Services / Mechanical Engineering
Mechanical Engineering
Our mechanical engineers deliver HVAC, plumbing, drainage, and fire-protection systems engineered for comfort, efficiency, and code compliance in a demanding climate. Cooling loads, ventilation, and water and waste strategies are modelled and sized for performance, then coordinated through plant rooms and service zones with the structure and electrical design. We aim for systems that are quiet, low in running cost, and straightforward to maintain.
How we work
In a climate where cooling dominates the energy bill, we begin with room-by-room heat-load calculations that account for solar gain, occupancy, and fresh-air requirements. From these we select the HVAC strategy — chilled-water plant, packaged units, VRF, or district cooling connections — and size chillers, air-handling units, fan-coils, and ductwork for comfort and efficiency, with ventilation rates set to the Saudi Building Code and ASHRAE guidance.
Plumbing and drainage are designed in parallel: domestic cold and hot water, pumping and storage, soil and waste, and rainwater systems, sized for demand and routed for maintainability. Fire protection — sprinklers, standpipes, and pumps — is engineered to NFPA and civil-defence requirements and integrated with the electrical life-safety design so detection, suppression, and smoke control act together.
Ductwork, pipework, plant rooms, and service risers are modelled in BIM and coordinated against structure and electrical containment to keep ceiling voids workable and plant accessible. We document the systems for quiet operation, low running cost, and straightforward maintenance over the building life.
Where the detail lives
- HVAC load & system design
- Cooling and heating load calculations driving chiller, AHU, VRF, and ductwork selection.
- Ventilation & IAQ
- Fresh-air, exhaust, and smoke-control systems designed to code for comfort and air quality.
- Plumbing & drainage
- Domestic water, soil, waste, and rainwater systems sized for demand and serviceability.
- Firefighting systems
- Sprinkler, standpipe, and pump systems designed to NFPA and civil-defence requirements.
- District cooling interface
- Connection, energy-transfer stations, and metering designed for district cooling supply where available.
- Energy efficiency
- System selection and controls aimed at reducing cooling energy and running cost.
What you walk away with
- 01HVAC load calculations and equipment selection
- 02HVAC layout and ductwork drawings
- 03Plumbing and drainage drawings
- 04Firefighting system drawings
- 05Plant room layouts and schematics
- 06Mechanical equipment schedules
- 07Mechanical specification
Seen in the work
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