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Senior Electrical Project Engineer (Execution & Installation) – Data C

Confidential Company

Job Type

Full-time

Work Type

On-Site

Location

Abu Dhabi, UAE

Experience

12 - 17 years

 

Senior Electrical Project Engineer (Execution & Installation) – Data Centers

Job Title: Senior Electrical Execution Engineer

Location: United Arab Emirates

Job Summary:
A hands-on leadership role focused on the physical installation and successful commissioning of electrical systems for Tier III/IV Data Centers. The candidate must possess deep expertise in managing large-scale labor forces and navigating the specific inspection protocols of UAE authorities (DEWA/ADDC/SEWA/FEWA).

Responsibilities:

  • On-Site Installation Leadership: Direct supervision of the installation of high-density electrical infrastructure: MV/LV switchgear,cabling , containments , large-scale UPS systems, rectifier, and backup power generators.

  • Labor & Crew Management: Lead and motivate large teams of foremen, and technicians. Manage daily manpower allocations, productivity tracking, and "Toolbox Talks" to ensure high-output execution.

  • Subcontractor Control: Manage specialized MEP subcontractors, ensuring they adhere to the project timeline, quality benchmarks, and the specific "Clean Room" protocols required for Data Center white spaces.

  • Authority Liaison (UAE Expertise):

    • Directly manage the DEWA/ADDC/SEWA inspection process for transformer room approvals and final power tie-ins.

    • Ensure all cable containment and fire-stopping meet UAE Civil Defense requirements for mission-critical facilities.

    • Manage the Etisalat/du site requirements for incoming telecommunications diverse paths.

  • Material & Logistics: Oversee the site-level receipt, safe storage, and "Right-First-Time" installation of long-lead items (LLIs) to avoid costly damage or project delays.

  • Testing & Load Banking: Lead the execution of Load Bank testing (Heat Load testing) and the Integrated Systems Test (IST), ensuring all field wiring supports the required redundancy (2N/N+1).