The Work Planning & Execution Lead coordinates technical planning, resource allocation, and scheduling across Quality, Services, and IT departments. They act as a primary point of contact for project teams to ensure efficient work execution and adherence to project commitments.
The engineer will develop design requirements for balance of site mechanical systems and provide technical oversight to design partners. They will collaborate with multi-disciplinary teams to resolve design challenges and ensure project scope is executed effectively.
Interns will work in close collaboration with NuScale personnel to complete a range of departmental focused efforts across various business functions. They are expected to be self-motivated and skilled at working and learning through remote platforms.
The engineer will develop design requirements for Balance of Site electrical and I&C systems while providing technical oversight to design partners. They will collaborate with cross-functional teams to resolve design issues and ensure project plans are executed effectively.
Perform design and stress analyses of pressure vessels and primary equipment supports in accordance with ASME standards. Provide technical leadership, mentoring, and oversight for the NSSS Component Analysis Group.
Establish and maintain project controls, schedules, cost and schedule baselines, and reporting, using Primavera P6 and earned value methods to monitor project performance. Analyze critical paths and schedule claims, manage changes and charge codes, support monthly accruals, and mentor junior project controls staff.
The role involves leading the evaluation of software programmatic infrastructure against NQA-1 quality frameworks and updating relevant procedures for design, analysis, and code development. You will provide guidance to other departments to ensure compliance with software regulations and applicable IEEE standards.
The Licensing Engineer 4 provides senior-level regulatory direction for complex nuclear projects and ensures compliance with safety and licensing requirements. They oversee the development of high-quality regulatory submittals and manage interfaces with regulatory agencies and industry groups.
The engineer will contribute to the development, validation, and licensing of next-generation multi-physics methods for nuclear thermal-hydraulics. They will also prepare and verify engineering reports, safety analyses, and design documents while providing technical leadership and mentoring to junior staff.
The Nuclear Engineer 4 provides technical leadership in core and fuel design, performing neutronics analysis and reload cycle design. They also manage engineering interfaces, support plant operations, and mentor junior engineers while ensuring compliance with safety and licensing standards.
The Fuels Engineer 4 serves as a technical authority for fuel thermal-mechanical analysis and leads the development of advanced methods for next-generation reactor fuel. They are responsible for performing safety analysis, managing software qualification, and providing technical leadership within the Nuclear Methods group.
The engineer is responsible for executing and reviewing system-level thermal-hydraulic evaluations and subchannel analyses using RELAP and VIPRE. They will also lead cross-functional reviews, support licensing deliverables, and provide technical leadership within the Nuclear Fuels department.
The position involves developing and maintaining the NuScale quality assurance program while ensuring compliance with nuclear regulatory requirements and ASME Section III standards. The role also includes conducting supplier audits, providing technical guidance to staff, and supporting project management activities.
The mechanical engineer will perform thermal-hydraulic analyses and engineering evaluations for nuclear steam supply systems using specialized software. They will also collaborate with multi-disciplinary teams to resolve technical problems and prepare detailed engineering reports.
The Senior Reactor Operator is responsible for integrating engineering and operational principles into the NuScale plant design to ensure safe and efficient operation. They also develop training materials and operating procedures while coordinating with stakeholders and the NRC.
The mechanical engineer will perform complex design assignments for the nuclear steam supply system (NSSS) and serve as a technical lead for component design and vendor management. They are responsible for preparing engineering reports, mentoring junior staff, and ensuring all designs meet regulatory and quality assurance standards.
Provide quality assurance oversight and program development for nuclear software, focusing on digital instrumentation and control systems. Perform audits, surveys, and assessments to ensure compliance with nuclear quality standards and safety regulations.
Perform design and stress analyses of pressure vessels and reactor vessel internals for advanced light water reactors. Ensure all engineering work complies with ASME BPVC Section III and NRC regulatory requirements.
Perform design and stress analyses of pressure vessels and reactor internals in accordance with ASME BPVC Section III and regulatory requirements. Optimize component designs and coordinate with multi-disciplinary teams to resolve technical problems.
Perform mechanical engineering assignments for the Nuclear Steam Supply System, focusing on component design, inspection, and testing. Lead technical design efforts, prepare engineering documentation, and provide mentoring to junior engineers.
