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TerraPower

Develops advanced nuclear reactors and isotopes

Manager, Engineering Governance & Configuration

Engineering LeadershipPosted on Nov 13
Full-timeEverett, WA, USA

About the Job

Requirements

  • A bachelor's degree in engineering or a closely related technical discipline is required.
  • At least 10 years of relevant engineering experience, including leadership of engineering teams or technical programs, is required.
  • Demonstrated experience applying systems engineering methods to complex, multidisciplinary systems or facilities is required.
  • Experience developing and implementing engineering procedures, configuration management practices, and technical change control processes is required.
  • A strong understanding of requirements management, interface management, technical baselines, design reviews, and verification and validation is required.
  • The candidate must be able to translate process expectations into clear, usable procedures and drive adoption across teams.
  • The candidate must be able to manage people, coordinate priorities across projects, and resolve cross-functional technical and organizational issues.
  • Strong written communication, facilitation, and technical judgment are required.

Responsibilities

  • Lead, manage, and develop system engineers assigned to Alpha2, Alpha5, and Alpha30 by establishing clear responsibilities, performance expectations, and development plans.
  • Support the Project Management Office with staffing, priorities, and assignments in coordination with project and engineering leadership, supporting project commitments and resolving competing resource needs.
  • Establish consistent systems engineering practices across projects, tailoring their application to each project’s scope, complexity, risk, and lifecycle stage.
  • Coach engineers in requirements development, interface management, technical decision-making, and system integration.
  • Promote accountability, collaboration, and timely resolution of technical issues across engineering disciplines and project teams.
  • Own the engineering procedure framework, ensuring procedures address the work needed to define, design, integrate, verify, and deliver TPI systems and facilities.
  • Evaluate existing procedures for completeness, clarity, and usability; identify gaps and lead revisions or development of new procedures.
  • Define engineering roles, responsibilities, approval authorities, required deliverables, and interfaces with other functions.
  • Establish and maintain expectations for technical reviews, design maturity assessments, decision documentation, and closure of review actions.
  • Coordinate engineering procedures with Quality, document control, project management, and commissioning and qualification processes.
  • Lead procedure implementation through training, practical guidance, and monitoring of adoption and effectiveness.
  • Oversee development, allocation, and maintenance of stakeholder, facility, system, and subsystem requirements, including traceability to design outputs and verification evidence.
  • Guide development and maintenance of system architectures, functional breakdowns, system boundaries, interface definitions, and design bases.
  • Ensure system engineers coordinate interfaces among process systems, equipment, nuclear containment, facility infrastructure, and digital and control systems.
  • Establish expectations for technical trade studies, assumptions management, technical risk identification, and documentation of engineering decisions.
  • Oversee verification and validation planning, including clear acceptance criteria and coordination with testing, commissioning, qualification, and Operations.
  • Support selection and adoption of systems engineering tools, including model-based approaches where they provide practical value.
  • Establish and maintain configuration management practices that identify controlled items, define technical baselines, and preserve alignment among requirements, design documentation, equipment configurations, and installed systems.
  • Develop and implement an engineering change management process covering change initiation, impact assessment, review, approval, implementation, and closure.
  • Ensure proposed changes are evaluated for impacts on safety, quality, requirements, interfaces, cost, schedule, operations, and applicable regulatory commitments.
  • Define change approval authorities and coordinate cross-functional change reviews, escalating decisions as appropriate.
  • Ensure approved changes are incorporated into affected documents, models, specifications, and other controlled records.
  • Establish configuration status tracking and checks to confirm documented and physical configurations remain aligned through project delivery and turnover.
  • Monitor engineering process effectiveness using practical measures of requirements maturity, change closure, configuration accuracy, and review action completion.
  • Capture lessons learned and apply improvements across all three projects.
  • Work with internal teams, engineering partners, and suppliers to align deliverables and practices with TPI’s engineering expectations.
  • Maintain an appropriate balance between engineering rigor and efficient execution.

Desired Qualifications

  • Experience in radiopharmaceutical, pharmaceutical, nuclear, or other highly regulated engineering environments.
  • Experience supporting projects from concept and design through procurement, construction, commissioning, and operational turnover.
  • Familiarity with cGMP environments and the interfaces between engineering, Quality, and commissioning, qualification, and validation.
  • Experience with requirements management platforms, engineering information systems, and model-based systems engineering.
  • Experience coordinating design and configuration information across external engineering firms, equipment suppliers, and internal teams.
  • INCOSE certification or comparable systems engineering training.

About the Company

TerraPower

Develops advanced nuclear reactors and isotopes

TerraPower develops advanced nuclear technologies to provide carbon-free energy and medical isotopes. The company works on next-generation reactors such as the Traveling Wave Reactor, Molten Chloride Fast Reactor, and sodium fast reactor. Its products generate electricity through fission in these next-gen designs, and the medical isotope work involves extracting isotopes like Actinium-225 for cancer treatment via partnerships (e.g., with Radiopharm). TerraPower generates revenue through technology licensing, partnerships, and supply agreements, serving utilities, government agencies, and medical institutions. The company differentiates itself by pursuing a diverse portfolio of reactor technologies and by combining power generation with medical isotope applications, complemented by collaborations and licensing to bring technologies to market. Its goal is to provide scalable, carbon-free energy while addressing medical needs through isotope production and new reactor deployments.

Company size
1,001-5,000
Company stage
Late Stage VC
Total funding
$1.6B
Headquarters
Bellevue, WA
Founded
2008

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