In this facades, the limited repeating modules that are expanded depending on the idea of architect. Thus it was possible to achive a conseptual facade and standardize reducing the cost of construction.

This pattern essentially consists of a limited set of base (parent) units. Each model unit contains a set of key related with geometry.
Each façade panels contains information including: location in the façade assembly, unique number, orientation and basic design data.
Using the same module it is possible to achieve different façade options..

This image above shows how often one unique panel appears on a facade. We adjust which areas have a high or low repetition rate and how often each panel appears. In the same way, the 3D model data can be exported to Excel for further assessment.

In this facades, the limited repeating modules that are expanded depending on the idea of architect. Thus it was possible to achive a conseptual facade and standardize reducing the cost of construction.

This pattern essentially consists of a limited set of base (parent) units. Each model unit contains a set of key related with geometry.
Each façade panels contains information including: location in the façade assembly, unique number, orientation and basic design data.
Using the same module it is possible to achieve different façade options..

This image above shows how often one unique panel appears on a facade. We adjust which areas have a high or low repetition rate and how often each panel appears. In the same way, the 3D model data can be exported to Excel for further assessment.

You will be able to work with us in online mode. Just imagine your idea and we can implement it.
Our specialists will plug into your workflow and together with your architect we will develop algorithm right before your eyes!

Calculation and parametric design allows us to better handle complex and high-cost problems.. ParametricBox works with parameters and environmental factors. This allows us to constantly strive to push the limits of what we can do with modern technology.
We offer you solutions to the task at hand quickly, without any mistakes and no new hires.

Architects can become part of the computational design process and encourage pushing the boundaries of design.

Technical Requirements
References
Idea

Obtaining data

Model design

Analysis of the object
Building an algorithm
Generating objects
Providing a mass of variants
Facades
Landscapes
etc.

Project documentation

Freeform object modeling
Automatic cost estimate
Structural Analysis
Facades detalization
Dimensions
etc.

Exporting a model

AutoCad
Revit
ArchiCad
Tekla
Laser cutting
CNC
etc.

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We can automatize the working processes of design based on the given parameters, such as the shape of the plot, its area, surroundings, the required density of buildings, number of storeys, apartments, as well as insolation


.
Based on the parameters given by the customer we provide a range of options for building optimal for the site satisfying regulatory documentation.



We provide an opportunity at the stage of the concept to get all the typification of the elements of the facade

This massing reduces the amount of time spent on selecting a conceptual solution.


The architect chooses the aesthetically appropriate option from the solutions issued.

In this way, the first stage of the architect's work, when the necessary parameters are available, is expected to be reduced by several times and the optimal variant of development can be thought up quickly.

We develop complex designs using parametric tools.

We design models of architectural and engineering structures using your parameters.

We can help you quickly find the best options and easily obtain drawings for fabrication.

With parametrics, even complex architectural designs can easily be turned into drawings and sent for subsequent cutting without losing or making a mistake in any element.

We develop unique constructive assemblies for CNC machines for complex curved surfaces according to customer specifications.

Parametric design allows the efficient use of climate data.
The algorithms that we use help to calculate the insolation of the entire building in a few minutes and preclude occasional mistakes.

Based on insolation standards, we can immediately calculate and identify which windows are out of the standard range.
Using the algorithm we can also choose the shape and location of the building to comply with all the norms.

Ladybug imports standard weather files into Grasshopper. It provides a variety of 2D and 3D interactive climate graphics that support dwell time decision making during the early stages of the design process.

Climatic data

Insolation and radiation

Shadow analysis

Microclimate
analysis

Air flows

We can find the shape of the building as quickly as possible to comply with the norms of insolation, solar radiation and comfortable in the wind to maximize the design process.

Evolutionary algorithms find the best options based on the available parameters. We offer the ability to choose geometry from a variety of suitable options. It is easy to change the location of the building within the plot boundaries, change the shape of the building, the type of facades, and more.

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