MOV/AOV Fleet Engineer — Nuclear (Hybrid 4‑Day)

Duke Energy; Charlotte (NC); Hybrid; USD 110,000 - 150,000; Full time

Job summary

Duke Energy is seeking a Nuclear Engineer to own the MOV program across the Nuclear Fleet, guiding MOV Engineers at each facility. You will oversee MOV code compliance, document ownership, and fleet-wide actions, with potential involvement in AOV work.

The role supports a 4-day, 10-hour workweek with hybrid in-office and remote duties. Expect to lead engineering tasks, mentor staff, manage budgets, and interface with industry groups while ensuring safety and regulatory adherence across the

Qualifications

• Nuclear Engineer III requires a BS in Engineering from ABET accredited program; MS considered in lieu of BS.
• Senior Nuclear Engineer requires BS in Engineering or PE license; MS considered in lieu of BS; nuclear power plant experience.
• Experience with AOV/MOV software and industry standards is preferred.

Responsibilities

• Technical lead for MOV code and regulatory requirements.
• Own MOV program documents and Fleet Procedures; review revisions.
• Prepare and check MOV calculations and diagnostics; manage software interfaces.
• Lead the fleet MOV Working Group and coordinate outages across the fleet.
• Provide engineering analysis and documentation; develop process improvements.

Skills

Nuclear engineering

Engineering leadership

Regulatory compliance

Project management

Education

ABET-accredited B.S. in Engineering

PE license (preferred)

Tools

KVAP

MIDAS

Quiklook

PGNTest

EPRI tools

Job description

Duke Energy is seeking a Nuclear Engineer to own the MOV program across the Nuclear Fleet, guiding MOV Engineers at each facility. You will oversee MOV code compliance, document ownership, and fleet-wide actions, with potential involvement in AOV work.

The role supports a 4-day, 10-hour workweek with hybrid in-office and remote duties. Expect to lead engineering tasks, mentor staff, manage budgets, and interface with industry groups while ensuring safety and regulatory adherence across the