Plant Integration, Project Engineer, MCFR

Description

• Responsible for engineering rigor applied to the full lifecycle (design, test, manufacture, commission, build, decommission) of systems and components.
• Ensure that project technical execution are in accordance with contract requirements, project standards and industry standards
• Determine technical project execution direction based on cost, schedule, risk, and input from engineering and project management
• Responsible for identifying engineering challenges and driving to right-sized solutions.
• Effectively communicate current and future risks to the Project Manager.
• Resolve technical conflicts in conjunction with engineering and project management when issues arise that compete for resources. Elevate those that cannot be resolved at the Project level to the Program level.
• Ensure on time delivery of process hardware, specifically the fuel handling, cover gas, and air process systems.
• Assess cross-disciplinary gaps/collisions and provide clear directions to design owners driving resolution of conflicts.
• Support constructability reviews and review of installation plans/instructions.
• Assist Project Manager in driving and holding project teams accountable for achieving project deliverables.
• Responsible for supporting management of suppliers providing engineering and fabrication services.
• Own master bill of materials that drive design and/or purchase list to complete procurement of every part (delivery of everything from major components to gaskets and bolts).
• Provide project direction to MCFR Group Leads and System Leads.
• Ensure the plant design packages are complete, constructable, and ready to be used by an EPC company to procure and build the plant.
• Develop the project resource plan/requests by using input from the project and disciplines
• Commission and/or oversee development of technical work scope and budget estimates for new work, often spanning multiple disciplines.
• Develop, maintain, use, and incorporate project deliverables (budget, schedule, risk registers, lessons learned, etc)
• Interface with system leads and subject matter experts in piping, structures, I&C, and electrical engineering to advance all design lockstep and concurrently while implementing state of the art concurrent engineering with design for excellence (DFX).
• Responsible for continuous integration of lessons learned from test engineering, separate effects tests, and other testing activities into MCFR design.
• Responsible for Project Acceptance of engineering deliverables, including design specifications, drawings, P&IDs, engineering calculation, plant lists, SOWs, etc..

Requirements

• Excellent technical writing, communication, and presentation skills.
• Proficiency with Atlassian tools including Confluence and Jira.
• Familiarity with Commercial Grade Dedication (CGD).
• Physical exertion and/or requirements: Minimal, with ability to safely lift up to 50 pounds.
• Experience in reactor operations, including start-up testing.
• Ability to work on simultaneous tasks that require a multi-disciplinary approach.
• Experience in high temperature and multi-discipline integration (highly desired).
• The candidate will possess a high degree of trust and integrity, communicate openly and display respect, and a desire to foster teamwork
• In-depth knowledge of piping components such as valves, fittings, and supports.
• Work Conditions: Stairs, typing/keyboard, standard and/or sitting working environment of >8 hrs./day.
• Motor Abilities: Sitting and standing for extended periods, bending/stooping, grasping/gripping, fine motor control (hands).
• WA PE license or ability to obtain one promptly.
• Previous experience with nuclear reactors, nuclear handling process systems, or similar high-performance system or equipment design (highly desired).
• Repetitive work: Prolonged.
• Working knowledge of plant design software (AutoCAD Plant3D/Navisworks and Solidworks preferred)
• Demonstrated experience in the design and build of industrial process equipment and associated systems and structures.
• Candidate must be a self-starter and possess ability to work independently with minimal direction.
• Experience with software quality assurance (SQA).
• Attention to detail and aspiration for technical excellence.
• Working knowledge of piping analysis software (AutoPIPE preferred or Caesar).
• Strong communication skills.
• Special Senses: Visual and audio focused work and ability to perform role in personal protective equipment.
• Ability to handle projects that include many competing objectives and constraints, with ability to resolve conflicts between objectives.
• Bachelor's degree in Science or Engineering with 15 years of relevant experience for level 12, or 18 years of relevant experience for level 13. Experience level may be partially substituted for advanced degree depending on position relevance.
• Experience working to quality standards on design activities, such as ASME NQA-1 or ISO 9001 (highly desired).
• Experience in project management, including schedule development
• Experience working with high-temperature fluids.
• Experience in mechanical, nuclear, process, and/or electrical engineering.
• Experience with ASME Section III, Division 5.

Benefits

• Professional and Educational Support Opportunities
• Relocation Assistance
• Competitive Compensation
• We typically place offers in the lower to middle portion of the range to maintain internal equity and allow room for growth. Any salary offered within the posted salary band is based on market data and commensurate with the selected individual’s qualifications experience. This range is specific to Washington State.
• Salary, eligible to participate in discretionary short-term incentive payments
• Flexible Work Schedule
• 401k Plan
• Generous Holiday Schedule
• Comprehensive Medical and Wellness Benefits for family or individual
• Generous Paid Time Off (PTO)

Training + Development

Interview process

Visa Sponsorship

Security clearance