Jobs at GE Vernova

Lead design, development and validation of high-fidelity power system models (transient, steady-state, dynamic) to test protection, automation and control algorithms. Translate complex power system theories into maintainable simulation models and algorithms using MATLAB/Simulink, PSCAD or Opal-RT. Ensure compliance with IEEE/IEC standards, apply software development best practices (Git, testing, documentation), and collaborate with R&D and innovation teams to drive exploratory research and product roadmap.

Lead design, administration, and continuous improvement of the enterprise scheduling ecosystem (Primavera P6) to enable the One Project Schedule. Build automation, integrations, templates, data quality checks, dashboards, and governance. Support proposal-phase analysis, ITO-to-OTR handovers, cross-functional tool integrations, UAT, and stakeholder training to improve schedule readiness and execution reporting across projects.

The Mechanical Analysis Engineer will perform structural analysis for reactor pressure vessels, using FEA tools to ensure compliance with ASME standards and support SMR technology development.

Lead product vision, strategy, roadmap and commercial direction for GE Vernova's virtualized Protection, Automation and Control (vPAC) portfolio. Translate customer insight into value propositions and business cases, drive go-to-market and KPI tracking, coordinate cross-functional teams, support customer engagements, and represent the product in industry forums and standards bodies.

Provide L3 technical support for grid automation communication platforms, troubleshoot IEC 61850 and Ethernet network issues, produce technical reports and guidance, lead customer training and events, collaborate with R&D on product validation and roadmap, and mentor junior team members.

Lead reliability engineering for grid automation products (protection relays, RTUs, control devices, software). Develop reliability models, test plans (HIL, environmental, stress), run FMEA/FMECA and RCA, analyze field data, define KPIs (MTBF/FIT), drive predictive maintenance, ensure regulatory compliance, and coach teams while collaborating with utilities and product groups.

Lead mechanical engineer responsible for structural and dynamic FEA of reactor pressure vessels and internals, ensuring ASME Section III compliance, producing technical reports, mentoring engineers, and coordinating cross-disciplinary teams for SMR projects under regulatory and quality requirements.

Lead hardware development for PCBA products: capture requirements, architect and design schematics (analog/digital, processors, FPGA, SMPS, high-speed I/O), perform component qualification, ensure EMC/EMI and regulatory compliance, troubleshoot and resolve production/field failures, support testing, manufacturability, documentation, and post-release technical support.

Lead hardware development delivering PCB/PCBA designs from requirements through test, documentation, compliance, and post-release support. Architect schematics, perform circuit analysis, qualify components, resolve production/field failures, and support cross-functional teams for manufacturability, safety, and regulatory compliance.

The Digital Substation Product Manager leads the strategy and execution of substation automation solutions, ensuring market relevance and product growth while managing cross-functional teams and aligning with industry standards.

The Lead Systems Engineer designs and tests instrumentation and control systems for safety functions in reactors, ensuring integration and system performance.

The Lead Systems Engineer designs and tests Instrumentation and Control platforms for safety critical functions, ensuring integration and performance. Responsibilities include component integration, requirements management, and leading technical reviews.

The Mechanical Engineer designs, develops, and tests I&C equipment, ensures mechanical components meet requirements, engages with customers, and documents analysis effectively.

Lead the architecture and development of software platforms for T&D systems, ensuring security, performance, and integration while mentoring a team and collaborating across functions.

Lead technology strategy for software-defined automation solutions in the electric grid, fostering innovation and customer partnerships through new technologies.

The Lead Engineer is responsible for mechanical systems engineering related to the BWRX-300 SMR design, overseeing project execution and regulatory deliverables, while driving continuous improvement through Six Sigma and Lean methodologies.

The Hardware Engineer designs and manufactures PCB equipment for safety-critical functions, focusing on vendor collaboration and ensuring quality standards.

Lead the design and deployment of AI/ML solutions for grid automation, manage teams, drive innovation, and ensure adherence to architectural standards.

The Lead Engineer provides advanced technical support for hardware in Grid Automation, resolves customer product issues, leads investigations, and collaborates with R&D.