• Provide mentorship and professional development for early-career and lead-level engineers on the team • Develop and maintain a deep technical knowledge of the design basis for standard plant I&C systems of the BWRX-300 technology, including reactor protection systems, rod control systems, turbine control systems, reactivity monitoring systems, electric power control systems, etc. • Perform detailed gap analysis between stand plant I&C systems and site-specific requirements, including regulatory requirements, applicable codes and standards (e.g., IEC, NEC, CSA, ANSI, IEEE, NFPA, etc.), and quality standards. • Evaluate impacts of site-specific requirements on analog and digital instrumentation, including control and monitoring equipment. • Develop and propose conceptual design solutions to resolve site application challenges while maximizing design standardization where practicable. • Support integration across multiple engineering disciplines, including architectural engineering, licensing, equipment design, and safety systems. • Participate in design evolution programs that extend and improve our modularization strategies. • Contribute to an engineering team that assures proposals and early works packages for selected sites are compatible with our standard product offering. • Establish and maintain strong working relationship with internal engineering teams. • Interface with external partners, customers, and other applicable country specific regulatory agencies as required on technical issues. • Work with proposal and early works teams to build estimates, schedules, and identify risks associated with different opportunities. • Provide guidance to external partner engineering resources to ensure the quality of deliverables. • Support commercial and marketing opportunities to develop new business opportunities. • Protect the Intellectual Property rights of GVH. • Support GVH initiatives, corrective action, process improvement and simplification. • Ensure adherence to GVH’s standards for nuclear safety and compliance.

• Develop and maintain a working knowledge of the design basis for standard plant electrical systems of the BWRX-300 technology • Support gap analysis between stand plant electrical systems and site-specific requirements, including regulatory requirements, electrical codes and standards, transmission system and grid interconnection requirements, and local power system reliability requirements • Evaluate impacts of site-specific requirements on both plant electrical systems and grid interface/switchyard systems • Support integration across multiple engineering disciplines, including architectural engineering, licensing, equipment design, and safety systems • Participate in design evolution programs that extend and improve our modularization strategies • Contribute to an engineering team that assures proposals and early works packages for selected sites are compatible with our standard product offering • Establish and maintain strong working relationship with internal engineering teams • Interface with external partners, customers, and other applicable country specific regulatory agencies as required on technical issues • Work with proposal and early works teams to build estimates, schedules, and identify risks associated with different opportunities • Provide guidance to external partner engineering resources to ensure the quality of deliverables • Support commercial and marketing opportunities to develop new business opportunities • Protect the Intellectual Property rights of GVH • Support GVH initiatives, corrective action, process improvement and simplification • Ensure adherence to GVH’s standards for nuclear safety and compliance

• Provide mentorship and professional development for early-career and lead-level engineers on the team • Develop and maintain a deep technical knowledge of the design basis for standard plant electrical systems of the BWRX-300 technology. • Perform detailed gap analysis between stand plant electrical systems and site-specific requirements, including regulatory requirements, electrical codes and standards, transmission system and grid interconnection requirements, and local power system reliability requirements. • Evaluate impacts of site-specific requirements on both plant electrical systems and grid interface/switchyard systems. • Develop and propose conceptual design solutions to resolve site application challenges while maximizing design standardization where practicable. • Support integration across multiple engineering disciplines, including architectural engineering, licensing, equipment design, and safety systems. • Participate in design evolution programs that extend and improve our modularization strategies. • Contribute to an engineering team that assures proposals and early works packages for selected sites are compatible with our standard product offering. • Establish and maintain strong working relationship with internal engineering teams. • Interface with external partners, customers, and other applicable country specific regulatory agencies as required on technical issues. • Work with proposal and early works teams to build estimates, schedules, and identify risks associated with different opportunities. • Provide guidance to external partner engineering resources to ensure the quality of deliverables. • Support commercial and marketing opportunities to develop new business opportunities. • Protect the Intellectual Property rights of GVH. • Support GVH initiatives, corrective action, process improvement and simplification. • Ensure adherence to GVH’s standards for nuclear safety and compliance.

• Lead the development and optimization of tooling applications for turning, milling, drilling, and threading. • Design and refine machining strategies to improve productivity, tool life, and part quality. • Collaborate with R&D and product engineering teams to provide field‑based insights into tool design, coatings, and materials. • Use CAM software and simulation tools to verify and optimize tool paths. • Partner with sales teams to deliver technical support, presales consultations, and tooling recommendations. • Conduct on‑site visits to diagnose machining challenges and implement tooling solutions. • Lead or support customer trials, testing, and troubleshooting. • Provide training on tool usage, machining best practices, and emerging technologies. • Develop or modify tools to meet specific customer requirements in collaboration with Design Engineering. • Prepare application reports, machining parameters, and other technical documentation. • Assess feasibility and performance of custom tooling concepts. • Manage and prioritize engineering activities across multiple projects. • Monitor KPIs related to tool performance, cycle time improvement, and customer satisfaction. • Identify opportunities to enhance workflows, documentation, and knowledge sharing. • Collect and evaluate performance data from field trials and customer feedback. • Document case studies and success stories to support internal learning and marketing. • Track customer project metrics including productivity gains and cost savings. • Stay current on machining trends, materials, coatings, and digital manufacturing tools. • Participate in trade shows, training programs, and technical seminars.