From project documents to an intelligent plan
AI reads drawings, specifications, quantities and schedules into one connected project information model, compares construction strategies and selects an optimised plan.
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AI · BIM · Digital Twins · Smart Construction · Net-Zero
H-Team studies how buildings, campuses and cities are planned, built, sensed and operated — from a single project to an entire urban system.
AI reads drawings, specifications, quantities and schedules into one connected project information model, compares construction strategies and selects an optimised plan.
Architectural, structural and MEP models are generated from the plan, clash-checked, split into work packages and linked to sequence, quantities, resources and cost.
The coordinated BIM drives 4D site execution: trades, logistics, equipment and safety zones are orchestrated while cameras, drones, sensors and LiDAR feed AI that checks progress, quality and risk in a closed loop.
A continuously synchronised digital representation of the completed building, integrating BIM, IoT sensors, operational systems and real-time building data.
The digital twin is used to understand, predict and optimise building systems, energy, occupancy, maintenance, comfort and asset performance.
Embodied and operational carbon, circular materials and renewable energy modelled as one loop from material to reuse.
Building twins feed a campus-scale twin linking energy, mobility and infrastructure through BIM and GIS.
Urban twins connect buildings, transport, water, energy and construction into an analysable urban system.
Population, housing, construction, materials, energy and carbon linked by feedback loops to test policy scenarios before they are built.