineering evaluations, design changes, procedures, calculations, and initiatives through completion.
Supports spent fuel pool management, fuel storage configuration control, fuel movement planning, and dry cask loading campaigns.
Provides engineering support for Independent Spent Fuel Storage Installation activities, including loading, transfer, storage, inspections, documentation, and maintenance support.
Complies with safety policies and procedures to ensure a safe working environment and reinforces nuclear safety, radiological safety, industrial safety, and conservative decision-making.
Prepares and presents reports, engineering evaluations, technical recommendations, and regulatory support documentation to resolve complex issues.
Participates in, and on occasion leads, special projects, committees, readiness reviews, outage support activities, vendor interface meetings, regulatory inspections, and external industry organizations.
Leads complex problem-solving efforts related to spent fuel storage systems, cask equipment, neutron absorbers, licensing basis compliance, operating experience, corrective actions, and emergent technical issues.
Reviews vendor documents, technical manuals, calculations, procurement specifications, inspection results, and acceptance documentation for spent fuel storage systems and related equipment.
Maintains awareness of applicable NRC requirements, Certificate of Compliance conditions, technical specifications, industry guidance, and station licensing basis requirements.