Data Center Facility Engineer, Data Center Engineering Operations, AWS – Amazon

AWS is building out its Abu Dhabi data center footprint, and this Facility Engineer role sits inside Data Center Engineering Operations — the team that keeps the physical infrastructure behind AWS running: power systems, cooling, fire suppression, building management systems, and the mechanical/electrical plant that keeps a data center online around the clock. This isn’t a software role; it’s a hands-on facility engineering role where uptime is the whole point.

Day to day work typically includes monitoring critical infrastructure systems, responding to alarms or faults, running planned maintenance on mechanical and electrical equipment, and working rotating shifts since data centers run continuously. When something does go wrong, the engineer on shift is the first line of response, which means the role carries real operational weight — a slow or wrong call on a critical system fault can have outsized consequences.

It suits someone with a mechanical or electrical engineering background, ideally with some exposure to critical facilities, industrial plant, or similarly uptime-sensitive environments — power generation, oil and gas, manufacturing, or telecoms infrastructure are common feeder backgrounds. Comfort with shift work and a methodical, checklist-driven approach to maintenance matter as much as raw technical knowledge.

AWS data centers run the infrastructure behind thousands of businesses' applications, so uptime isn't an abstract metric here — it's the product. A Facility Engineer keeping cooling, power, and mechanical systems healthy is directly protecting the availability guarantees AWS makes to its customers across the region. As AWS expands its presence in the UAE, the reliability of each new facility also shapes how quickly the region can take on more workloads and customers, since capacity only counts if it's dependably available. Planned maintenance work in this role prevents the far more expensive scenario of reactive firefighting during an outage, which carries both direct cost and reputational risk at AWS's scale. The role also matters for safety: critical power and cooling systems in a data center carry real physical risk if handled incorrectly, so disciplined engineering here protects people as well as uptime numbers. None of this is visible to the end customer running a workload on AWS, which is exactly the point — reliability that goes unnoticed, rather than reliability that gets apologized for after the fact, is this role working as intended.

Working on AWS critical infrastructure is one of the more respected lines on a facilities or mechanical/electrical engineering resume, simply because of the scale and standards involved — AWS data centers are built and operated against some of the most rigorous uptime and redundancy standards in the industry, and engineers who've worked inside that system carry that credibility with them. The role builds deep, transferable expertise in critical power and cooling systems that applies well beyond AWS, across any industry that runs mission-critical infrastructure — colocation data centers, hospitals, airports, or industrial plants all value this background. Shift-based critical infrastructure work also builds a particular kind of operational discipline: staying calm and methodical when a system faults at 3am is a skill that doesn't show up on a certificate but shows up clearly in how someone performs under pressure, and it's one that gets noticed quickly by future employers and internal promotion panels alike. Inside AWS specifically, data center operations roles often have a defined path toward senior facility engineer, operations manager, or specialist roles in power or cooling design, so there's a reasonably clear internal ladder for someone who performs well. Given how fast AWS's UAE footprint is growing, being an early engineer on a regional site also means more exposure to commissioning new capacity, which is valuable experience that's harder to get once a site is mature and running steady-state.

• Degree or diploma in mechanical, electrical, or facilities engineering, or equivalent hands-on experience
• Experience with critical infrastructure systems: power distribution, UPS, cooling/HVAC, generators, or building management systems
• Comfortable working rotating shifts in a 24/7 operational environment
• Strong troubleshooting instincts under time pressure when equipment faults
• Experience with planned and reactive maintenance in an industrial or facilities setting
• Clear, calm communication during incident response