Modeled

• All exterior walls

• Doors

• Windows

• Steps

• Railings

• Roofs

• All interior walls, including non-rated walls separating rooms

• Risers and sloped floors

• Interior doors and windows will be modeled to the extent that the walls that they are associated with are included in the model.

• All interior ceilings, soffits, stairs, and railings

• Walls, ceilings, and soffits will be modeled as the overall thickness including elevation changes and termination points. Overall thickness to be determined by their actual total composite assemblies.

• Doors, window leaves, and frames

• The overall extent of stairs and loading docks including railings; intermediate railing members do not have to be modeled.

• Light fixtures will be modeled to the overall height, width, depth and access through the interstitial space.

• Elevator shaft clear space will be modeled to the worst-case clear width, depth and height based on criteria set by Kone, ThyssenKrupp and Otis Elevators.

• Nominal elevator cab size and overrun shall be modeled, including hoist beam.

• Fixed furnishings including systems furniture.

• Equipment

• Casework, including upper and lower cabinets

Modeled

• All cast-in-place concrete, including all penetrations and openings identified in the construction documents.

• Edges of all slabs and penetrations of structural systems will be accurately located in the model.

• All primary and secondary structural steel members will be modeled, including standard steel member sizes, gusset plates, braces, kickers and equipment supports.

• Metal, wood and concrete decks will be modeled as the overall thickness of the slab.

• Miscellaneous metals such as elevator hoist beams, rails and intermediate rail support steel for the elevator.

• Identify reinforcing or penetration “no-fly” zones as applicable.

Modeled

• All ducts and air handling equipment will be modeled.

• Equipment will be modeled to its overall height, width and depth.

• Major equipment access zones - modeled as solids.

• Any piping associated with the mechanical equipment.

• Any electrical associated with HVAC.

• Identify “no-fly zones” with solid placeholder clearance objects for: access issues, code issues, and/or constructability – I.E. pipe flanges at the floor inside stud walls.

Modeled

• Conduits 4” or greater, smaller conduits if in ganged runs.

• Ganged runs shall be modeled as a mass.

• Cable tray, access zones, and equipment to be included in the model.

• Light fixture locations and space requirements to be included in the model at correct height.

• All power feeds to equipment and all switchgear.

• Model switches and outlets where coordination with architectural FFE or interior elevations is a concern.

• Any access zones requirements will be modeled as solids.

• “No-fly zones” above electrical panels shall be modeled as solids.

Modeled

• Piping 1 1/2” or greater, smaller conduits if in gang runs.

• Plumbing piping and gas piping, including specialty gas and equipment.

• All plumbing equipment will be modeled to its overall height, width and depth.

• All valves and clean outs.

• All access to valves/cleanouts.

• Any access zone requirements.

• Condensate line.