• Develop, integrate, and maintain firmware within the Avionics group. • Design and develop communication interfaces such as UART, SPI, I2C, USB, RS232, RS485, Ethernet, or similar. • Design with ADC, DAC, Interrupts, DMA, Timers, Digital Potentiometers and GPIO. • Collaborate with hardware engineers to bring up new boards, debug hardware/software interactions, and develop drivers. • Participate in software architecture design and code reviews. • Develop hardware-in-the-loop (HIL) systems and integrate with simulation systems. • Contribute to system-level documentation including ICDs, design artifacts, test reports, and operational procedures. • Contribute to system verification and validation. • Troubleshoot and resolve issues related to performance, memory, timing, and reliability. • Communicate project progress, status, and potential issues clearly to stakeholders and leadership, ensuring transparency and alignment with organizational goals. • Implement and maintain agile project management methodologies throughout the project lifecycle, adapting to changing requirements and priorities. • Perform additional job duties as assigned, supporting cross-functional initiatives and contributing to the overall success of the cybersecurity program.

• Join us as a software engineer and become a key architect of the Registry, transforming it into a powerful, enduring platform that defines the future of how our users build and manage their applications. • This is a high-impact, cross-functional role that goes far beyond a single service. • You'll drive innovation across the entire stack from high-performance backend services and control-plane APIs to core artifact pipelines and the intuitive customer-facing web applications. • You will collaborate closely with Product, Design, and diverse engineering teams to deliver world-class solutions. • Own critical Registry domains: Take technical ownership of core systems such as schema and service lifecycle, artifact pipelines, or registry workflows. • Lead high-impact initiatives: Serve as technical lead on cross-team efforts involving platform, security, runtime, and observability partners. • Design platform primitives: Build APIs, data models, and workflows that internal teams and customers depend on. • Operate what you build: Participate in on-call, incident response, and postmortems. Design for reliability, observability, and long-term maintainability. • Raise the bar around you: Mentor other engineers, review designs, and help the team make better architectural decisions over time.

• leverage engineering skills to develop field instrumentation datasheets, instrument lists, and specifications • work in collaboration with other engineers and technical leads (TLs) • execute projects of varying complexity in different project phases under the guidance of senior engineers and TLs • responsible for developing innovative engineering solutions for BWRX-300 process instrumentation • develop detailed instrumentation schematic, wiring and cable block arrangement drawings/BOM to support process or mechanical system upgrade or modifications • interpret the scope of the project and develop or review instrument datasheets, piping & instrumentation diagrams (P&ID) • contribute to quarterly, semi-annual, and annual team priorities and initiatives • effectively interact with other GE Vernova customers and suppliers, as well as with internal GEV functions

• Responsible for Technical Leadership of configuration management aspects of engineering development, implementation, launch, continuous improvement, and expansion of digital product suite related to project delivery • Collaborate with Engineering to develop and prioritize configuration management decision making related to features, product-market fit, and broader digital product roadmap • Provides the day-to-day team/technical leadership of the process • Track compliance to policies and procedures and resolving or escalating any compliance issues • Facilitate configuration management CM change management process and audits • Facilitate communication and engaging business and IT management to encourage CM efforts and value propositions • Be responsible for successful implementation, initial support and maintenance of configuration management information system (CMIS) • Engage with strategic projects to ensure configuration management can deliver the required CMIS functionality within project periods • Review and approve all changes to the CMIS infrastructure where applicable • Review and approve significant IT infrastructure changes to ensure impacts to configuration management data are addressed • Mentor the organization of CM services, concepts, policies, and procedures • Provide and approve all requirements, use cases, user stories, etc. to support new or improving CMIS functionality • Review and approve all requests for the administrator log on credentials and access rights to the CMIS infrastructure • Review and publish configuration management reporting