Head of Power Cable Technologies

Overview

At Technip

FMC, we’re pushing the boundaries of what’s possible in Floating Offshore Wind — and we’re looking for a visionary engineer to help lead the charge. As a key member of our dedicated R&D team, you’ll play a central role in developing cutting‑edge Medium and High Voltage subsea power cable systems for our Dynamic Inter Array Cable System (DIAC). Working closely with our New Energies business segment, you’ll drive innovation from concept to qualification, helping us deliver world‑leading integrated solutions that will define the future of offshore wind.

This position is open to candidates based in a range of locations
, and we welcome applications from talented engineers regardless of where they are currently located. For those interested in the role whom are not based at our Newcastle hub,
occasional travel may be required to collaborate with the local team, support testing activities, and contribute to key project milestones.

If you’re passionate about engineering excellence, excited by complex technical challenges, and driven to make a real impact in the renewable energy transition, this is your opportunity to step into a pivotal role at the forefront of industry change.

As a High-Medium Voltage Subsea Power Cable Chief Engineer, you will play a pivotal role in the development, qualification, and integration of our subsea dynamic power cable products for success of integrated Water Column EPCI offering for Floating Offshore Wind.

• Collaborate with cross-functional teams to design, develop, and optimize high and medium voltage power cables.
• Provide technical governance of the supply chain for power core components.
• Apply your knowledge of cable manufacturing processes to ensure quality and efficiency.
• Specifying HV/MV testing to validate cable performance.
• Analyse long-term performance and failure modes of HV/MV cables.
• Ensure compliance and have participation with relevant standards (e.g., IEC, CIGRE).
• Foster a network of experts in this field across clients, suppliers, academia, and industry recognised organisations
• Developing a clear overview of the operational requirements for the developing floating offshore wind market through engagement with clients and other experts

Essential
:

• Bachelor’s degree in Electrical Engineering.
• Extensive relevant experience in subsea power cable engineering in the offshore wind and/or oil & gas sectors.
• Proficiency in power core supply chain management, cable manufacturing, and HV/MV testing.

(beneficial but not mandatory):

• Experience in mechanical testing and performance assessment of power cables.
• Proficiency in electro-magnetic analysis for cable systems.
• Knowledge of splicing/jointing power cables.
• Knowledge of power cables termination techniques for service and testing.