The document outlines a group project presentation for a BIM model of the Langtree Building. It includes an agenda covering the architectural, structural, mechanical, electrical, and plumbing models. It discusses individual contributions, developing the architectural model, clash detection between systems, quantity takeoff, project scheduling, 4D simulation, energy simulation, and a walkthrough. Difficulties faced and potential future uses of BIM are also summarized.

1. CMET 5130: BUILDING INFORMATION MODELLING
FINAL GROUP PROJECT PRESENTATION OF
LANGTREE BUILDING 19AB
-Group 5
Koushik Narra
Sai Sri Harsha Namana
Abhishek D. Malode

2. AGENDA
Developing Architectural Model.
Structural Model.
Mechanical Model.
Electrical Model.
Plumbing Model.
Clash Detection.
Quantity Takeoff.
Project Scheduling.
4D Simulation.
Energy Simulation.
Walkthrough.

3. INDIVIDUAL CONTRIBUTIONS
Architectural
Structural
Mechanical
Electrical
Plumbing
Clash Detection
Quantity Takeoff
Project Scheduling
4d Simulation
Energy Simulation
Walkthrough

4. DEVELOPING ARCHITECTURAL MODEL.

7. BACK 3-D

8. PLACING INTERIOR COMPONENTS

13. SECTIONAL VIEWS

16. STRUCTURAL MODEL

19. MECHANICAL MODEL
Open a new file (system default)
Link it to our existing Architectural and Structural Model (origin to origin).
Create Levels.
Import Necessary Components.

20. MECHANICAL PLAN: ELEVATION

21. LEVEL 1 MECHANICAL PLAN

22. LEVEL 2 MECHANICAL PLAN

23. MECHANICAL: 3D VIEW

24. ELECTRICAL MODEL
Open new file(electrical default)
Link it to our existing Architectural and Structural Model (origin to origin).
Create Levels.
Import Necessary Components.

25. ELECTRICAL

26. ELECTRICAL DETAILS

28. PLUMBING MODEL
Open new file(plumbing default)
Link it to our existing Architectural and Structural Model (origin to origin).
Create Levels.
Import Necessary Components.

29. PLUMBING

30. PLUMBING: ELEVATION VIEW

31. PLUMBING: 3D VIEW

33. CLASH DETECTION: P VS M

34. ELECTRIC VS PLUMBING

35. PLUMBING VS ARCHITECTURAL- STRUCTURAL

36. QUANTITY TAKE-OFF
Export file to dwf/dwfx
Used Autodesk Quantity Take-off to calculate quantities
Used RSMeans Online for knowing costs.
The approximate cost for our project is $3.36 million.
Created A Report.

37. REPORT

38. PROJECT SCHEDULING

39. 4D SIMULATION
Export revit file to nwc format
Open manage 2014
Append nwc file
Select orderly, link it with schedule and simulate

40. ENERGY SIMULATION
Annual Energy Cost: $56,011
Water Usage: 2.9 Million gallons per year and Cost is $18,192
Due to the electric usage a total of 434.5 tons of CO2 emissions is expected per
year which is equivalent to using 48.4 SUVs/year.

44. WALKTHROUGH

45. DIFFICULTIES FACED WHILE WORKING
Modelling the Roof.
Placing of the Exterior Walls.
Mechanical: 45 Degree Tilt of Building.
Components Downloaded from RevitCity is difficult to edit.

46. FUTURE USE?
Yes, Definitely.
Why?
How?

47. COMPARISON