Jobs at GE Vernova

Lead the controls team on project deliverables, develop control software, validate systems, and ensure customer satisfaction through effective communication and collaboration.

Perform systems and detail electrical engineering (transformers, motors, MV/LV switchgear, control panels, UPS/batteries, cabling, earthing), prepare SLDs, schematics, GA, BOMs, review vendor documentation, identify technical risks and mitigation, ensure standards and EHS compliance, and coordinate with cross-functional teams to deliver optimized solutions.

Lead global deployment of Lean methodologies across Sales and Commercial functions, driving continuous improvement, training and mentoring, defining KPIs, enabling cross-functional collaboration, and reporting results to senior leadership to achieve operational excellence.

The Power System Engineer will support project execution, analyze contracts, perform engineering, review designs, identify risks, and ensure compliance with EHS policies.

This internship involves working with Electrical Design and Power Electronics engineers on projects, preparing proposals, validating tests, and supporting project documentation.

Lead the design, development, and testing of LV/MV power electronics hardware for drives and filters. Ensure compliance with standards, manage documentation, and support manufacturing processes.

The Product Manager for Control Systems Algorithms leads the strategy and lifecycle management of control systems algorithms for energy applications, balancing market needs with product delivery and fostering collaboration across technical teams.

Own and define the high-voltage switchgear product portfolio and technology roadmap across HVDC, FACTS and ACS. Coordinate suppliers, engineering, sourcing and standards, manage product lifecycle and compliance, drive make-or-buy, cost optimization, go-to-market and cross-functional delivery to meet performance targets.

The Lead PCB Design & Development Engineer will design multilayer PCBs, manage development phases from layout to certification, and collaborate with software teams for function verification.

The Lead System Engineer manages the selection, sizing, and configuration of power quality systems, ensuring technical solutions meet customer needs while overseeing project lifecycles. Responsibilities include documentation, risk analysis, and process improvement.

The System Engineer is responsible for selecting, sizing, and configuring power quality solutions, managing projects from proposal to delivery, and ensuring compliance with technical and safety standards across various industries.

Responsible for design engineering and technical interface in EMS/Sub-station automation projects, ensuring design meets customer needs and regulatory compliance. Key tasks include network configuration, protocol integration, and risk management.

Develop and validate grid and power-electronics models for renewable generation, BESS, STATCOMs and large drives using tools like PSCAD, PSS/E, PSLF and PowerFactory. Tune controllers to meet grid codes, support customer studies, commissioning, troubleshooting, standards participation, and cross-regional project delivery with technical reports and team collaboration.

Responsible for the architecture and implementation of SCADA systems, collaborating with stakeholders and vendors to deliver solutions while managing technical risks and ensuring compliance with policies.

Lead technical development of high-power converters for solar, BESS, and datacenter applications. Own full product lifecycle: design, simulation, hardware prototyping, HIL validation, grid-code compliance, and manufacturable documentation. Develop control algorithms, perform system integration, and mentor junior engineers while collaborating with customers, sourcing, and manufacturing teams.

The HMI/SCADA engineer manages SCADA projects, develops system architecture, collaborates with stakeholders, and ensures compliance with EHS policies while enhancing system solutions.

This role leads complex engineering projects, focusing on Marine VCS, Power Systems, and Drive Controls while ensuring quality deliverables and developing technology roadmaps. It involves close collaboration with global P&Ls, project management, and technical leadership.

As a Product Portfolio Owner, you will lead a portfolio of technologies for modern electricity networks, ensuring product strategy, lifecycle planning, and compliance are effectively managed across various product platforms.

Lead controls engineering for solar, BESS, inverter and hybrid plant projects: detailed engineering, controls software validation, commissioning support, field implementation, system integration, documentation, and stakeholder coordination.

Design and review power conversion system solutions, perform detailed engineering and power system studies for VSDs, transformers, motors and switchgear, prepare technical documentation, manage technical risk and vendor specifications, support multi-discipline project integration, and ensure EHS compliance while coordinating with global teams and suppliers.