Parametric planning and programming

A man sits at a laptop working on a 3D parametric model

Digital across the board

Parametric planning enables highly complex construction, flexible planning and defect-free production. Does that sound a bit like magic? Actually, it’s more to do with digital 3D models that define all elements, joints and connections of an architectural project precisely with parameters. Continuous digital process chains create a direct connection between the CAD design of the building to computer-aided CAM production. The result is precise individual components that fit together perfectly. With parametric planning and programming, we as timber construction specialists are able to successfully harmonise almost every form, function and construction. So, give free reign to your vision and we’ll be happy to take on the challenge.

«Testing and developing the idea using a mock-up in the design phase with the client and manufacturer provides architects and designers with important insights for production, assembly, logistics, quality and costs. Or, in one word: certainty.»
Kai Strehlke, Head of digital CAD/CAM processes

Please contact us!

info@blumer-lehmann.com
+41 71 388 58 58

Parametric model: Cambridge Mosque

Supporting axes in the layout and a curved surface form the basis.

First of all, the axes are projected onto the space.

Then, the volume is generated.

The nodes and connections are then designed, the connectors are implemented and the assembly sequence is determined.

Finally, the wall and ceiling elements are incorporated and the interfaces and connections are undone.

  • The parametric model shows the supporting axes in the layout and a curved surface

    Supporting axes in the layout and a curved surface form the basis.

  • In the parametric model, the axes are projected onto the space

    First of all, the axes are projected onto the space.

  • The parametric model of a beam in white and orange

    Then, the volume is generated.

  • Model of the beam structured with nodes and connections shown in different colours.

    The nodes and connections are then designed, the connectors are implemented and the assembly sequence is determined.

  • The parametric model of the Cambridge Mosque with connections and interfaces, in white and orange

    Finally, the wall and ceiling elements are incorporated and the interfaces and connections are undone.

  • The parametric model shows the supporting axes in the layout and a curved surface
  • In the parametric model, the axes are projected onto the space
  • The parametric model of a beam in white and orange
  • Model of the beam structured with nodes and connections shown in different colours.
  • The parametric model of the Cambridge Mosque with connections and interfaces, in white and orange

Planned using parameterisation – the Cambridge Mosque

Find out more
The tree-like wooden supporting structure dominates the entrance area of the Cambridge Mosque. The floor is designed as a grey/blue tiled mosaic while the walls are of two-coloured clinker brick with oriental motifs.