Abdulaziz Alanzi OSHA, PMP®

Data Centre Facility Engineer @ Mohammed Mansour Al-Rumaih (MMR KSA)

About

Electrical Engineer with over 5 years of experience in large-scale and mission-critical projects, currently serving as a Data Center Operations Engineer within a Tier III environment. Experienced in operating and maintaining critical power infrastructure including UPS systems, generators, MV/LV switchgear, transformers, and ATS systems. Previously worked as a Maintenance Engineer in NEOM, Site Engineer in the Red Sea Project, and Project Engineer with Aramco, gaining strong exposure to high-profile projects, field execution, contractor coordination, and compliance with strict safety and operational standards. PMP® certified and OSHA certified, with a strong focus on reliability, operational excellence, and continuous professional growth in critical facilities operations.

Country

Saudi Arabia

City

Riyadh

Industry

Utilities

Skill

High Availability, Root Cause Analysis, Project Coordination, Incident Management, PDU, Preventive Maintenance, Generators, Power Distribution, MV/LV Systems, Tier III, UPS Systems, Critical Facilities, Data Center Operations, Quality management, Scope management, Schedule management, Risk management, Cost management, Projects management, Equipment

Experience

Data Centre Facility Engineer

Mohammed Mansour Al-Rumaih (MMR KSA)

2025-9 - Present · 1 yr 1 mo

Working within a Tier III Data Center supporting critical electrical infrastructure and high-availability operations. Monitor and operate MV/LV systems including step-down transformers to ensure stable power distribution Support UPS systems and perform routine battery inspections Coordinate generator routine testing and operational checks Oversee busway systems, PDU, and tap-off boxes during daily operations Respond to electrical incidents and assist in troubleshooting activities Support preventive maintenance activities in coordination with vendors and internal teams Follow operational procedures to maintain continuous power availability within a redundant (N+1) infrastructure