An autonomous, deterministic computation engine for structural validation and BIM optimization. Generate steel and concrete designs, run automated code compliance audits, and sync models with zero manual friction.
Providing deterministic structural computations and validation across diverse element types under strict international safety standards.
Automates reinforcement scheduling, flexural, and shear design checks for RC structural members, including beams, columns, slabs, spandrels, transfer girders, and corbels.
Calculates load distribution, truss action, and settlement bounds for isolated footings, combined footings, pile caps, pile groups, raft foundations, and drilled shafts.
Performs axial, flexural, and combined stress checks for steel columns and beams, alongside bolted base plate connection and splice joint limit-state validation.
Optimizes element cross-sections and reinforcement configurations to reduce costs and carbon footprints, while generating exact steel tonnage and concrete volume estimates.
A seamless multi-stage validation flow that ingests architectural geometry, enforces structural sanity, executes engineering kernels, and syncs BIM updates.
Ingests full building models and parses structural element coordinate schemas and geometry databases.
Runs spatial validation checks to align load transfer lines, verify column columns orientation, and detect structural inconsistencies.
Triggers isolated concrete, steel, and foundation design engines, validating stresses and reinforcement layouts against codes.
Generates detailed PDF reports and compiles changes to update live Revit and Dynamo model layouts bidirectionally.
Civil Master Agent is designed to empower engineering teams and real estate developers with verified structural design automation. By separating drafting from safety verification, we prevent failures and accelerate project execution times.
Founded by Hayder Leith Aziz, our mission is to make structural engineering workflows completely reliable, deterministic, and optimized for carbon-neutral building futures.