Applies expert level engineering principles, techniques and practices in the preparation and/or review of I&C system design work products such as one-line diagrams, logic diagrams, system and equipment requirement specifications, system design documents, engineering studies, engineering calculations, engineering reports, hazard analyses, and Inspections, Tests, Analyses and Acceptance Criteria (ITAAC)
Plans and coordinates detailed aspects of engineering work
Supports preparation of work scope and schedule for assignments
Compile functional and design requirements into component and system design with consideration for system interfaces, manufacturability, serviceability and in-service inspection
Develops departmental R&D needs and contributes to methodology development
Interprets scope and project requirements and develops design alternatives
Plans, organizes, and performs complex assignments in a team environment
Applies experience in the design, testing and installation of process control and automation systems
Provides mentoring and technical direction to less experienced engineers
Serves as a technical lead for the design of systems, structures, and components
Responsible for results and engineering oversight
Regularly interacts with directors and/or major clients
Creates formal networks and may serve as an internal and/or external spokesperson for the organization regarding specialized projects or programs
Provides oversight and direction to key suppliers of I&C systems and components
Also, coordinates design interfaces with other disciplines and partners associated with the I&C systems
Acts as a primary interface to regulatory agencies concerning I&C design principles of assigned I&C systems including supporting audits, requests for additional information (RAI), and meetings
Performs other duties as assigned.
Requirements
A minimum of a B.S. degree in Electrical Engineering (power option preferred), from a four-year ABET (MRA/MOU) accredited college or university
A professional engineer license registration or advanced degree is considered
A minimum of 8 years of progressively responsible experience within commercial nuclear power, in a design and/or systems engineering organization
Naval nuclear power experience may be credited towards commercial
Must have excellent technical writing, communication, computer, presentation and interpersonal skills as well as being highly organized with the ability to manage complex projects with multiple work phases
Must have the ability to learn new job functions and comprehend and understand new concepts quickly and apply them accurately in a rapidly evolving environment
Preferred experience includes: Experience in the design and installation of I&C safety protection systems, as well as development of testing and installation procedures for this type of equipment for commercial nuclear plants
Experience in the design and installation of neutron monitoring systems, as well as development of testing and installation procedures for this type of equipment for commercial nuclear plants
Possess a working knowledge of source terms, normal and accident dose analysis, criticality concepts, particle transport, reactor physics, vessel fluence, and shielding analysis, with emphasis on pressurized light ‑ water reactors and primary systems related to neutron and in ‑ core monitoring system design and installation
Demonstrated ability to incorporate Nuclear Regulatory Commission (NRC) regulations and guidelines into system design requirements for nuclear power plants
Proficient in mapping NRC regulatory requirements to specific system design parameters
Cross ‑ functional operations experience such as Shift Technical Engineer or Plant Certification
Demonstrated project management skills
Familiarity with Institute of Electrical and Electronics Engineers (IEEE) standards 497, 603, 308, 379, 384, 323, 344, and 1050.
Eligible to work under Department of Energy 10 CFR Part 810.