We focus on the way we produce and manage information. The core of the process is the Building Information Model (BIM) using Microstation Triforma and Bentley Architecture. This is a three dimensional CAD model setting out all aspects of a building’s construction. It is backed up by an integrated set of project management tools. How this method influences the cornerstones of client service is sketched out below.
Communication
Buildings are complicated and reading plans is an acquired skill. Even among construction professionals there is scope for mistakes. Our strategy is to make things as easy as possible to understand. The use of working models helps enormously in this respect - aspects of a project that need clarification can be quickly isolated and rendered to make the issues clear.
Coordination
It is an obvious thing to say but real buildings exist in three dimensions (four if you count time). Yet, traditional use of two dimensional drawings to coordinate much of the design of a building relies on the resolution and management of many three dimensional details in the mind of the designer. While this is generally successful, the computer modelling approach allows a more thorough yet economic investigation of the structure, services and architecture in three dimensions.
Productivity
Working drawings are extracted directly from the model. Planes cut through the model define plans, sections and elevations. Changes to the model are reflected in the drawings on the next extraction. This centralisation of information input increases the efficiency of drawing output - you only draw things once. Time saved can be fed back to reduce risk in coordination and completeness or released to speed up the programme.
Responsiveness
A key concept of the Building Information Model is its cumulative nature. As a result the model can be interrogated for all sorts of useful information. The system can be set up to take off quantities and automate scheduling, for example. As changes are made to the model associated information updates itself. This immediacy allows the implications of many design options to be tested quickly.