Principal Cyber Security Architect (Remote Eligible, U.S.)

Job Description SummaryGE Vernova is seeking a highly skilled and experienced Principal Cyber Security Architect to join the Product Security team, focusing on the Wind portfolio of products. This role is responsible for conducting in-depth cyber security assessments of wind farm design and architecture at both the product and component levels. This includes leading these assessments in accordance with GE Vernova's Secure Development Lifecycle (SDL) process, aligned with IEC 62443-4-1, and reviewing applicable requirements outlined in IEC 62443-4-2 and IEC 62443-3-2 standards. The role involves collaboration with various subsystem teams to identify relevant products and execute these assessments.This position reports to Wind's Product Security Leader, who oversees Wind's Product Security Team. The Product Security Team drives a product cyber security strategy aimed at meeting applicable standards and regulations while leading the industry towards more fundamentally secure wind farms.Job Description Essential Responsibilities: Lead and conduct comprehensive cybersecurity assessments of wind turbine components, SCADA systems, Wind Farm software, and digital service platforms following the defined engineering processes.Provide expert guidance on the interpretation and application of security controls following IEC 62443 series of standards (specifically IEC 62443-4-1 and IEC 62443-3-3) during the requirements definition, design development and product validation phases of the development lifecycle.Perform threat modeling and risk assessments for new and existing products and features.Identify and document security vulnerabilities, risks, and non-conformities within products and systems and provide recommendations for remediation.Collaborate closely with product development, engineering, projects, services, and R&D teams to integrate security by design principles throughout the product lifecycle.Propose recommendations and facilitate discussion on high level wind-fa