Job Description

Cable Testing & Service Engineer

Job Purpose: We are seeking a practical and experienced specialist in cable handling, end preparation, and testing specifically for offshore renewable energy Medium and High Voltage (MV/HV) Cables (66V+). As an HV/MV Cable Engineer, your responsibilities include: Cable Fault location, Cable route tracing, Creation, verification, and approval of project manufacturing specifications used to handle and test HV power cables. Being the owner and creator of the technical governance related to HV power cable handling and testing rules and policies, adhering to internal and international standards. Developing standard operating procedures used by Operators when handling, preparing, or testing cable products. Specifying safe termination and testing requirements aligned with internal TFMC standards and relevant IEC and EN cable standards. Conducting various tests, including but not limited to conductor resistance, partial discharge, high voltage AC, insulation resistance, and time domain reflectometry. Supporting risk assessments of all testing activity on-site related to Power Cables. Collaborating closely with the CAPEX and Industrialization teams to support the development and continuous improvement of HV Cable manufacture at the Newcastle site. Engaging in close collaboration with Umbilical, Cable, and Hardware Design Engineers to ensure lessons learned from manufacturing, end termination, and preparation of HV Cables feed into the bid, design, and procurement processes1.

Educational Background: A bachelor's degree in electrical engineering, power systems, or a related field is typically required. Some positions may prefer a master's degree or higher. Relevant coursework in power systems, high-voltage engineering, and cable design is beneficial.

Technical Skills: High-Voltage Cable Knowledge: A deep understanding of MV/HV cables, their construction, insulation materials, and terminations. Testing Techniques: Proficiency in cable testing methods such as TDR, SIM, MIM, and ICM. Electrical Safety: Knowledge of safety protocols when working with high-voltage equipment. Electromagnetic Compatibility (EMC): Understanding of EMC principles related to cable systems. CAD Software: Familiarity with computer-aided design (CAD) tools for cable routing and termination design.

Certifications: Certified Cable Splicer: Some organizations may require certification in cable splicing and termination. Project Management Certifications: PMP (Project Management Professional) or similar certifications are valuable for managing cable projects.

Experience: Industry Experience: Prior work experience in cable handling, testing, or power systems is essential. Field Work: Practical experience in cable installation, maintenance, and fault location. Project Management: Exposure to project management, especially related to cable installations.

Soft Skills: Analytical Thinking: Ability to analyze cable data, test results, and troubleshoot faults. Communication: Effective communication with cross-functional teams, contractors, and stakeholders. Attention to Detail: Precision is crucial when handling high-voltage cables. Problem-Solving: Creative problem-solving skills for fault localization and resolution.

Professional Development: Stay updated with industry trends, attend workshops, and participate in relevant conferences. Consider joining professional organizations like the Institute of Electrical and Electronics Engineers (IEEE).

Full-Time