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Parametric Modelling & Generative Design

Parametric Modelling & Generative Design optimizes BIM models through algorithmic parameters and AI-driven exploration for innovative, efficient designs. This service under BIM Automation & Digital Engineering enables rapid iterations, performance optimization, and automated form-finding for complex AEC projects.

What is Parametric Modelling & Generative Design?

Parametric modeling uses dynamic parameters and constraints in Revit or Dynamo to create adaptive 3D forms that adjust automatically based on input changes. Generative design leverages AI algorithms to explore thousands of design options, evaluating factors like cost, materials, energy use, and structural performance. Together, they transform traditional design into data-driven, optimized outcomes for architecture, structures, and MEP systems.

How Does It Work?

Users define parameters, rules, and goals in tools like Revit Generative Design or Dynamo scripts. Algorithms generate multiple iterations, ranking them by objectives such as minimal material use or maximal daylight. Designers refine top options, integrating them into BIM workflows for fabrication and analysis.

How Conserve Can Help

Conserve Solutions develops parametric families and generative design workflows using Revit, Dynamo, Grasshopper, and Project Refinery. We create custom scripts for facades, structural grids, and MEP layouts, delivering optimized models with embedded intelligence. Our services include training and integration with simulation tools for real-time performance feedback.

  • Parametric Family Development – Smart, adaptive components for facades and systems.
  • Generative Algorithms – AI-driven exploration of structural and spatial options.
  • Performance Optimization – Energy, cost, and constructability analysis.
  • Custom Scripts – Dynamo nodes for automation and iteration.
  • Design Alternatives – Ranked outputs with visuals and data reports.

Applications

We assist architects, engineers, and fabricators with

01

Facade Systems

Optimized cladding and shading geometries.

02

Structural Grids

Minimal material layouts for high-rises.

03

MEP Routing

Space-efficient duct and pipe networks.

04

Urban Planning

Massing studies for site constraints.

05

Sustainable Design

Low-energy building envelopes.

Key Benefits

Design Innovation

Explores options beyond manual limits.

Design Innovation

Explores options beyond manual limits.

Efficiency Gains

Reduces material use by 15-30%.

Efficiency Gains

Reduces material use by 15-30%.

Faster Iterations

Generates hundreds of variants in hours.

Faster Iterations

Generates hundreds of variants in hours.

Performance-Driven

Optimizes for energy, cost, and strength.

Performance-Driven

Optimizes for energy, cost, and strength.

Error Reduction

Parametric rules ensure consistency.

Error Reduction

Parametric rules ensure consistency.

Cost Savings

Identifies value-engineered solutions early.

Cost Savings

Identifies value-engineered solutions early.

Collaborative Tools

Shareable models for stakeholder input.

Collaborative Tools

Shareable models for stakeholder input.

Frequently Asked Questions

FAQ's

Parametric modeling builds BIM elements with editable parameters that update geometry and data automatically.

It uses AI to automatically generate and evaluate design alternatives based on set goals and constraints.

Revit Generative Design, Dynamo, Grasshopper, and Rhino for parametric workflows.

Goals, constraints, parameters like area, cost, or loads, and base geometry.

Optimized Revit models (RVT), iteration reports (Excel/PDF), and scripts (.dyn).

1-3 weeks, depending on complexity and iteration volume.

Get in Touch

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