A Design Framework for Building Services 3rd edition
This revised edition of BSRIA Guide BG 6 Design Framework For Building Services includes new material to help project teams agree and allocate design activities that are related to Building Information Management (BIM) and the production of building information models. It also includes some introductory material about BIM, including how this guide addresses some of the particular goals of the Government’s BIM Strategy.
The use of drawings is one of the principal methods by which design information conveyed between members of a project team (client, consultants, contractors, manufacturers, and facilities managers).
Building information modelling has been developing over a number of years but it is only recently that a separate discussion has taken place about what differences there might be between design deliverables from projects using BIM and those using traditional drawing and CAD techniques. This discussion has been accelerated by the publication in May 2011 of the Government BIM Strategy
You can also Read Pre-commission Cleaning of Pipework Systems (2nd edition)
A Design Framework for Building Services 3rd edition
- ACKNOWLEDGEMENTS
- Preferences
- INTRODUCTION
![A Design Framework for Building Services 3rd edition]()
- USING THE TECHNICAL GUIDE
- INTRODUCTION TO BUILDING INFORMATION MODELLING
- FURTHER READING
- A:ALLOCATING DESIGN ACTIVITY
- B:ALLOCATING DRAWING PRODUCTION
- C:DRAWING DEFINITIONS
- D:EXAMPLE MODELS
- E:CROSS REFERENCE OF TERMINOLOGY
- Tables
- Figures
- index
All projects, whatever their size or complexity, go through a series of design steps where the level of detail refined as information becomes fixed and more detailed calculations and design procedures carried out. For this reason a number of generic drawing types have been identified which are appropriate to projects of varying complexity. While building services engineers know in general terms the extent of information appropriate to each type of drawing, the commonly quoted definitions are lacking in detail.
BIM is a collection of design tools that model a wide variety of project issues, including architecture, structural engineering, mechanical and electrical systems and environmental impacts
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