An integrated system that ensures comfort, resilience and sustainable performance throughout the building’s entire service life.
MEP Engineering at A400 brings the mechanical, electrical and plumbing systems together in a single coordinated design, conceived to deliver buildings that are safe, comfortable and efficient. Instead of treating HVAC, power, lighting and water as isolated disciplines, we design a single technical infrastructure that works with the building’s architecture and structure, not against them.
Residential and mixed-use buildings, offices, hospitality, industry and large infrastructure projects where thermal comfort, energy performance and system reliability are decisive for the project’s success.
We integrate MEP Engineering from the earliest stages, so that mechanical, electrical and plumbing systems are considered from concept rather than added late as constraints.
Our engineers work in direct coordination with architects and structural teams using shared models and clear design criteria.
We draw on advanced modelling, climate and solar analysis, flow and load simulation, as well as digital coordination platforms. Risk is mitigated by anticipating comfort, capacity and safety issues at design stage, with robust systems that adapt to different usage patterns.
More integration. More comfort. More efficiency. Systems that work together.
We define overall MEP strategies based on climate analysis, solar exposure, wind patterns and usage profiles. We establish the hierarchy of passive, active and sustainable measures and align the system concepts with LEED, BREEAM, WELL and nZEB certification objectives.
We design heating, cooling, ventilation, electrical distribution, lighting, telecommunications, water supply, drainage and fire protection as a coherent technical system. Electric-vehicle charging, renewable generation, water reuse and flood protection are sized to work together.
We coordinate MEP routing with architecture, structures, façades and technical interiors to ensure that equipment fits within the available spaces and that routes are optimised. With BIM, we eliminate clashes, support the coordination of technical spaces and produce models ready for facility management.
We use simulation, monitoring strategies and control concepts to ensure occupant comfort, reduce energy and water consumption, improve indoor environmental quality and limit operational carbon. Solutions range from natural ventilation and free-cooling to load management, on-site renewables and water-reuse systems.
