The engineer will lead the development and application of advanced multiphysics models for nuclear fuel performance, including thermal, mechanical, and chemical interactions. They will also design computational workflows, conduct high-fidelity analyses, and mentor junior staff on simulation initiatives.
The engineer will support the design, analysis, and optimization of nuclear fuel systems using advanced multiphysics computational tools. Responsibilities include developing predictive fuel performance capabilities and contributing to the engineering basis for licensing and operational decision-making.
The analyst will collaborate with stakeholders to analyze manufacturing requirements and design effective SAP ERP solutions to optimize production processes. They will also lead implementation, conduct system testing, and provide ongoing training and support to end users.
The Safety Analysis Engineer will develop analytical methods and perform simulations for reactor designs to ensure they meet safety bases and licensing requirements. They will also prepare documentation, interface with stakeholders, and support verification and validation activities for computer codes.
The architect will design and deliver AI, advanced analytics, and data architecture solutions to improve manufacturing performance and decision-making. They will collaborate with cross-functional teams to translate operational challenges into scalable, secure technical requirements and implementation plans.
The SAP Technical Lead guides the technical design and delivery of the ERP landscape, partnering with IT and business teams to implement new capabilities. Responsibilities include architecting SAP solutions, managing security requirements, and providing direction to the ABAP team.
