Is this your chance to join the team constructing one of Scotland's largest offshore wind farms?

Inch Cape Offshore Wind Farm

Inch Cape is a 1080MW offshore wind farm situated 15km from the Angus coast in the North Sea. The power it generates will be transmitted 85 kilometres to a new substation at Cockenzie, in East Lothian from where it will enter the national transmission system. Inch Cape is a more than £3 billion infrastructure project that will make a significant contribution to the UK’s carbon emissions reduction targets. Once complete its 72 turbines will generate enough electricity to power almost half the homes in Scotland.

Summary of Assignment:

The High Voltage Electrical Engineer is accountable for the technical integrity, safe operation, maintenance strategy, and performance optimisation of the windfarm’s HV electrical systems during the operational phase. This includes the offshore and onshore electrical balance of plant as applicable to the assets, such as wind turbine HV interfaces, array systems, offshore substation, export system interfaces, protection and control systems, switchgear, transformers, SCADA-linked electrical alarms, and associated safety documentation.

The post holder will ensure that HV assets are operated and maintained in a manner that is safe, compliant, available and commercially optimised, supporting turbine availability, export reliability, and long-term asset value.

The role sits within the operational asset organisation and acts as a key technical authority for electrical systems during the O&M phase. There will be a strong emphasis on:

HV operational safety and switching governance
Fault diagnosis and technical response
Maintenance of switchgear, protection, transformers, and auxiliary systems
Management of electrical asset integrity and risk
Support for outages, campaigns, and offshore interventions, and
Capability to work within or progress toward Authorised Person / Senior Authorised Person frameworks

Location: Montrose, (3 days a week in the office, 2 days WFH)

Responsibilities

HV Asset Integrity and Technical Assurance

Act as the asset’s lead or delegated engineer for the integrity and reliability of HV electrical equipment during operations
Maintain engineering oversight of HV systems including switchgear, transformers, cables, protection relays, earthing systems, metering, control systems, and electrical interfaces between turbines, array network, offshore substation, and onshore connection assets where within operational remit
Develop, review, and improve preventative and condition-based maintenance strategies for HV assets
Review inspection, test, alarm, and defect data and determine corrective actions, risk ranking, and repair priorities
Lead or support root-cause analysis for trips, failures, insulation issues, protection mal-operation, recurring alarms, and loss of generation events
Support life-cycle planning, obsolescence management, spares strategy, and end of life decision making consistent with asset management good practise, including ISO 55001-2024 principles

HV Operations, Safe Systems of Work, and Switching Governance

Ensure that all HV work is planned and executed in compliance with site Electrical Safety Rules, permit to work arrangements, isolation standards, and control of hazardous energy requirements
Prepare, review or approve switching programmes, isolation plans, sanctions for test arrangements, earthing arrangements, and return to service documentation, in accordance with authorisation level
Provide technical oversight to Authorised Persons, Senior Authorised Persons, technicians, OEMs, and contractors undertaking HV work
Support development and periodic review of Electrical Safety Rules, operational procedures, contingency plans, and emergency response arrangements.
Promote a robust safety culture with clear emphasis on competence, safe isolation, and work on dead equipment expect where justified and controlled under applicable rules. HSE guidance continues to emphasise competence, safe systems of work, precautions on dead equipment, and proper maintenance of electrical equipment as fundamental requirements

Fault Response and Operational Support

Provide technical leadership during electrical faults, turbine trips, array issues, offshore substation alarms, and export related events
Support incident response assessments to minimise downtime while maintaining safety and compliance
Interface with the control room, marine coordination, OEMs, grid stakeholders, and contractor teams during planned and unplanned interventions
Support major campaigns, including annual outages, HV inspections, statutory examinations where relevant protection testing, cable diagnostics, and retrofit activities

Protection, Control, SCADA, and System Performance

Review and optimise protection settings philosophy within approved governance arrangements
Support testing, analysis, and verification of protection, control, interlocking, metering, and communications systems associated with HV operation
Work with SCADA and control-system specialists to investigate alarms, electrical events, disturbances, and under performance
Analyse trends in trips, faults, transient events, insulation condition, and availability losses to improve reliability and reduce recurring failure modes
Provide input into cyber-aware operational practices for electrical control interfaces where applicable under company policy and industry requirements

Contractor and Stakeholder Management

Manage specialist electrical contractors, OEMs, framework partners, and inspection/testing providers
Review RAMS, technical work packs, outage plans, and contractor deliverables
Ensure high-quality engineering records, defect closure, lessons learned, and audit readiness
Support interface management with transmission, distribution, and other grid-connected stakeholders where operational boundaries require coordination
Provide concise reporting for senior management, lenders, insurers, Board committees, and shareholders on electrical risk, reliability, and mitigation plans

Continuous Improvement and Governance

Drive improvements in electrical reliability, maintainability, spare parts resilience, and maintenance efficiency
Support audits, certification interfaces, insurer recommendations, and compliance reviews
Benchmark electrical performance and maintenance philosophy against prevailing offshore wind market

Skills:

Strong Safety leadership and judgement.
Technical depth in HV operations and maintenance.
Structured problem solving and root cause analysis.
Clear written and verbal communication for board to field audiences.
Planning and coordination under outage and fault conditions.
Commercial awareness and risk-based decision making.
Ability to influence contractors, OEMs, and internal stakeholders.

Knowledge:

Offshore wind experience in O&M phase.
SAP/AP Authorisation or demonstrable capability to achieve authorisation under windfarm HV Safety Rules.
Experience with offshore substations, array cables, export cables, turbine electrical systems, and SCADA linked operational diagnostics.
Knowledge of asset management systems aligned to ISO 55001.
Familiarity with DNV / IEC / OEM electrical standards and assurance practices.

Qualifications:

Degree, HND, or equivalent higher qualification in Electrical Engineering, Power Engineering, or a closely related discipline.
Strong technical grounding in HV systems, protection, control, switching, and power system fault behaviour.
Demonstrable experience in offshore wind, utilities, conventional generation, marine energy, or comparable HV operating environments.

If you wish to make a big impact in renewables and being involved in this innovative project do not hesitate to apply.

More roles will be advertised soon, so feel free to reach out and share!

Website:

Vacancies - come and work with us! - Offshore Wind Farm | Inch Cape Wind

Any questions please reach out to Oscar Martos HR team at Inch Cape offshore wind

Think you are an ideal candidate? Apply now using the button above

Inch Cape Offshore Limited

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