• Design and review SCADA system architectures for large-scale energy facilities operating in ERCOT and other ISOs • Establish scalable standards for data mapping, alarm management, HMI development, and configuration control • Ensure documentation integrity and version control across project and fleet deployments • Develop and troubleshoot SCADA-integrated control logic, including PPC interfaces, active/reactive dispatch, Volt/VAR optimization, and frequency response • Coordinate multi-fuel plant control strategies to ensure seamless operational performance • Integrate plant controls with third-party optimization and asset performance management platforms • Lead CHIL, FAT, SAT, and on-site commissioning activities to validate performance and grid readiness • Own ERCOT nodal protocol implementation, telemetry standards, and performance validation processes • Partner with ERCOT, TSPs, OEMs, and vendors to ensure seamless telemetry and control system integration • Collaborate with Engineering, Construction, and Operations teams to troubleshoot and resolve high-impact control system challenges • Provide technical leadership during high-stakes grid compliance and commissioning environments • Build strong working relationships with ERCOT stakeholders, TSPs, OEMs, EPCs, and SCADA vendors

• Design and own SCADA network architecture for utility-scale facilities operating within ERCOT • Define industrial networking strategies including routing, switching, VLAN segmentation, fiber topology, and firewall design • Establish documentation and configuration control standards to support fleet-wide consistency and long-term maintainability • Implement and maintain SCADA cybersecurity controls aligned with NERC CIP and company standards • Configure firewalls, ACLs, and VPN/IPsec tunnels to protect critical infrastructure communications • Partner with internal and external stakeholders to ensure compliant telemetry, ISO communications, and secure data acquisition systems • Oversee FAT, SAT, commissioning, and field support activities for complex telemetry and control systems • Integrate inverters, BESS, meters, protective relays, PPCs, RTACs, and ERCOT interfaces into cohesive, high-performing systems • Coordinate with EPCs, vendors, and owner platforms to ensure seamless telemetry and control functionality • Diagnose and resolve complex industrial communications and control system issues under time-sensitive conditions • Support ERCOT nodal protocol implementation and telemetry requirements • Contribute to long-term improvements in plant networking standards and operational reliability across the fleet

• Leading and executing product and process development projects within the R&D/Operations group • Driving initiatives from concept through implementation • Defining project strategies, coordinating testing and ensuring timely completion of programs in alignment with Company milestones • Collaborating cross-functionally to ensure that all R&D activities support departmental and Company objectives while providing technical expertise, guidance to team members and contributing to innovation in production development • Planning, overseeing, and reporting on design verification and validation testing • Establishing and optimizing relationships with contract manufacturing suppliers to support scalable and reliable production • Developing precise CAD solid models and drawings • Collaborating cross-functionally to identify project priorities and resolve complex technical or process challenges • Mentoring interns, technicians, and junior engineers

• Responsible for Mechanical Nuclear Island Support Systems (MNISS) engineering activities that support the BWRX-300 Small Modular Reactor (SMR) design. • Activities focus on the Containment System (T10), including containment function and associated fluid sub-systems. • Develop and maintain the System Design Description, Process Flow Calculations/Diagrams, Piping & Instrumentation Diagrams (P&IDs), and other engineering deliverable documents associated with the system. • Responsible for development of specifications/component data sheets for fluid system in-line components. • Work with adjacent teams, disciplines, project management, and contractors to ensure high quality and on time deliverables in support of BWRX-300 engineering milestones. • Provide support to the Licensing organization for regulatory related deliverables. • Responsible for analysis and design work supporting requirements specifications. • Improve areas of project execution and department management through Six Sigma methodology. • Support development efforts for both new products and new technology. • Responsible for necessary corrective and preventive actions resulting from Quality non-compliance monitoring and audit programs. • Responsible for driving continuous improvement initiatives, such as Lean Action Work Outs (LAWO).