Power Systems SME – PSCAD / HV & EHV Studies

John Wood Group PLC; As Sudiyah; Vor Ort; SAR 350.000 - 550.000; Vollzeit

Zusammenfassung

WOODplc in Saudi Arabia seeks a highly experienced Power Systems SME to lead PSCAD-based HV/EHV studies and provide technical authority across energy, oil & gas, mining, industrial and infrastructure projects. Strong expertise in 69 kV and above switching transients and insulation coordination is required, with adeptness in ETAP-based load flow, short circuit and protection coordination.

The role focuses on design, concept studies, FEED, detailed engineering, EPC/PMC execution, commissioning and

Qualifikationen

• Senior-level expertise in power systems studies and technical leadership across project lifecycles.

Aufgaben

• Lead complex HV/EHV PSCAD studies including insulation coordination and switching transients.
• Provide technical authority during FEED, detail engineering, EPC/PMC execution, commissioning and technical assurance.
• Apply ETAP-based power system analyses including load flow, short circuit, relay coordination and arc-flash studies.

Kenntnisse

Technical leadership

Power systems studies

Tools

PSCAD

ETAP

Jobbeschreibung

We are seeking a highly experienced Power Systems Subject Matter Expert (SME) – PSCAD / HV & EHV Studies to serve as a Technical Authority across our portfolio of energy, oil & gas, mining, industrial and infrastructure projects in Saudi Arabia.

The successful candidate will provide specialist technical leadership for complex High Voltage (HV) and Extra High Voltage (EHV) power system studies, with particular expertise in PSCAD-based switching transient and insulation coordination studies for systems operating at 69 kV and above.

The SME will act as a senior technical authority throughout the project lifecycle, supporting concept studies, FEED, detailed engineering, EPC/PMC execution, technical assurance and commissioning. In addition to advanced PSCAD studies, the role requires strong capability in ETAP-based power system studies, including load flow, short circuit, motor starting, relay/protection coordination and arc-flash studies.