01 / 07 — Describe
Describe Your Project in Natural Language
Capture site conditions, project requirements, building type, levels, spaces, systems, materials and design constraints as structured design intent.
“Create a 12-storey residential tower with two podium levels, parking, amenities, coordinated structure and complete MEP systems.”
One continuous semantic workflow
From design intent to coordinated project intelligence
Every action—human or AI—works through the same governed model, dependency, validation, quantity and costing architecture.
Core architectural principle
One Model. Two Ways to Work.
Manual authoring and AI assistance are not separate model paths. Both operate on one authoritative semantic BIM model.
Human Authoring
Professional BIM tools
2D/3D editing, snapping, properties, libraries, systems, metadata and coordinated professional workflows.
Canonical Authority
Single Authoritative BIM Model
Semantic elements, relationships, materials, systems, quantities, revisions and provenance remain connected.
AI Authoring
Natural-language design operations
Describe intent, generate options, modify the model, validate outcomes and query project intelligence through governed AI.
Design changes should show their quantity and cost impact.
TeksysBIM links the authoritative model to quantity take-off, BOQ preparation, rate application and project estimation rather than maintaining a disconnected costing model.
01
Semantic BIM
02
Quantities
03
BOQ
04
Rates
05
Estimate
06
Project Cost
Teksys construction intelligence ecosystem
From land feasibility to project control
Structured project information moves through the lifecycle instead of being recreated in disconnected systems.
PlotYield
Land Intelligence
Parcel • Regulations • FSI/TDR • Buildable envelope
TeksysBIM
Semantic Design + Cost
Design • Coordination • Quantities • BOQ • Cost
TeksysDPR
Execution Intelligence
Resources • Planning • Progress • Project controls
TeksysERP
Commercial Control
Procurement • Contracts • Approvals • Management
TeksysBIM