Designing and maintaining the electrical systems that bring offshore wind energy to shore.
OVERVIEW
Offshore Wind Electrical Engineers design, install, and maintain the electrical systems that allow offshore wind farms to generate and transmit electricity. This includes turbines, offshore substations, export cables, and grid connections that bring renewable energy from the sea to homes and businesses.
Electrical engineers play a critical role throughout the lifecycle of an offshore wind project, from early design and grid connection planning to installation, commissioning, and ongoing operations.
This role is ideal for people who enjoy engineering challenges, renewable energy systems, and working on large-scale infrastructure projects that support the transition to clean energy.
More details
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- Design electrical systems for offshore wind turbines and substations.
- Plan grid connections and power transmission systems.
- Support installation and commissioning of electrical equipment.
- Analyse electrical performance and troubleshoot faults.
- Ensure electrical systems meet safety and regulatory standards.
- Work with cable engineers and grid operators.
- Support maintenance planning for offshore electrical systems.
- Contribute to improving system efficiency and reliability.
Location:
- Offshore wind developer office
- Engineering consultancies
- Offshore wind farms and substations
- Ports and construction sites during installation
· Work Pattern:
- Mostly office-based design and planning work
- Site visits during construction and commissioning phases
- Occasional offshore trips to inspect electrical infrastructure
Conditions:
- Working with complex high-voltage electrical systems
- Collaborative engineering environments
- Supporting both design and operational teams
Team Structure:
You will work alongside:
- Mechanical engineers
- Cable engineers
- Grid connection specialists
- Wind turbine technicians
- Project managers
Essential Skills
- Electrical engineering knowledge
- Power systems and grid integration
- Electrical system design and analysis
- Troubleshooting and fault diagnosis
- Technical documentation and reporting
- Strong analytical thinking
Useful Skills
- High-voltage (HV) systems knowledge
- Renewable energy systems understanding
- Electrical modelling software
- Offshore construction knowledge
- Project management skills
University Degrees
- Electrical Engineering
- Power Engineering
- Energy Engineering
- Electronic Engineering
Graduate Programs:
- Many offshore wind companies offer graduate engineering programmes that provide structured training across different engineering disciplines
Industry Transition Routes:
- Power generation
- Electricity transmission and distribution
- Oil and gas electrical engineering
- Industrial electrical engineering
Typically Required
- Degree in Electrical Engineering or related discipline
- Experience working with electrical power systems
Offshore & Safety Certifications
- GWO Basic Safety Training
- Offshore medical
- Sea Survival
Desirable
