Lead Electrical CAD Engineer — Service, Retrofit & Upgrade

Job Description Summary

Role summary
GE’s Power Conversion business, part of GE Vernova, provides electrification systems that are critical to our customers’ power and energy needs for their high-performance applications. We work with some of the world’s major energy, maritime and industrial organizations, helping to enable a transition to energy efficiency and decarbonization, including through our specialist motors, drives, automation and control technologies.
Due to continued expansion, we are looking for an Electrical CAD Design Engineer to support service and upgrade projects within our systems engineering organisation. You will be responsible for delivering electrical design solutions for the upgrade, retrofit, modification and life-extension of existing drives, distribution equipment and automation systems for Marine, Naval and Power Generation applications. This will include adapting existing designs to meet new customer requirements, addressing component obsolescence, improving maintainability and manufacturability, and supporting the continued safe and reliable operation of equipment in service.
You will work across the full project lifecycle, from initial scope definition and technical assessment through detailed design, manufacturing support, testing and customer delivery. You will collaborate closely with Project Managers, Technical Leads, Service teams, Manufacturing, Procurement and other engineering disciplines to develop practical, customer-focused upgrade solutions for installed equipment and systems.

The drives, distribution equipment, and automation systems that power marine, Naval, and power generation applications don't stand still — and neither do the engineers who support them. As a Lead Electrical CAD Engineer in GE Vernova's Power Conversion & Storage business, you'll own the electrical design of upgrade, retrofit, and life-extension projects for installed systems operating in some of the world's most demanding environments.

This is hands‑on, technically varied work. You'll assess legacy equipment, define upgrade scopes, produce detailed circuit diagrams and layout drawings, resolve obsolescence challenges, and support projects from initial scoping through manufacturing, testing, and customer delivery. If you're energized by practical engineering problems — the kind where the constraints are real and the solutions have to work — this is the role for you.

• Deliver electrical design packages for service and upgrade projects — produce and update detailed circuit diagrams using E-Plan and 2D electrical equipment layouts using AutoCAD for upgrade, retrofit, refurbishment, and engineering change programmes on existing GE Vernova and legacy drives, distribution equipment, and automation systems.
• Assess installed systems and define upgrade scope — evaluate existing equipment and legacy documentation to determine electrical design requirements for modification and upgrade projects; develop practical, customer‑focused solutions that address component obsolescence, improve maintainability and manufacturability, and ensure the continued safe operation of equipment in service.
• Manage parts and Bills of Materials (BoM) — create and manage parts lists and BoMs in the Siemens Teamcenter Product Lifecycle Management (PLM) system; identify replacement parts, alternative components, and obsolescence solutions; and support procurement activities including technical compliance reviews and supplier query resolution.
• Act as the engineering point of contact for project execution — provide clear technical guidance to manufacturing, sourcing, service, and test teams; participate in factory acceptance testing (FAT), validation activities, and commissioning or field support where required; and support quality functions in the resolution of non‑conformances, customer issues, and root cause investigations.
• Drive design quality across cross‑functional teams — participate in technical and design reviews to ensure modifications are robust, compliant, cost‑effective, and aligned with engineering best practice;…