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Genia

AI structural design copilot that turns architectural drawings into permit-ready structural drawings

AI platform for structural engineers that parses uploaded DWG or Revit architectural files, auto-detects structural elements, and generates hundreds of physics-validated structural layout options. Engineers select from a shortlist of code-compliant, cost-optimized designs and export permit-ready CAD/BIM structural drawings with calculation sheets.

$3M (seed round, reported February 2025; led by Pi Labs with Amplify, Boost VC, Dorm Room Fund, Suffolk Technologies, Y Startup Index, and angel investors) raisedGrowth Stage
Founded 2023 · 200+ structural engineering firms (self-reported); named partnership with Suffolk Construction for adaptive-reuse/retrofit projects
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WHY IT EXISTS

Why This Tool Exists

The Problem

Structural engineers manually translate architectural drawings into structural layouts and run code-compliance calculations by hand or in spreadsheets, a process that can take days per project and creates a bottleneck between architectural design and permit submission — especially for repetitive single-family, townhouse, and multi-family structural work.

The Solution

Genia parses uploaded DWG or Revit (.rvt) architectural files to auto-detect walls, doors, windows, openings, and stairs, then generates hundreds of candidate structural layouts. Each candidate is checked by a rule-based structural analysis engine against DCR (demand-capacity ratio) limits and building codes, using ASCE API lookups for site-specific seismic and wind parameters. Engineers review 3-5 recommended options, edit and rerun analysis as needed, and export permit-ready DWG structural drawings and PDF calculation/material take-off sheets.

USAGE

How You Use It

Delivery Method
SaaSWeb ApplicationAPI (Enterprise tier only)
Integrations
Autodesk Revit (.rvt import)AutoCAD (DWG import/export)ASCE 7 Hazard Tool API (seismic/wind design parameters)
Disciplines
Structural Engineering, Architecture, Civil Engineering
Workflows
Data & Automation
Project Phases
Design Development, Construction Documentation
Project Types
Residential, Multi-Family, Commercial, Adaptive Reuse
TRANSPARENCY

Data Transparency

Exactly what this tool uses and how

Input
What it needs
Required:Architectural drawing file (DWG or Revit .rvt), Project address (for seismic/wind parameters), Design parameters and constraints (building type, material choices)
Optional:Floor count, Roofed area, Custom material specifications
Formats:DWG, RVT (Revit)
Output
What you get
Format:Structural design drawings with calculation and material take-off sheets
Fields:Structural layout (framing, columns, walls), DCR (demand-capacity ratio) distributions, Material take-offs, Cost estimation, Constructibility assessment, PE/SE review and stamping status
Algorithm
How it works
Model:Proprietary generative AI paired with a rule-based structural analysis engine (model architecture not publicly disclosed)
Accuracy:Vendor-published technical case study reports results within ~5% of a traditional SEAOC seismic hand-calculation example; company claims "40% fewer human errors" and "20% less construction material" versus manual design — these are vendor claims, not independently audited
Privacy
How your data is protected
Retention:Not specified beyond "we may retain certain information as required by law or for legitimate business purposes" (per Genia privacy policy)
Training:Privacy policy explicitly states uploaded User Content (including architectural drawings and project data) is used to "train, develop, and enhance" Genia's AI models; using the service constitutes consent
Compliance:No SOC 2, ISO 27001, GDPR, or HIPAA certification stated in the privacy policy
API
Integration
Endpoint:Not publicly documented; API access limited to Enterprise tier
Method:Not publicly specified
USE CASES

Use Cases

  • ·Converting architectural DWG/Revit drawings into structural layouts for permit submission
  • ·Generating and comparing multiple code-compliant structural design options for cost/material optimization
  • ·Retrofit and adaptive-reuse structural feasibility (e.g., converting schools/warehouses to residential or office use)
  • ·Lateral system (seismic/wind) design and validation
  • ·Single-family, townhouse, and multi-family structural design for developer/design-build workflows
PRICING

Pricing

Free
Starter (pay-as-you-go): credits purchased at $1/credit, no monthly fee; credit cost varies by building type/size (e.g., single-family = 150 x floors + 0.25 x roofed sq ft)
Pro
Professional: $750/month billed annually ($9,000/yr, 12,000 credits/yr at $0.75/credit); Team: $1,200/month billed annually ($14,400/yr, 24,000 credits/yr at $0.60/credit, adds design review workflow)
Enterprise
Custom pricing — custom annual credit allotment, dedicated onboarding/support, API access, and private AI model deployment
Sources & Research NotesResearch date: 2026-07-17
Data Sources (13)
Fields Checked (14)
problem, solution, deliveryMethod, integrations, disciplines, input-formats, output-fields, algorithm-approach, privacy-training, pricing-free, pricing-pro, pricing-enterprise, fundingTotal, useCases
Not Found (6)
exact-yearFounded-on-official-site (inferred from secondary sources as 2023), independently-audited-accuracy-metrics, soc2-or-iso-certification, detailed-api-documentation, data-retention-period, exact-employee-count
About this research: This record summarizes the cited sources and fields checked. A research date does not establish hands-on testing. Consult the original sources for current details and limitations.
ALTERNATIVES

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