X-energy Careers

Description

• Perform Probabilistic Risk Assessment (Follow the guidance of ASME/ANS RA-S-1.4-2021, or other applicable PRA-related industry standards, in creating and maintaining PRA models and supporting calculation documents; Revise and review of PRA documents; Follow the guidance of dozens of PRA-dependent applications (such as NEI 18-04) to acquire risk insights from the PRA to inform the design process and licensing basis of projects; Develop increasing proficiency in using PRA-related software in accordance with X-energy procedures, ensuring the correct software version is being used in the manner it was verified, be aware of limitations and restrictions of software, and ensure software is referenced in documents that depend on its use; Perform main PRA tasks including event tree and fault tree development, and associated documentation; Develop screening methods, risk-informed supplemental evaluations, and/or PRA models for different plant operating modes and states, radionuclide sources, various internal and external hazards, and multi-reactor considerations)
• Able to show increasing proficiency interpreting, applying, and assessing Standards. 
• Collaborate and communicate with key stakeholders in engineering, project leadership, and across the safety analysis team to provide frequent updates on progress of projects, maintain the correct order of priorities and ability to adapt to change, and raise concerns when there are problems with projects and/or timelines.
• Provide engineering/technical expertise and guidance in the identification, analysis, and resolution of problems of increasing scope and complexity.   
• Contribute to team decision-making in the accomplishment of business goals and objectives through effective planning, organizing, estimating, scheduling, and monitoring of work activities; deal with changing priorities and differing situations and make decisions that may affect the work of the team.
• Prepare thorough and accurate technical reports, correspondence, documentation, calculations, and sketches related to well-defined problems and analysis of increasing scope and complexity.
• Conduct engineering and related studies; complete routine engineering projects with minimal oversight with increasing ability to independently manage project schedules and interfaces. 
• Develop and maintain safety basis documents and safety basis program procedures.
• Identify and describe the interrelationship of safety basis requirements to existing and new designs and operations.
• Develop, maintain, and produce technical documentation to inform system/subsystem requirements and specifications.
• Interface with customers and regulators in nuclear safety reviews and technical working group meetings to comply with requirements and meet project objectives.
• Provide feedback and guidance to more junior team members with the execution of the core tasks and responsibilities of the Risk Informed Safety Analysis discipline. 
• In collaboration with engineering leadership, set technical direction at the enterprise level through developing and owning technology or discipline specific roadmaps, best practices, and/or design criteria.
• Maintain professional demeanor and behavior at all times in all forms of communication. 
• Perform other duties as assigned by manager.

• Bachelor’s degree in engineering (nuclear, chemical, mechanical, etc.) from an ABET accredited university required.
• Typically, twenty years of experience in an engineering role required.
• A master’s degree in engineering or related field (may include a combination of experience obtained through an academic institution, e.g., design projects, research, or design teams, as well as professional experience) may be in lieu of two years of experience.
• A Ph.D. in engineering or related field (may include a combination of experience obtained through an academic institution, e.g., design projects, research, or design teams, as well as professional experience) may be in lieu of three years of experience.