Jobs at GE Vernova

Lead and supervise end-to-end site execution for industrial projects, ensuring work follows drawings, specs, schedules, quality and safety standards. Manage contractors, resources, inspections, reporting, risk resolution, and client coordination to deliver projects on time and within specifications.

Lead product strategy, roadmap, and execution for automation and controls across power conversion and storage products. Define control architectures, algorithms, diagnostics, and communication interfaces. Partner with engineering, cybersecurity, and field teams to translate requirements into prioritized development, ensure safety and reliability, engage customers for validation, and drive release governance, KPIs, and cross-functional alignment.

Design, validate and document electrical systems and VFD drive controls for industrial installations. Produce schematics, 2D/3D layouts, BOMs and manufacturing documents; perform component, transformer and cable sizing; liaise with customers, vendors and cross-functional teams; lead technical execution, site surveys, and engineering change control to ensure compliant, manufacturable solutions.

Develop, prototype and deliver immersive VR/AR/MR applications for product demos, training, simulation and engineering optimisation. Implement gameplay mechanics, interactions, UI and complex systems in Unity using C#, optimise performance across devices, test and debug, document code and collaborate with sales, marketing and engineering stakeholders. Support customer meetings and events, and comply with background checks.

Lead technical delivery for complex marine power-conversion projects (VCS, DP, drives, power systems). Produce system designs, specifications, and reviews; mitigate technical risks; support sales, sourcing, and project teams; develop engineering capability and roadmaps for India region.

Lead design and analysis of mechanical systems and structures for HVDC valve products. Manage cross-functional and supplier collaboration, drive design reviews, ensure DFM and structural integrity, validate materials and supplied parts, approve documentation and engineering changes, mentor junior engineers, and support testing, investigation and product introduction for high-power electrical transmission systems.

Lead technical engineering for energy storage, solar, and hybrid plants including detailed balance-of-plant design, controls software validation, commissioning support, stakeholder coordination, project scheduling, QC/QA, and training/documentation for installation and operations.

Lead execution of solar, BESS and hybrid plant control system projects including detailed engineering, controls software validation, FAT/SAT/HIL commissioning, documentation, team coordination, grid-code compliance, and support for sourcing, QA/QC, and customer technical issues.

Lead mechanical component design activities including design, analysis, and evaluation using engineering principles. Develop technical expertise, collaborate across teams, propose solutions, and execute project tasks. Provide informal guidance or early people leadership and support product/component improvements while adhering to standards and procedures.

Lead PCB and embedded hardware design for industrial power electronics: full PCB layout (component selection to Gerbers), schematic entry, DFMEA/DFM/DFA, prototype validation, EMI/EMC and standards testing, documentation, manufacturing/process understanding, and coordination with software and field testing.

Lead controls engineering for solar and BESS projects: develop/validate control software, support FAT/SAT/HIL/commissioning, integrate systems, ensure grid-code compliance, and mentor teams.

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.

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

Design and develop LV/MV power electronics and control cabinet systems for drives. Perform sizing, hardware design, loss calculations, filter/protection circuits, simulations, prototype testing, documentation (BOM, SLD, specs), manufacturing support, FATs, and occasional commissioning travel.

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.

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.

Lead design, implementation, and validation of control algorithms for inverter-based solar and energy storage systems. Collaborate with systems, software, product, and field teams to ensure grid compliance, safety, and performance. Perform tuning, verification, commissioning support, troubleshooting, documentation, and root cause analysis while improving controls processes and staying current with industry standards and grid codes.

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

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.