BIM_Presentation

FAIRFIELD GOLDEN HEIGHT,BANGALORE
Created by : Vivek Parcha
BUILDING INFORMATION MODELING (BIM)
Building Information Modeling is an intelligent model–based design process that adds value across the entire lifecycle of building
and infrastructure projects.
 BIM represents the process of development and use of a computer generated model to simulate the planning, design, construction
and operation of a facility .
 BIM helps architecture, engineering, and construction (AEC) service providers apply the same approach to building and infrastructure
projects.
 BIM facilitates a new way of working: creating designs with intelligent objects.
 Models created using this software are intelligent because of the relationships and information that are automatically built into the
model.
 With BIM, the model is a complex database and the room is a database element that contains both geometric information and non
graphic data.
 If designers change a model element, the BIM software automatically coordinates the change in all views that display that element.
 A BIM carries all information related to the building, including its physical and functional characteristics and project life cycle info.

BUILDING INFORMATION MODELING (BIM)
BIM Applications-
A building information model can be used for the following purposes:
 Visualization: 3D renderings can be easily generated in-house with little additional effort.
 Facilities management: facilities management departments can use BIM for renovations, space planning, and maintenance operations.
 Cost estimating: BIM software have built-in cost estimating features.
 Construction sequencing: BIM can be effectively used to create material ordering, fabrication, and delivery schedules.
 Conflict, interference and collision detection: This process can verify that piping does not intersect with steel beams, ducts or walls.
BIM Benefits –
The key benefit of BIM is its accurate geometrical representation of the parts of a building in an integrated data environment.
 Faster and more effective processes – information is more easily shared, can be value-added and reused.
 Better design – building proposals can be rigorously analyzed, simulations can be performed quickly and performance benchmarked,
enabling improved and innovative solutions.
 Environmental performance is more predictable, lifecycle costs are better understood.
 Better production quality – documentation output is flexible and exploits automation.
 Better customer service – proposals are better understood through accurate visualization.
 Lifecycle data – requirements, design, construction and operational information can be used in facilities management.

PROJECT FACTS
PROJECT NAME- FAIRFIELD GOLDEN HEIGHT
CLIENT NAME- SAMHI GROUP
LOCATION – RAJAJINAGAR ,BANGALORE KARNATAKA
OPERATOR- MARRIOTT
NUMBER OF KEYS- 148
STRUCTURE- 3 BASEMENT AND GROUND + 9
CASE STUDY
FAIRFIELD GOLDEN HEIGHT AT RAJAJINAGAR
BANGALORE KARNATAKA

SITE PLAN
KEY PLAN

3D VISULAIZING A BIM
EXTERIOR-
FRONT FAÇADE
SIDE ELEVATION

FLOOR PLAN - GROUND FLOOR
REFLECTED CEILING PLAN - GROUND FLOOR

ELECTRICAL PLAN - GROUND FLOOR
PLUMBING PLAN - GROUND FLOOR

HVAC PLAN - GROUND FLOOR
FIRE FIGHTING PLAN - GROUND FLOOR

GROUND FLOOR: 3D VIEW - SERVICES

FLOOR PLAN - UPPER BASEMENT
REFLECTED CEILING PLAN - UPPER BASEMENT

ELECTRICAL PLAN - UPPER BASEMENT
PLUMBING PLAN - UPPER BASEMENT

HVAC PLAN - UPPER BASEMENT
FIRE FIGHTING PLAN - UPPER BASEMENT

UPPER BASEMENT : 3D VIEW - SERVICES

FLOOR PLAN - SECOND FLOOR - PART 1
REFLECTED CEILING PLAN - SECOND FLOOR - PART 1

ELECTRICAL PLAN - SECOND FLOOR - PART 1
PLUMBING PLAN - SECOND FLOOR - PART 1

HVAC PLAN - SECOND FLOOR - PART 1
FIRE FIGHTING PLAN - SECOND FLOOR - PART 1

SECOND FLOOR -1: 3D VIEW - SERVICES

FLOOR PLAN - SECOND FLOOR - PART 2 REFLECTED CEILING PLAN - SECOND FLOOR - PART 2

ELECTRICAL PLAN - SECOND FLOOR - PART 2 PLUMBING PLAN - SECOND FLOOR - PART 2

HVAC PLAN - SECOND FLOOR - PART 2 FIRE FIGHTING PLAN - SECOND FLOOR - PART 2

SECOND FLOOR-2: 3D VIEW - SERVICES

OVERALL FLOOR PLAN - SECOND FLOOR
OVERALL REFLECTED CEILING PLAN - SECOND FLOOR

OVERALL ELECTRICAL PLAN – SECOND FLOOR
OVERALL PLUMBING PLAN - SECOND FLOOR

OVERALL HVAC PLAN - SECOND FLOOR
OVERALL FIRE FIGHTING PLAN - SECOND FLOOR

OVERALL SECOND FLOOR: 3D VIEW- SERVICES

FLOOR PLAN – H1 LEVEL
REFLECTED CEILING PLAN – H1 LEVEL

ELECTRICAL PLAN – H1 LEVEL
PLUMBING PLAN – H1 LEVEL

HVAC PLAN – H1 LEVEL
FIRE FIGHTING PLAN – H1 LEVEL

H1 LEVEL: 3D VIEW- SERVICES

FRONT ELEVATION
LEFT SIDE ELEVATION

TYPICAL GUEST ROOM LAYOUT
SECTION A
SECTION B

FLOOR PLAN H1- MEP-SERVICES
COORDINATION IN VARIOUS SERVICES
Electrical, HVAC, plumbing and fire protection

TYPICAL GUEST ROOM LAYOUT –
CORDINATION BETWEEN MEP SERVICES , ARCHITECTURE AND STRUCTURE

HOT WATER
COLD WATER
WASTE PIPE
SOIL PIPE
CHILLED & HOT WATER RETURN
FLUSH WATER PIPE
DOMESTIC COLD WATER
HOT WATER SUPPLY
HOT WATER RETURN
CHILLED & HOT WATER SUPPLY
SUPPLY AIR DUCT
A.C. UNIT
RETURN AIR DUCT
FIRE PORTECTION PIPE
EXHAUST DUCT

SECTION – MEP SERVICES
SUPPLY AIR DUCT
CABLE TRAYFIRE PROTECTION PIPE
SPRINKLER
RETURN AIR DUCT

CLASH DETECTION IN VARIOUS SERVICES
CLASH BETWEEN CABLE TRAY AND DUCT

CLASH IDENTIFIED AND RESOLVED
THROUGH BIM

CABLE TRAY=B
A B
1 AC_S.A_Duct : Ducts : Rectangular Duct : Default - Mark 77 : id 111349
EL_MV cable tray : Cable Trays : Cable Tray with Fittings : Channel Cable Tray -
Mark 1 : id 38109
Mark 1 : id 38109
Mark 1 : id 38109
Mark 1 : id 38109
Mark 4 : id 48696
Mark 4 : id 48696
Mark 5 : id 48851
Mark 5 : id 48851
Mark 5 : id 48851
Mark 5 : id 48851
Mark 6 : id 49117
Mark 6 : id 49117
EL_MV cable tray : Cable Tray Fittings : Channel Reducer : Standard - Mark 7 : id
49127
EL_LV cable tray : Cable Trays : Cable Tray with Fittings : Channel Cable Tray -
Mark 13 : id 49425
Mark 13 : id 49425
Mark 13 : id 49425
EL_LV cable tray : Cable Tray Fittings : Channel Horizontal Bend : Standard -
Mark 28 : id 50199
18
AC_S.A_Duct : Duct Fittings : Rectangular Elbow - Radius : 1 W - Mark
214 : id 102826
Mark 28 : id 50199
EL_LV cable tray : Cable Tray Fittings : Channel Reducer : Standard - Mark 30 :
id 50253
Mark 21 : id 51444
Mark 21 : id 51444
22
619 : id 118458
Mark 21 : id 51444
Mark 21 : id 51444
Mark 21 : id 51444
Mark 21 : id 51444
Mark 21 : id 51444
Mark 22 : id 67372
28
AC_S.A_Duct : Duct Fittings : Rectangular Wye - Curved - Transition :
Standard - Mark 191 : id 100128
Mark 44 : id 67382
Mark 44 : id 67382
30
214 : id 102826
Mark 44 : id 67382
Mark 44 : id 67382
Interference Report
DUCT =A

BOQ SCHEDULE
QUANTITY SCHEDULE EXTRACT DIRECTLY FROM BIM MODEL
1). FLOOR SCHEDULE
2). WALL SCHEDULE

3). DOOR SCHEDULE
4). WINDOW SCHEDULE

BIM_Presentation

More Related Content

Viewers also liked

Similar to BIM_Presentation

BIM_Presentation