Senior Engineer, Reactor Vessel Auxiliary Systems

Responsibilities

• Own and manage the 3D layout and spatial integration of all components within the reactor cavity including reactor vessel and support systems, instrumentation, shielding, and maintenance interfaces.
• Coordinate with mechanical, civil, and I&C design teams to define spatial, thermal, and functional interfaces between the reactor vessel, cavity systems, and bio-shield.
• Lead design integration reviews to ensure structures, systems, and component designs are compatible and accessible for installation and maintenance.
• Develop and implement standardized layouts, component interfaces, and remote maintenance connection strategies to streamline manufacturing, assembly, and maintenance operations.
• Establish and maintain common connection standards for electrical and gas connections, inspection devices, and instrumentation access.
• Collaborate with I&C engineers to define sensor and cabling layouts within the cavity for radiation monitoring, temperature, pressure, and neutron flux instrumentation.
• Create and review engineering documentation such as mechanical drawings, test plans, memos, specifications, and technical reports.
• Independently perform engineering analyses such as thermal analyses, structural analyses, and failure mode and effects analyses or guide these analyses when performed by Kairos Power teams.
• Regularly interface and communicate component requirements with other disciplinary teams including nuclear design, reactor systems, reactor coolant auxiliary systems, safety analysis, remote handling, and manufacturing.
• Maintain knowledge of and assess compliance with applicable codes and standards such as ASME, ANSI, ASTM, and others.
• Engage with manufacturing, assembly, and operations teams to support build, install, and maintenance operations.
• Perform design verification and validation activities to ensure system performance meets functional and safety requirements.
• Participate in hazard and failure analyses (HAZOP, FMEA, FTA) and incorporate safety insights into design iterations.
• Contribute to configuration management by maintaining design baselines, revision control, and traceability of changes.
• Assist in cost, schedule, and risk assessments related to mechanical design and plant layout activities.
• Participate in peer design reviews and technical audits to ensure compliance with quality and performance objectives.
• Other duties as assigned.