At least five years of relevant mechanical engineering experience
Accredited bachelor's degree in mechanical engineering
Significant experience with design of new construction and retrofit projects for power generation or heavy industrial facilities.
Strong knowledge of mechanical engineering design principles and practices.
Proficiency with applicable mechanical codes, standards, and regulatory requirements relevant to nuclear or power generation facilities.
Experience in the development, preparation, and checking of Piping and Instrumentation Diagrams (P&IDs;).
Experience with overall design and layout of piping systems, including pipe sizing, routing, and material selection.
Experience in pipe support design and integration with structural and plant layout constraints.
Experience in equipment selection and specification for tanks, pumps, valves, and balance-of-plant mechanical equipment.
Experience preparing inquiry packages and technical datasheets for mechanical equipment procurement.
Hands-on experience performing hydraulic calculations to support system and equipment design.
Ability to take a lead role in detailed design activities and guide designers and junior engineers.
Ability to make sound engineering decisions using judgment, even with limited or incomplete information.
Strong technical writing skills for preparing clear engineering reports, design bases, and technical documentation.
Effective verbal communication skills for collaboration with plant staff, engineering teams, and vendors.
Ability to build and maintain effective working relationships with plant personnel, design engineering staff, and vendors.
Familiarity with nuclear plant systems, design processes, operations, or licensing.
At least 5 years of commercial nuclear industry experience, where applicable.
Experience working at a Boiling Water Reactor (BWR) or Pressurized Water Reactor (PWR) facility.
Direct involvement in a power uprate project, such as Extended Power Uprate (EPU) or other uprate initiatives, at a commercial nuclear plant.
Demonstrated understanding of engineering, operations, or licensing considerations associated with power uprate implementation.
Background in nuclear power, capital projects, retrofit work, or power generation projects.