Computational Design

Algorithmic and parametric methods for innovative designs, efficient workflows, and data-driven decisions in construction planning.

Overview

Computational Design extends the possibilities of construction planning through algorithmic and parametric methods. Using digital tools, we develop complex geometries, optimized structures, and automated processes that go far beyond traditional planning methods. We deploy these tools strategically where they create real added value – whether through more efficient planning processes, higher design quality, or optimized construction workflows.

Scope of Services

Parametric modeling and design optimization with dynamic adaptation to project parameters

Automation of planning tasks through visual programming (Dynamo, Grasshopper)

Variant studies and optimization processes based on defined objectives and constraints

Integration of parametric models into BIM workflows and data structures

Custom scripting and tool development for project-specific requirements

Your Benefits

Combination of engineering expertise, creative design thinking, and digital technology

Increased efficiency and error reduction through automation and intelligent workflows

Early optimization of designs regarding structural capacity, economy, and feasibility

Related Services

BIM Automation

AI-powered automation of BIM processes for more efficient modeling, checking, and documentation.

BIM Implementation

Introduction of digital workflows along the entire project chain – from planning to operations.

Process Optimization

Simplification and automation of workflows in planning, tendering, and construction execution.

Ready to Start Your Project?

Let's discuss how our expertise in structural engineering, digitalization, and AI can advance your projects.