The MEP Engineer coordinates the installation, testing, and balancing of all Mechanical, Electrical, and Plumbing systems. This role bridges the gap between different engineering disciplines, ensuring that power, cooling, and water infrastructure integrate perfectly into the building design.
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The HVAC / Mechanical Engineer is responsible for the massive cooling systems needed to keep servers from overheating. This role handles large-scale chilled water infrastructure and precision airflow systems.
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The MEP QA/QC Engineer is the guardian of project quality. Data centres cannot afford single points of failure. This role ensures that all equipment, materials, and installation methods strictly follow the design specifications, local codes, and global uptime certifications.
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The ELV/BMS/ICT Engineer builds the control systems, security features, and network backbone of the facility. This role ensures the data centre can be monitored and operated safely in real-time.
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Inspection Test Plans (ITP): Develop and implement comprehensive plans and method statements for C&S scopes.
Structural Tolerances: Verify that structural steelwork, concrete works, and equipment pads are within the exact tolerances required to support heavy server racks and HVAC systems.
Material Testing: Monitor the sampling and testing of construction materials (e.g., concrete slump tests, cube crushing, rebar tensile strength).
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Site Supervision & Coordination: Manage day-to-day on-site C&S activities, overseeing main contractors and subcontractors. Coordinate Civil, Structural, Architectural (CSA) works with Mechanical, Electrical, and Plumbing (MEP) disciplines.
Quality & Compliance Control: Ensure all structural works are constructed per approved drawings and standards.
Safety Management (HSE): Enforce strict safety protocols, enforce personal protective equipment (PPE) rules, conduct risk assessments, and maintain zero-incident site environments.
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System Delivery: Oversee the installation of 132kV/33kV sub-stations, MV/LV switchgear, step-down transformers, UPS systems (2N/N+1), backup diesel generators, busduct tracks, and specialized clean earthing systems.
Design Review: Evaluate Single-Line Diagrams (SLDs), shop drawings, containment layouts, and engineering calculations to resolve technical clashes before construction begins.
Cooling Integration: Coordinate power distribution modifications required for high-density IT racks, including transition paths from traditional air cooling to liquid/direct-to-chip cooling architectures.
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Security & Access Control: Oversee the deployment of high-tier physical security infrastructure, including biometric access control systems, physical access control systems (PACS), anti-tailgating mantraps, turnstiles, and perimeter intrusion detection systems (PIDS).
CCTV & Video Analytics: Manage the installation of comprehensive high-definition IP-CCTV networks with advanced video analytics for data hall monitoring, fence-line surveillance, and absolute tracking of physical asset movements.
BMS & EPMS Integration: Lead the deployment of the Building Management System (BMS) and Environmental/Electrical Power Monitoring System (EPMS) to track temperature, humidity, leakages, and power metrics across the facility.
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