Singular Architecture

Nowadays, it´s very usual to find huge architectural complexes with sinuous forms and in which a performance with traditional systems would be expensive and difficult to carry out. That´s why modern industry technologies applied in modern architecture are an ideal combination, which greatly facilitates the design and implementation of these projects.

Catia is the ideal tool for these projects and allows us a parametric design, dimensional modelling, drawings, computer graphics and structural calculations. This tool is typically used in sectors such as aviation, railways or automotive.

ARCHITECTURAL TECHNOLOGY FOR HUGE PROJECTS

Having a parametric model in huge architectural projects implies the early detection of mistakes sometimes negligible in 2d drawings, having a general view of the project and the correct relationship among different components in the assembly, in addition to enabling design modifications quickly and accurate.

HOW DOES THE PARAMETRIC DESIGN WORK?

The parametric design is based on the introduction of parameters in the modelling of an object. It is a method that integrates mathematical relationships with geometrical dimensions, so that when parameter values change, the geometry is updated according to these values. This allows to evaluate alternative designs.

TECHNOLOGICAL OPPORTUNITIES FOR HUGE PROJECTS

Our usual methodology is a process that goes through an initial phase of 3d modeling and parametric design for a later generation of information needed for the project, enabling:

• Have a virtual 3-dimensional model of the project.
• Creating computer graphics for posters, brochures, advertising, marketing, catalogues, etc.
• Rapid prototyping by sintering or stereolithography.
• Files for laser and water cutting and folding, CNC, etc, for providers.
• Assembly and manufacturing drawings

Unlike other traditional tools, parametric technology enable us a realistic develop, precise and modifiable of a design.

TECHNICAL ADVANTAGES OF PARAMETIC DESIGN IN ARCHITECTURE

• The best design: The parametric technology design quickly shows whether a design idea is viable without the need for meticulous documentation or other technical drawings.
• In the shortest time: The design parameters provides meet deadlines by reducing design time.
• Easy changes: Ability to carry out the necessary changes and updates quickly and efficiently.
• Accuracy in the process: Parameters, measurements and design constraints controlled and editable at all times allow us a precise level of detail of mechanical engineering.