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                                                                        Managing the Coordination ProCess    199


                           different ways to meet a variety of workflow requirements. Most often, each discipline will
                           develop at least one separate Revit project file, and many of these project files will be linked into
                           each other for reference. Because there are several workflow possibilities, this chapter will focus
                           on the coordination among a traditional design team consisting of the following:

                             ◆ ◆ Architect
                             ◆ ◆ Structural engineer
                             ◆ ◆ Mechanical, electrical, and plumbing (MEP) engineers
                             The workflow within a traditional design team is more complex than you might assume. If
                           you were to graph the dependencies and coordination between these parties (Figure 6.1), you
                           would see a web of primary relationships (architect to/from structure, architect to MEP) and
                           secondary relationships (structure to/from mechanical and piping).


                        Figure 6.1                     Architect
                        The relationships
                        of interdisciplin-
                        ary coordination  Structural                 Plumbing




                                                 Mechanical  Electrical


                             In addition, these relationships can be further parsed into physical and logical relationships.
                           If we use mechanical and electrical as an example, you can see that a physical relationship
                           means making sure a light fixture is not hitting the bottom of a duct, whereas a logical
                           relationship means making sure the electrical design properly accounts for the load of the
                           heating coil in a variable air volume (VAV) box (being designed by the mechanical engineer).
                             It is the complexity of these possible workflow scenarios that makes this process prone to
                           errors and illustrates the importance of proper coordination between the different disciplines of
                           a design team. So, what are the tools that can be used for collaboration between Revit products?
                           Three distinct tools are typically used in a collaboration scenario:
                             Linked Models    Linking models together using the Revit Link tool provides full visual
                             fidelity of the referenced content, showing the complete context of the other disciplines’ data,
                             fostering a complete understanding of their geometry. The data can also be controlled and
                             shown in any manner appropriate to the use. You can turn it on or off, half-tone the data,
                             or enhance it with color or line pattern overrides. Linking also provides support for the
                             Interference Check, Copy/Monitor, and Coordination Review tools.
                             Copy/Monitor    Copy/Monitor is a powerful tool available in all products built on the Revit
                             platform and is considered the most intelligent of the coordination tools. It offers several
                             benefits. It lets you link Revit files from other team members (structural engineers or MEP
                             engineers) and copy key elements from their model into yours. Once that link is created,
                             you can monitor that relationship and know if the element has moved or changed when you












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