Job description:

The Senior Engineer, High Voltage Cable Design will be responsible for designing and analyzing underground high-voltage transmission cable systems, developing engineering solutions, and ensuring compliance with industry standards.

• Design complete high-voltage cable systems, including grounding details, bonding schemes, and fiber optic components for voltage classes up to 500kV.
• Serve as a subject matter expert (SME) in the electro-mechanical behavior of high-voltage (HV) and extra-high-voltage (EHV) cable systems.
• Develop engineering drawings, production specifications, and technical documentation to meet customer requirements.
• Lead technical presentations and training sessions for clients and industry forums.
• Support manufacturing processes, including test planning and troubleshooting production issues.
• Drive Research & Development (R&D) initiatives to enhance cable systems and materials.
• Ensure compliance with IEEE, IEC, AEIC, and NEC standards.
• Work closely with sales, project management, and installation teams to provide engineering support.

Qualifications:

Must-Haves:

• 10+ years of proven experience in High Voltage Underground Cable Design.
• Expertise in Cymcap software for thermal analysis and power transmission calculations.
• Strong technical knowledge of underground power transmission engineering, including electrical, thermal, and mechanical design.
• Proficiency in CAD software (AutoCAD, SolidWorks) and electrical simulation tools (COMSOL, MATLAB).
• Ability to interact with customers and lead technical presentations.

Nice-To-Haves:

• Masters Degree in Electrical Engineering or related field.
• Knowledge of power cable testing processes and HV/EHV cable accessories.
• Experience with programming tools like Visual Basic for spreadsheet automation.

Why is This a Great Opportunity:

• Be a key contributor in the design and development of cutting-edge high-voltage transmission solutions.
• Work in a leadership role, mentoring junior engineers and guiding project direction.
• Hybrid work model with flexible remote options.
• Engage with industry leaders and contribute to next-generation power transmission technology.