Nuclear Power Plant Systems Engineer who acts as the bridge between highly specialized engineering teams, synthesizing complex engineering analyses across fluid dynamics, structural mechanics, neutronics, electrical systems, safety analysis, and PRA to translate insights into operational plans and regulatory documents.
Compensation
Competitive salary based on technical level
Responsibilities
Review and synthesize technical engineering analyses (e.g. structural finite element analyses and/or computational fluid dynamics) and safety analysis to understand system-wide impacts
Review multi-disciplinary design packages to ensure no negative impact between systems
Act as an internal sounding board to specialized subject matter experts
Coordinate technical interfaces between reactor core systems, balance-of-plant, and instrumentation & control (I&C)
Evaluate vendor-supplied technical specifications and engineering reports to verify alignment with overall plant architecture
Requirements
Bachelor's degree in Nuclear, Mechanical, Chemical, or Aerospace Engineering
Master's degree in Nuclear, Mechanical, Chemical, or Aerospace Engineering
Nice to have: Fluid flow/heat transfer understanding
Nice to have: Structural stress/fatigue understanding
Nice to have: Basic neutron transport understanding
As a Safety Analysis Engineer, you will be part of a team supporting the development of several leading technologies for various applications on earth and in space. The Safety Analysis group is responsible for developing methodologies and performing analyses to demonstrate that the various reactor designs satisfy their safety bases and licensing requirements.
Compensation
The base salary range for this position in Virginia (US-VA) at the start of employment is expected to be between $99,000.00 and $157,000.00 per year.
Responsibilities
Develop analytical methods and models for the spectrum of AOOs, DBAs, and BDBEs that are applicable to the reactor design being evaluated
Perform AOO, DBA, and BDBA simulations for the reactor design
Perform engineering calculations related to nuclear safety, fluid flow, probability risk assessment, severe accident analysis, equipment qualification, heat and mass transfer
Prepare appropriate documentation supporting evaluations and analyses
Interface with customers, vendors, and other internal functional groups to obtain information necessary to perform work assignments
Requirements
Bachelor’s degree in engineering or physics
Nice to have: M.S. or PhD in Nuclear or Mechanical Engineering
Nice to have: Experience with HTGRs
Nice to have: Experience with SNAP computer code
Nice to have: Developing and applying numerical methods for nuclear thermal-hydraulic problems
Skills
Staff Engineer - Systems Design - Surgical Planning
Lead the system design and technical realization of Hip Surgical Planning capabilities from concept through product release and lifecycle management.
Responsibilities
Lead the system design and technical realization of Hip Surgical Planning capabilities from concept through product release and lifecycle management.
Understand Hip implant design philosophies and CAD models, translating implant geometry and surgical intent into planning workflows, including planar and volumetric haptics.
Apply knowledge of CT, X-ray and MRI to develop image-based approaches for patient anatomy visualization, measurement, implant positioning and surgical planning.
Translate user, clinical and business needs into system and subsystem requirements, specifications, interfaces and traceability.
Perform system decomposition and allocate requirements across software, imaging, algorithms, robotics, implants and hardware.
Requirements
Bachelor's or master’s degree in biomedical, Computer Science, Mechanical Engineering, Biomedical Engineering, Medical Imaging Engineering, or related discipline.
Lead safety architecture, risk analysis, and verification for autonomous trucking systems.
Compensation
US Pay Range $153,200—$183,800 USD
Responsibilities
Collaborate with Product and System Engineering teams to identify and evaluate hazards related to Functional Safety and Safety Of The Intended Functionality (ISO 26262 & ISO 21448).
Support analysis and evaluation of Acceptance Criteria for identified SOTIF hazards.
Perform hazard analysis and risk assessment (HARA) according to ISO 26262.
Analyze and evaluate the Fault Tolerant Time Interval (FTTI) for identified hazards.
Perform inductive and deductive safety analyses for systems, hardware, and software.
Requirements
Bachelor’s Degree in Computer Science, Robotics, Electrical Engineering or related technical field
Master’s Degree in Computer Science, Robotics, Electrical Engineering or related technical field
PhD in Computer Science, Robotics, Electrical Engineering or related technical field
Deliver technical services on traffic engineering and design projects, including traffic signal design, ITS, signal timing analyses, illumination, ADA/sidewalk design, signing, and pavement marking, and support project teams with traffic studies.
Compensation
Compensation Range:
$79,259.38 - $90,582.14
Responsibilities
Deliver technical services on traffic engineering and design projects
Support the project team with traffic studies such as traffic impact analyses, signal timing plans, microscopic and macroscopic simulation modeling, signal warrants, speed studies, capacity analysis, traffic operations, safety analysis, and parking studies
Develop final plans, specifications, and estimates (PS&E) for state and local agencies
Prepare written reports and presentations that clearly communicate project results
Mentor and train less experienced staff
Requirements
Bachelor’s degree in Civil Engineering or a related field
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