‘Buildings, prior to the Renaissance, were constructed, not planned’

Most of buildings were constructed without plans and design ideas by craftsmen. Only the well-trained and outstanding craftsmen were available to build the architecture.

However, the rules among them were strict and the hierarchy existed due to pride pro-voked from their training and specialization, they were slow in adapting new technologies and styles.

Once upon a time....

Most of buildings were constructed without plans and design ideas by craftsmen. Only the well-trained and outstanding craftsmen were available to build the architecture.

However, the rules among them were strict and the hierarchy existed due to pride pro-voked from their training and specialization, they were slow in adapting new technologies and styles.

‘architects ceased to be technicians....became designers’

Renaissance architects started to do design by drawing scaled drawings which became the primary medium to communicate with builders. Then, scaled drawings, basically plans, elevations and sections, were broadly produced and used by architects and designers to interpret their ideas and design approaches to the clients and also builders.

Physical scaled models were also manufactured as they could ‘show buildings in three-dimensional, volumatic manner’.

‘Computers, by their nature, are superb analytical engines’Invention of computer-aided architectural design (CAAD) software programs has become the innovation in present architectural design. CAAD softwares allow architects and drafters to produce scaled drawings with less time-consume but much details and accuracy.

3D modelling is also well-developed that it can show the full three-dimensional view of the architecture, moreover, experiments with materi-als and styles by applying them to the 3D model, therefore, it allows architects and clients to understand the design ideas and approaches much easier than physical works.

INNOVATION

‘...digital architects introduce the elements absent-ing in traditional architecture - for examples, time, forces, biological growth pattern’

Parametric Design

Well-programmed CAAD softwares such as Rhinoceros and Grasshop-per, are capable of produce complex parametric design architectures in both 2D and 3D which is impossible with hand drawings.

Moreover, by using CAAD softwares, architects can fully reflect and ap-ply their purposes and ideas on 3D modelling, therfore, complex but extraordinary design outcome might be produced....however, they may cannot exist in reality for unsolvable reasons.