Why we bundle the disciplines
Most buildings fail at the seams. The kitchen extract fights the HVAC, the automation layer cannot see the DG set, the acoustic build is undone by an un-isolated duct. Each trade delivered its scope correctly, and the building still underperforms.
Aeropack Infra approaches these six themes as one engineering package. Loads are calculated once, against a single model of the building; interfaces are specified before anyone orders material; and one team is accountable for the result at commissioning.
The six themes
Each theme is a full case study in its own right — select one to see the technical detail.
Engineering the Kitchen Behind the Brand
Chain replication, workflow rigour, 1600°C heat mitigation and air-curtain containment for high-volume culinary environments.
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Airflow Is Architecture
CFD mapping, data-centre containment, liquid cooling and high-rise wind pressure analysis.
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A Home That Works as Hard as It Looks
Multi-generation and hospitality-grade dumbwaiters, path optimisation and acoustic decoupling.
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One App. Total Control.
Unified app ecosystems, remote entry, scene programming and live utility telemetry.
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The Difference Between Design and Engineering
Fire-circuit design, LSZH infrastructure cabling and acoustic architecture.
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Air Is Infrastructure
Purifier misconceptions, CO₂/CO management, winter conflict and all-in-one AHUs.
Read case studyOne model, one set of loads
Before any drawing is issued, the six themes are resolved against a shared load model — thermal, electrical, acoustic and volumetric. A tandoor’s heat rejection is a line item in the HVAC brief. A dumbwaiter shaft is a penetration in the acoustic strategy. The automation layer is specified with the DG set, not after it.
- Single thermal and electrical load register across all disciplines
- Interface schedule issued before procurement, not during snagging
- One commissioning window with one accountable engineering team
- As-built documentation handed over as a single technical package
What integration actually buys
Typical outcomes measured across coordinated versus trade-by-trade delivery.
Interfaces resolved on paper instead of on site.
No gap between the extract contractor and the HVAC contractor.
Specification written for the second decade, not the first year.
Every subsystem proven against the same building model.
Retrofit as readily as new build
Roughly half of this work lands in occupied buildings. We survey what is there, measure it against the intended duty, and phase the upgrade so the asset keeps operating. Where a system cannot be replaced, it is instrumented and brought under the automation layer so at least it becomes visible.
The deliverable is the same either way: a building whose services behave as one designed system.
Planning something similar?
Talk to our engineers for a free, no-obligation consultation and site survey.