The Principal Project Engineer leads multi-discipline engineering efforts for advanced nuclear power projects from conceptual design through construction. They provide technical oversight, manage client and vendor relationships, and ensure all deliverables comply with industry safety standards.
You will support the analysis, design, and evaluation of critical structural components while collaborating with multidisciplinary teams to ensure regulatory compliance. Additionally, you will lead design initiatives, prepare technical reports, and oversee field operations to ensure the safety and reliability of client facilities.
The designer will create and refine detailed electrical engineering drawings using AutoCAD and Revit while collaborating with engineers on mission-critical projects. Responsibilities also include performing site walkdowns, conducting clash detection, and mentoring junior team members to ensure project quality and safety.
The Mechanical Engineering Manager will direct and oversee routine and advanced technical work performed by others while ensuring project goals are met. The role involves managing mechanical system designs, including thermal-hydraulic and HVAC systems, and conducting site walkdowns at client locations.
The Principal Power Uprate Piping Engineer will lead complex piping design and stress analysis projects for nuclear facilities while mentoring junior staff. They are responsible for ensuring engineering documentation, calculations, and designs comply with industry safety and regulatory standards.
The PRA Engineer will perform detailed risk-informed analyses and coordinate with interdisciplinary engineering teams to ensure project success. They are responsible for maintaining compliance with industry standards and identifying new opportunities for risk-informed applications.
The PRA Engineer will perform detailed risk-informed analyses, prepare engineering calculations, and support project execution from concept to completion. They will also collaborate with interdisciplinary teams and maintain compliance with industry and regulatory standards.
The Procedure Writer will develop and review technical procedures in collaboration with engineers, maintenance teams, and program owners. They are responsible for managing the procedure change process, addressing feedback, and ensuring all documentation meets strict industry standards.
The Principal Power Uprate Civil Structural Engineer will lead complex engineering projects and mentor junior staff to ensure the safety and efficiency of nuclear facility power uprates. Responsibilities include performing structural analysis, evaluating design modifications, and coordinating with multidisciplinary teams to meet regulatory requirements.
The role involves performing seismic and structural analysis, developing detailed designs, and leading engineering projects for data centers. Responsibilities also include conducting site inspections, creating client presentations, and collaborating with multidisciplinary teams to ensure project success.
The Project Engineer will lead strategic project discussions, manage budgets, and ensure project quality and deadlines are met. They are also responsible for developing technical engineering proposals and fostering strong client relationships to support business growth.
The Project Engineer will lead cross-functional teams to execute complex engineering tasks for Subsequent License Renewal Application projects. They are responsible for managing client relationships, ensuring project delivery within budget, and identifying new business growth opportunities.
The Principal Electrical Components Engineer will provide technical leadership for nuclear plant electrical systems, including design modifications and equipment modernization. They will also perform root cause analyses, develop technical evaluations, and serve as a trusted advisor to clients and station leadership.
The role involves providing regulatory expertise to develop and review documentation for the Nuclear Regulatory Commission and managing complex license renewal applications. You will also conduct independent research, maintain client relationships, and support project schedules for nuclear plant modifications.
The Electrical Engineer will lead cross-disciplinary projects from design through field execution, including preparing design studies and procurement specifications. They are responsible for performing complex electrical calculations, conducting field walkdowns, and mentoring junior staff to ensure project excellence.
The Principal I&C Engineer will perform complex digital I&C design activities, including PLC and DCS development, while ensuring compliance with regulatory standards. They will also manage system upgrades, prepare engineering change packages, and coordinate with project teams to meet budget and schedule requirements.
The role involves designing equipment mounts, foundations, and pipe supports while performing static and dynamic structural analysis for power plant systems. You will conduct site walkdowns, develop cost-effective engineering solutions, and prepare comprehensive design modification packages.
The Principal Mechanical Engineer will produce high-quality engineering documents and lead projects within the Nuclear Services group. They are responsible for ensuring regulatory compliance, fostering client relationships, and conducting site walkdowns to optimize mechanical system designs.
The Nuclear Licensing Engineer will support regulatory work for nuclear materials programs, including preparing safety analysis reports and licensing applications. They will also track regulatory commitments, provide technical support for NRC audits, and conduct independent research to support project planning.
The engineer will support multi-discipline projects including cooling water systems, valve replacements, and equipment evaluations for power plants. They are responsible for preparing accurate engineering documents, conducting site walkdowns, and maintaining compliance with industry codes and standards.
The Senior Engineering Manager leads the mechanical engineering team in designing mission-critical data center projects while ensuring quality, budget, and schedule adherence. They are also responsible for staff development, business growth, and maintaining strong client relationships.
The Principal Project Engineer will lead strategic power uprate initiatives, managing project scope, budgets, and interdisciplinary teams to ensure quality and regulatory compliance. They will also act as a primary client contact, fostering relationships while identifying new business opportunities and supporting proposal development.
The Principal Power Uprate Engineer will lead complex engineering projects, conduct detailed design margin evaluations, and perform system impact analyses for nuclear power uprates. They will also mentor junior staff, coordinate with multidisciplinary teams, and ensure regulatory compliance throughout the project lifecycle.
The role involves designing and developing utility protection and control engineering packages for nuclear power plants. You will coordinate with internal teams and clients to deliver technical solutions while providing leadership and training to less experienced engineers.
The Principal Data Center MEP Engineer will lead engineering design and analysis projects for mission-critical data center systems. This role involves developing detailed documentation, conducting site inspections, and providing strategic leadership to ensure project success and collaborative innovation.
The Engineering Manager oversees a unit of engineers, directing projects to ensure quality, budget, and schedule adherence while fostering staff development. They also lead business development efforts, manage resource allocation, and provide technical leadership to resolve complex engineering challenges.
The engineer will develop detailed substation drawings, including general arrangements, grounding plans, and foundation layouts. They will also perform complex engineering calculations and provide technical support during construction and commissioning phases.
The Environmental Qualification Engineer will prepare and review EQ file updates, calculations, and license basis documents to support nuclear plant operations. They will also lead small engineering teams, mentor junior staff, and interface with clients during audits and peer reviews.
The Senior Engineering Manager leads multidisciplinary projects by providing technical oversight, managing project scope and budgets, and ensuring high-quality execution. They also serve as a primary client interface to drive business growth and foster strong relationships while coordinating with matrixed engineering teams.
The Senior Engineering Manager leads the electrical design and analysis team for data center projects, ensuring quality, budget, and schedule adherence. They are also responsible for staff development, business growth, and providing technical leadership across the organization.
The engineer will develop nuclear and mechanical safety analysis work products to support the licensing, design, and operability of nuclear facilities. Responsibilities include performing steady-state and transient thermal-hydraulic analysis, modeling nuclear systems, and preparing technical licensing documentation.
The Lead PRA Engineer will oversee daily activities for a team of engineers and manage project execution, scope, and budget. They will also support business growth, professional development, and maintain strong relationships with clients.
The designer will develop comprehensive electric substation drawings including layouts, grounding, and foundation plans while performing necessary engineering calculations. They will also collaborate with multidisciplinary teams and provide on-site technical support during construction and commissioning.
The designer will develop electric substation drawings, including schematics, wiring diagrams, and control panel layouts. They will also perform engineering calculations and provide on-site technical support during construction and commissioning.
The Quality Engineer will perform internal and supplier audits while managing the Quality Management System and Quality Assurance Program. They will also collaborate with cross-functional teams to resolve quality issues and ensure compliance with project requirements.
The role involves providing geotechnical engineering support for nuclear and commercial projects, including site investigations, seismic hazard analysis, and design studies. Additionally, the engineer will mentor junior staff, coordinate across disciplines, and conduct site walkdowns to ensure project excellence.
The role involves providing seismic and structural engineering support for nuclear facilities, including advanced analysis, design, and seismic qualification of systems. You will also collaborate with interdisciplinary teams, mentor junior staff, and manage project scopes and estimates.
The Business Development Manager will lead relationship-building efforts with key clients and identify new business opportunities within the power sector. They will collaborate with technical teams to develop strategic proposals and manage annual sales forecasts to meet organizational goals.
You will collaborate with interdisciplinary teams to support the safe and efficient operation of nuclear power facilities through electrical assessments and design updates. Additionally, you will develop precise engineering deliverables and provide on-site field support to ensure compliance with regulatory standards.
The Business Development Manager will drive strategic growth by identifying and securing new opportunities within the pipeline and fuel sectors. They will cultivate client relationships and collaborate with cross-functional engineering teams to deliver asset integrity solutions that meet industry standards.
The Substation Engineering Manager will lead, recruit, and mentor technical staff while driving innovation and strategic growth within the Power Delivery Group. They are responsible for managing client relationships, ensuring high-quality project delivery, and overseeing business operations and proposal development.
