RGBSI
Job Description
The North Anna Subsequent License Renewal (SLR) project is a long‑term initiative to extend the plant’s operational life to 80 years through major system upgrades and infrastructure modernization.
Design Engineers play a critical role in developing and executing technical solutions across mechanical, civil, and electrical scopes to ensure regulatory compliance and operational excellence.
This is a high‑impact opportunity to help shape the future of nuclear energy through innovative, safety‑focused engineering.
Requirements
Experience with design of steel and concrete structures or components (pipes, conduits, junction boxes, foundations, etc.)
Familiarity with industrial standards such as ACI, ASCE, ASME codes for lifting and rigging
Experience with seismic analysis and design for mounting components and equipment
Knowledge and application of engineering theories and principles, concepts, and fundamentals
Requires developmental experience in a professional engineering position
Competency in applying engineering principles, fundamental concepts, practices and procedures requiring some evaluation, originality and/or ingenuity to achieve project objectives
Understands and can apply knowledge of configuration management
Ability to perform engineering calculations using applicable software programs (e.g., Matlab, Excel, etc.) and planning, organizational and project management skills
Ability to develop and exercise leadership skills and effective decision‑making skills
Effective oral and written communication skills (includes technical writing)
Ability to think analytically and solve complex problems
Ability to interpret codes, regulations and practices; equally effective working independently or in a team environment
Ability to process information quickly and effectively manage multiple tasks
Collaboration and cross‑discipline communication essential for coordinating with mechanical, electrical, and regulatory teams on integrated design solutions
Adaptability and problem‑solving to navigate evolving project scopes, legacy infrastructure constraints, and regulatory requirements
Attention to detail and documentation rigor critical for ensuring design packages meet nuclear safety and compliance standards
Initiative and ownership to proactively identify design risks, propose improvements, and drive tasks to completion
Stakeholder engagement including the ability to clearly communicate technical concepts to non‑technical audiences and support field implementation teams
Preferred Years of Experience
2–5 years
Preferred
Nuclear Standard Design Process/Design Change qualification
Experience as a Responsible Engineering at a Nuclear Facility
Experience with software (Mathcad, GTSTrudl, STADD, ANSyS)
Finite Element Modeling
Education
Bachelor’s in Civil Engineering required
Benefits We offer attractive, competitive compensation and benefits including medical, dental, 401k, short‑term disability, AD&D, tuition reimbursement, and more. If you take pride in your work and are committed to personal and professional success, let’s talk.
#J-18808-Ljbffr
Design Engineers play a critical role in developing and executing technical solutions across mechanical, civil, and electrical scopes to ensure regulatory compliance and operational excellence.
This is a high‑impact opportunity to help shape the future of nuclear energy through innovative, safety‑focused engineering.
Requirements
Experience with design of steel and concrete structures or components (pipes, conduits, junction boxes, foundations, etc.)
Familiarity with industrial standards such as ACI, ASCE, ASME codes for lifting and rigging
Experience with seismic analysis and design for mounting components and equipment
Knowledge and application of engineering theories and principles, concepts, and fundamentals
Requires developmental experience in a professional engineering position
Competency in applying engineering principles, fundamental concepts, practices and procedures requiring some evaluation, originality and/or ingenuity to achieve project objectives
Understands and can apply knowledge of configuration management
Ability to perform engineering calculations using applicable software programs (e.g., Matlab, Excel, etc.) and planning, organizational and project management skills
Ability to develop and exercise leadership skills and effective decision‑making skills
Effective oral and written communication skills (includes technical writing)
Ability to think analytically and solve complex problems
Ability to interpret codes, regulations and practices; equally effective working independently or in a team environment
Ability to process information quickly and effectively manage multiple tasks
Collaboration and cross‑discipline communication essential for coordinating with mechanical, electrical, and regulatory teams on integrated design solutions
Adaptability and problem‑solving to navigate evolving project scopes, legacy infrastructure constraints, and regulatory requirements
Attention to detail and documentation rigor critical for ensuring design packages meet nuclear safety and compliance standards
Initiative and ownership to proactively identify design risks, propose improvements, and drive tasks to completion
Stakeholder engagement including the ability to clearly communicate technical concepts to non‑technical audiences and support field implementation teams
Preferred Years of Experience
2–5 years
Preferred
Nuclear Standard Design Process/Design Change qualification
Experience as a Responsible Engineering at a Nuclear Facility
Experience with software (Mathcad, GTSTrudl, STADD, ANSyS)
Finite Element Modeling
Education
Bachelor’s in Civil Engineering required
Benefits We offer attractive, competitive compensation and benefits including medical, dental, 401k, short‑term disability, AD&D, tuition reimbursement, and more. If you take pride in your work and are committed to personal and professional success, let’s talk.
#J-18808-Ljbffr