CHOP 5.6 - BUILDING INFORMATION MODELING (BIM) Flashcards
Building Information Model
“Building Information Models contain unambiguous digital facility information for the purposes of communication and collaboration between all different trades and stakeholders (Architects, Engineers, Contractors, Owners and Operators) in the construction sector.”
Building Information Modeling
“Building Information Modeling processes (BIM processes) can be viewed as the collaborative practices of creating, using and maintaining models in support of the lifecycle of a facility.”
Interoperability
nteroperability is defined as: “the ability for two (or more) systems or components to exchange information and to use the information that has been exchanged.”
Collaboration
Collaboration is at the centre of BIM’s success. BIM collaboration includes communication amongst all the parties involved, together with a universal approach to collaborative design, realization and operation.
Level of Development (LOD)
LOD has multiple definitions, but essentially describes the stages of evolution of design
LOD 100
Elements are a generic representation, giving the viewer a basic idea of existence but no idea about size, exact shape or orientation;
LOD200
A representation of a rough idea of elements’ size, location in the facility, etc., but with much approximation;
LOD 300
This shows the specific geometric size of the element and orientation, location, and quantity used across the facility;
LOD 350
A revision of LOD 300 depicting precise information about how the component will be connected to the nearby elements;
LOD 400
Sufficient information to fabricate the component with individual holes and weld sizes;
LOD 500
The fully-developed design, showing the operational geometry of the component, the stage of installation of the component with duly verified information such as manufacturer details, dates, part, and model number, etc.
The following are keys to successful BIM implementation:
1) planning: a thoughtful BIM strategy agreed to by leadership;
2) transparency: share the strategic BIM plan with the entire office. Transparency will help solidify expectations office-wide;
3) learning: developing a culture of learning is very important.
Role of the System Integrator
The System Integrator is responsible for the systems and protocols of data and information exchange.
Working with design staff, the responsibilities of the System Integrator include the development of policies about access and editing control, development of templates, and structuring libraries of shared digital content.
Role of the BIM Manager
The BIM Manager is responsible for the configuration of the model for a given project and the enforcement of policies controlling viewing, editing, merging, and releases of the master model.
A BIM training program should build on the five phases of learning program development:
1) analysis;
2) design;
3) development;
4) implementation;
5) evaluation.