- Project plans
- Project activities
- Legislation and standards
- Industry context
Last edited 12 Mar 2020
Visualisation in the construction industry
The construction industry relies heavily on visualisation to investigate and communicate complex situations and objects, in particular relating to the design and construction buildings and other built assets such as bridges, tunnels and so on. It is widely used as part of the design process, and as a way of describing construction works and components to contractors, subcontractors and suppliers. It is also used to communicate proposed solutions to clients, local authorities and other stakeholders.
This means that visualisations can range from very simple block diagrams at the early stages of a project, to highly-technical representations of construction information or visually realistic representations that can be useful for communicating to non-expert stakeholders.
The development of computers resulted in the emergence of computer aided design (CAD) techniques that allowed two-dimensional visualisations to be create, changed and duplicated more easily. However, there was some criticism that the expression and artistry that was possible with hand drawn visualisation was lost. For more information see: Computer aided design.
More recently Building Information Modelling has allowed 3D modelling of design proposals, constructed parametrically and including 4D (time), 5D (cost) and 6D (facilities management) information. For more information see: Building Information Modelling.
Specialist software has also been developed that allows more realistic computer generated imagery (CGI) to be created, including perspective views, daylight, shadows, complex textures and so on. It is possible to make 3D fly-throughs of proposals, and real time models that allow viewers to experience proposals as if they were completed. This has been supplemented with virtual reality and augmented reality techniques. For more information see: Computer generated imagery, Virtual reality and Augmented reality.
Three dimensional physical models are also commonly used to communicated proposals. Traditionally these would have to be created by hand, but increasingly, 3D printing techniques are able to automate some or all of the process. For more information see: Models.
Other techniques include:
- Immersive hybrid reality.
- Mixed reality.
- Samples and mock-ups.
- Mood boards.
- Digital twins.
- Virtual construction models.
Visualisations may contain standard notations and symbols that offer simplified representations of common situations and components. For more information see: Notation and units on drawings and Symbols on architectural drawings.
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