Architecture Portfolio
Masters In Advanced Design & Digital Architecture (2013 - 2014, Elisava Escola Disseny, Barcelona): BIODE Lab
Arun Krishnamurthy
...01
Digital Fabrication Lab ...18 CODE Lab
...24
Software Skils:
Rhinoceros 3D, Google Sketchup, AutoCAD, Revit, Adobe Illustrator, Grasshopper 3D & KeyShot Render.
Office Works (Oct 2011 - Oct 2012, A&A Architects And Planners Pvt Ltd): ...32
Address:
#2, 1st Main, Dollars Colony, JP Nagar 4th Phase, Bangalore 560078.
email:
arun31787@gmail.com
Phone:
+91 7760719340
B.Arch, 2006 - 2011, Dayananda Sagar College Of Engineering: 8th Semester
...43
9th Semester
...44
10th Semester
...45
Revit Documentation: ...46
ELISAVA Masters in Advanced Design and Digital Architecture Bio Design Laboratory 2013-2014
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INTRODUCTION There is growing interest in finding guidelines in living systems to help us understand new forms of designing. The focus of this course is on observing how biological organisms achieve complex emergent structures from simple components. The structures and forms generated by natural systems are analyzed and understood as hierarchical organizations of very simple components in which the properties arising in an emergent manner are rather more than the sum of the parts. The objective is to learn and explore this knowledge to then transfer it and apply it to the design process of architecture and space. DESIGN In this research process, the form finding technique of proliferation of bending property of materials is adopted. This new approach to the creation of form through knowledge of material, and of its “intelligent� behavior, complemented by the use of parametric software and advanced modeling will enable to produce designs that are not only totally innovative in material, form and behavior, but also able to adapt to their environment.
Bending study of plastic strips
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The study of twisting the strips twice and connecting them was discontinued because the double twist caused uncontrolled bending at one end as shown. From this study a single twist and connection method was adopted for further development for the project. Study of curved plastic strips with double twist
03
Various combinations of single twist components and their change in form was analyzed and documented. The physical models were studied first and later digitized using photogrammetry software. The digital models helped in understanding the forms further.
04
Three forms with the required connections were selected for digitizing to extract parameters. These parameters were used in creating a code for digital simulation of the morphology.
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Analysis of digitized models
06
Developing the connection between the strips from a slit joint to pivot joint.
Study of just two types of end connections and the different forms they produced.
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First attempt to enclose a space using the previous studies
09
An algorithm based on the parameters collected from previous studies was developed. With this algorithm we could predict the growth of the system. The algorithm was tested against physical models. Now we could study growth of the system digitally. With the two types of connections already established, various combinations of the system could be analyzed without actually building it physically.
Digital simulation compared with physical models.
Grasshopper code to simulate the growth.
Variety of generations by changing two parameters. 10
Support system designed digitally first and tested.
Parametrically generated model selected for final prototype.
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Site Analysis
12
Daylight Analysis
Shadow Analysis
Dynamic Sysyem Analysis
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The roof is a tessellating structure based on the perpendiculars of the components
Possible solution to cover the openings.
3D printed ball joints for final prototype.
Change of material to wood was tested.
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ELISAVA Masters in Advanced Design and Digital Architecture Digital Fabrication Laboratory 2013-2014
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INTRODUCTION The objective of the workshop is to learn CAD/CAM(Computer Aided Design/ Computer Aided Manufacturing) and Rapid Prototyping tools to be able to fabricate complex components for laer designs. The workshop is an introduction to digital production and possibilities it offers to designers, both as a platform for testing ideas and the production of final objects for thesis. A 3D model will be developed in the design studio using paranetric principles. This model will then be manufactured using CNC(Computer Numeric Control) milling technique. The course will include milling simulation, operating the CNC, changing mills, double side milling and re-milling. The 3D model created for digital manufacturing was a parametric simulation of the ripple effect of water surface Ripples created from attractor points
Grasshopper code to generate ripples
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patches on the top face to to cover the holes but not to go through
soft curve that bends into the surface
patches move down by 20mm for the holes for milling the bottom side to avoid tool from making air passes
bridges for the last horizontal finishing
internal band of 35mm outer band of 15mm last band of 30mm
internal band of 35mm (1/2 tool holder size) moved down for last horizontal finishing to avoid tool from making air passes
FACE ONE CNC MILLING
2 1/2 axis hole pocketing 3mm flat mill
2 1/2 axis facing 12mm flatmill
2 1/2 axis pocketing 12mm flat mill
horizontal roughing 12mm flat mill
parallel finishing 6mm ball mill
horizontal roughing 12mm flat mill
parallel finishing 6mm ball mill
horizontal finishing capped holes 6mm long ball mill
horizontal finishing holes 6mm long ball mill
horizontal finishing 6mm long ball mill
FACE TWO CNC MILLING
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Scar caused by the tool during horizontal roughing due to excess cut feed rate Marks caused in the last horizontal finishing due to not checking entry and exit of the tool
RhonoCAM setup and CNC milling
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ELISAVA Masters in Advanced Design and Digital Architecture Computational Design Laboratory 2013-2014
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INTRODUCTION The modern definition of artificial intelligence is “the study of intelligent agents.” We say that an intelligent agent is a system that perceives its environment and takes actions that increase their chances of success. In computer science, the “evolutionary computation” is a sub field of artificial intelligence. This is a general term for several computational design techniques that are based in some way in the evolution of biological life in the natural world. This design process will be centered on these processes to achieve self-organization of systems, and generation of complex forms from simple rules.
1 Courtyard 2 Kitchen 3 Cafeteria 4 Lab 5 Classroom
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The goal of the project is to create a shelter in the courtyard using computational design process. This process involves experimenting with genetic engine software, programming, scripting and parametric equations to achieve design solutions. The site for this design program is the courtyard of ELISAVA Barcelona School of Design and Engineering.
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0 1
25
4
2M
4M
6M
8M
10M
12M
14M
March 1500 to 1600 June 1200 to 1300 December 1500 to 1600 September 0900 to 1000 Mar Jun/ Dec Sep
DATA CLOUD First step of the process is to extract data from the site for analysis. Location of Elisava courtyard is 41.3° latitude and 2.1° longitude according to the geographic coordinates. The courtyard is 15.7M x 26.5M in dimension. Longer axis of the courtyard is at an angle of 44° with the north axis. The availability of incident solar radiation on a given surface or at a certain point in space is called insolation. Autodesk® Ecotect® Analysis was used to calculate insolation levels of the courtyard. Insolation levels were calculated on an average hourly basis for three hours per day. These hours were 09:00-10:00, 12:00-13:00 and 15:00-16:00. The readings were taken at every 2.0M, starting at 2.0M from ground level of the courtyard and ending at 14.0M which gave us a total of seven readings per hour. This insolation analysis was done for four days which represent the two solstices during the year. The dates are March 20th (spring equinox), June 15th (summer solstice), September 22nd (autumn equinox) and December 21st (winter solstice). Average Sun vectors were also calculated.
LIGHT VECTORS MARCH
LIGHT VECTORS JUNE
+14.00m
+14.00m
+12.00m
+12.00m
+10.00m
+10.00m
+8.00m
+8.00m
+6.00m
+6.00m
+4.00m
+4.00m
±2.00m
±2.00m
±0.00m
±0.00m
12:00-13:00
09:00-10:00
15:00-16:00
09:00-10:00
12:00-13:00
LIGHT VECTORS SEPTEMBER
LIGHT VECTORS DECEMBER
+14.00m
+14.00m
+12.00m
+12.00m
+10.00m
+10.00m
+8.00m
+8.00m
+6.00m
+6.00m
+4.00m
+4.00m
±2.00m
±2.00m
±0.00m
±0.00m
12:00-13:00
09:00-10:00
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15:00-16:00
09:00-10:00
12:00-13:00
15:00-16:00
15:00-16:00
27
DATA SCAPE 1 Another way to visualize and process the data cloud was being developed simultaneously with data scape 1. In data scape 2 branching technique was adopted to visualize the data cloud. A square analysis grid points were created on the surface of the courtyard and illuminance values was calculated at every node. Nodes receiving more than 10,000 lux are selected. The python script creates a tree at these nodes. The number of branches and height of the tree is determined by the intensity of light that node receives.
Python code import rhinoscriptsyntax as rs #importing random module import random #creating a list to store output lines bLines = [ ] #defining Function #inputs: levels, starting line def drawbranch(x,line): #if we are at the final branch if x==0: #exit the function return #if not else: #loop through for as desired branches per level for i in range(0,branches): #find the Start and End points of the input line endpt = rs.CurveEndPoint(line) stpt = rs.CurveStartPoint(line) #create a vector from end points vect = rs.VectorCreate(endpt,stpt) #define a random value for rotation rnd = random.randint(rotDom.Min,rotDom.Max) #create a random vector for the rotation axis rndrot1 = random.randint(-5,5) rndrot2 = random.randint(-5,5) #rotate the line vector vect = rs.VectorRotate(vect,rnd,[rndrot1,rndrot2,0]) #find the new end point along vector ptadd = rs.PointAdd(endpt,vect) #create line and add to main list bLines.append(rs.AddLine(endpt,ptadd)) #call recursive function drawbranch(x-1,bLines[-1])
Python code explanation #create a list to store resulting lines #define Function #inputs: levels, starting line #if we are at the final branch #exit the function #if not #loop through for as desired branches per level #find the Start and End points of the input line #create a vector from end points #define a random value for rotation #create a random vector for the rotation axis #rotate the line vector #find the new end point along vector #create line and add to main list #call recursive function #Call to Function #return branch lines to output
Grasshopper Code
#Call to Function drawbranch(levels,sLine) #return branch lines to output Lines = bLinesz
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DATA SCAPE 2 A data scape is a 3D dynamic polystructure. The result of processing the data on a 3D scenario will define a specific data scape. Parameters extracted from the data cloud analysis are: 1. Control points in the courtyard receiving maximum solar radiation. 2. Average solar vectors during summer season. By logical interconnection of parameters through python scripting we can define a specific data scape. The datascape visualization is achieved by combining average solar vectors and horizontal solar insolation values.
98 sqm
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RELATIONAL STRUCTURE Data scape 2 was chosen to proceed with new project conditions and using processes to inform the data visualization. New structures connecting data points will allow the development of morphologies to achieve volumetric and spatial response in some way related to the interaction site to system. The target of the relational structures is to simplify the outcome diagrams and make them more comprehensive in terms of form. Openings in the hexagonal polysurface is directly proportional to average horizontal radiation calculated earlier, allowing only required amount of solar radiation to pass through. Angle of each hexagonal polysurface is perpendicular to the average solar vectors.
PYTHON CODE import rhinoscriptsyntax as rs #example starting with a grid of vertical and horizontal lines def isPair(n): pair = True for i in range(n): if pair==True: pair=False else: pair = True return pair #returns if a number is pair or not #get hexagons points through the center of the hexagon def hexPts(m,n): ptsHex = [] vec = rs.VectorCreate(pts[m][n+1], pts[m][n]) scale = 2*1/3 vec = rs.VectorScale(vec,scale) pt_0 = rs.PointAdd(vec, pts[m][n]) vec = rs.VectorCreate(pts[m+1][n+1], pts[m+1][n]) scale = 1/3 vec = rs.VectorScale(vec,scale) pt_1 = rs.PointAdd(vec, pts[m+1][n]) vec = rs.VectorCreate(pts[m+1][n-1], pts[m+1][n]) scale = 1/3 vec = rs.VectorScale(vec,scale) pt_2 = rs.PointAdd(vec, pts[m+1][n]) vec = rs.VectorCreate(pts[m][n-1], pts[m][n]) scale = 2*1/3 vec = rs.VectorScale(vec,scale) pt_3 = rs.PointAdd(vec, pts[m][n]) vec = rs.VectorCreate(pts[m-1][n-1], pts[m-1][n]) scale = 1/3 vec = rs.VectorScale(vec,scale) pt_4 = rs.PointAdd(vec, pts[m-1][n]) vec = rs.VectorCreate(pts[m-1][n+1], pts[m-1][n]) scale = 1/3 vec = rs.VectorScale(vec,scale) pt_5 = rs.PointAdd(vec, pts[m-1][n]) ptsHex.append(pt_0) ptsHex.append(pt_1) ptsHex.append(pt_2) ptsHex.append(pt_3) ptsHex.append(pt_4) ptsHex.append(pt_5) ptsHex.append(pt_0) return ptsHex #select grid lines linesV = inUCrvs #linesV = rs.GetObjects("select vertical lines") linesH = inVCrvs #linesH = rs.GetObjects("select horizontal lines") #define number of hexagons x line #numRows = 8 #get grid points through the curves selected ( intersection points ) pts = [] for i in range(len(linesV)): pts.append([]) for j in range(len(linesH)): #get intersection between curves to get grid points ptIntersect = rs.CurveCurveIntersection(linesV[i], linesH[j]) #rs.CurveCurveIntersection( print ptIntersect pts[i].append(ptIntersect[0][1]) #rs.AddCircle(ptIntersect[0][1], 0.1) #get and store grid coordinates where there is a center of an hexagon hexCenters = [] for i in range(1,len(pts)-1): for j in range(1,len(pts[i])-1): if isPair(i) == False and isPair(j) == False: tup = (i,j) hexCenters.append(tup) #rs.AddCircle(pts[i][j],0.5) if isPair(i) == True and isPair(j) == True: tup = (i,j) hexCenters.append(tup) #rs.AddCircle(pts[i][j],0.5) hex = [] outHex = hex
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31
A&A Architects and Planners Pvt. Ltd. Office Works 2011-2012
32
JAYANAGAR OFFICE CONCEPT MODEL
33
G CORP MASTER PLAN CONCEPT
34
DN
Duct
DN
12M WIDE ROAD ON WEST
LOBBY 3350X3430MM
15000
UP
LIFT 1850X1650MM BASEMENT 15250X13380
DECK 3950X4720MM
LIVING 4800X6860MM
ENTRY
BEDROOM -1 4550X 3680MM
LOBBY 3200X3430MM WALK IN WARDROBE 1700X2200MM
DN UP
TOILET 2800X2200MM
FOYER 1500X2300MM
LIFT 1850X1650MM
15000
12M WIDE ROAD ON WEST
DECK 1600X2960MM
Duct
TOILET 2800X2200MM
WALK IN WARDROBE 1700X2200MM
DINNING 3950X4580MM
Duct SHOW KITCHEN 3700X3000MM MASTER BEDROOM 4050X 4500MM
SERVICES 4500X6050
C.TOILET 1300X1600MM
WALK IN WARDROBE 1700X2550MM
BALCONY 1750X3300MM
BEDROOM -2 3850X3680MM S.TOILET 1450X800MM
Duct WORKING KITCHEN 2250X2600MM
SERVANT ROOM 1500X1800MM
M.TOILET 2700X2000MM
Duct
UTILITY 3500X2750MM
DECK 2000X3265MM
Duct
26550 BASEMENT FLOOR
26550 GROUND FLOOR
Duct
DN
Duct
DN
LIVING 4800X6860MM
LOBBY 4850X5610MM
LIVING 4800X6860MM
DECK 3950X4720MM
BEDROOM -1 4550X 3680MM
DECK 3950X4720MM
BEDROOM -1 4550X 3680MM
LOBBY 3200X3430MM
LIFT 1850X1650MM
FOYER 1500X2300MM
WALK IN WARDROBE 1700X2200MM
DINNING 3950X4580MM
SHOW KITCHEN 3700X3000MM
MASTER BEDROOM 4050X 4500MM
BALCONY 1750X3300MM
Gokaldas Apartment
Site Area 4400 Sqft Basement Area 2946.96 Sqft Ground Floor Area 2873.85 First Floor 2958.45Sqft Second floor 2880.63
S.TOILET 1450X800MM
M.TOILET 2700X2000MM
DECK 2000X3265MM
BEDROOM -2 3850X3680MM
C.TOILET 1300X1600MM
WORKING KITCHEN 2250X2600MM
SERVANT ROOM 1500X1800MM
Duct
TOILET 2800X2200MM
SHOW KITCHEN 3700X3000MM WALK IN WARDROBE 1700X2550MM
BALCONY 1750X3300MM
Duct
WALK IN WARDROBE 1700X2200MM
DINNING 3950X4580MM
MASTER BEDROOM 4050X 4500MM
UTILITY 3500X2750MM
DECK 2000X3265MM
Duct
Duct
S.TOILET 1450X800MM
TOILET 2800X2200MM
FOYER 1500X2300MM
TOILET 2800X2200MM
Duct
WORKING KITCHEN 2250X2600MM M.TOILET 2700X2000MM
LIFT 1850X1650MM
BEDROOM -2 3850X3680MM
C.TOILET 1300X1600MM
WALK IN WARDROBE 1700X2550MM
WALK IN WARDROBE 1700X2200MM
UP
Duct
Duct
Duct
TOILET 2800X2200MM
15000
UP
DN
15000
WALK IN WARDROBE 1700X2200MM
DN
Duct SERVANT ROOM 1500X1800MM UTILITY 3500X2750MM
Duct
26550 FIRST FLOOR
26550 SECOND FLOOR
N
35a
0
1
3
C.WC 1550X1200MM
DN
DRYIN/OUT LOBBY 6825X3000MM
CHANGING ROOM 1725X1600MM
LOBBY 2500X3150MM
HANDWASH 1550X1730MM
SHOWER 1775X1200MM
WETIN/OUT
WC 1775X1200MM
COVERED WALK WAY 1560MM WIDE
DN
15000
STEAM 2300X3425MM
LAWN 6825X4000MM
JACUZZI 2525X2 960MM
DECK
LAP POOL 11800X2700MM
TREATMENT /MASSAGE 2225X3300MM
SAUNA 2300X3425MM
SHOWER 1200X1800MM
26550 TERRACE FLOOR
N
0
1
3
35b
36580.0
GROUND FLOOR
4762.7
ENTRANCE
MASTER BEDROOM 3550 x 3410 MM
3100.0
DECK 1250 X 4128 MM
1250.0
4762.7
1800.0
2000.0
1250.0
3199.7
3199.7
GUEST BEDROOM 3550 x 3200 MM
3550.0
3550.0
3550.0
DOWN TO BASEMENT
4127.5
UP TO GROUND FLOOR
10940.0 1200.0
TOILET 2100 x 1650 MM
1275.0
2920.0
8920.0
TOILET 2000 x 1650 MM
KITCHEN 3495 x 2625 MM
4380.0 10940.0 1200.0
TOILET 2100 x 1650 MM
1275.0 8920.0 KITCHEN 3495 x 2625 MM
5190.1
1200.0
TOILET 2000 x 1650 MM
3495.0 DINING 5170 x 3590 MM
DINING 5170 x 3590 MM
2625.2
3475.0
DECK 2470 x1150 MM
4127.5
3495.0
BEDROOM 3200 x 3475
3200.0
5190.1
BEDROOM 3200 x 3475
2625.2
UTILITY 2375 x 1650 MM
1500.0
2375.0
1650.0
3590.3
3590.3
9000.0
24390.0
2690.0
DECK 2470 x1150 MM
2375.0
FOYER 1500 x 2250 MM
2400.0
3200.0
3475.0
UTILITY 2375 x 1650 MM
1500.0
FOYER 1500 x 2250 MM
1650.0
4380.0
9000.0 1350.0
TYPICAL FLOOR AREA OF EACH UNIT =138.85 SQ.MT.
TOILET 2100 x 1650 MM
LIVING 4645 x 4128 MM
TOILET 2100 x 1650 MM
2000.0 3100.0
MASTER BEDROOM 3550 x 3410 MM
GUEST BEDROOM 3550 x 3200 MM
3550.0
LIVING 4645 x 4128 MM
DECK 2000 x3000 MM
1800.0
3200.0
3200.0
5025.0
1350.0
DN
2690.0 9000.0
3590.3
3590.3
1650.0
DECK 2470 x1150 MM
1500.0
UTILITY 2375 x 1650 MM
3475.0 BEDROOM 3200 x 3475
3200.0
FOYER 1500 x 2250 MM
FOYER 1500 x 2250 MM
2375.0
1650.0 2375.0 UTILITY 2375 x 1650 MM
1500.0
DINING 5170 x 3590 MM
DINING 5170 x 3590 MM
2625.2
TOILET 2000 x 1650 MM
KITCHEN 3495 x 2625 MM
3200.0
3495.0
5190.1
KITCHEN 3495 x 2625 MM
5190.1
8920.0
TOILET 2000 x 1650 MM
8920 .0
1275.0
TOILET 2100 x 1650 MM
1275.0 1200.0 LIVING 4645 x 4128 MM
TOILET 2100 x 1650 MM
4127.5 TOILET 2100 x 1650 MM
TOILET 2100 x 1650 MM
2399.3 3550.0 MASTER BEDROOM 3550 x 3410 MM
3100.0 2000.0
1800.0
GUEST BEDROOM 3550 x 3200 MM
3550.0
GUEST BEDROOM 3550 x 3200 MM
3550.0
3199.7
MASTER BEDROOM 3550.0 3550 x 3410 MM
3199.7
4762.7 1250.0
1250.0
DECK 2000 x3000 MM
1800.0
4762.7 DECK 1250 X 4128 MM
DECK 1250 X 4128 MM
GROUND FLOOR
1950.0
0
36580.0
1950.0
DECK 4128X1250MM
1250.0
4762.7
1800.0
DECK 2000.0 2000 x3000 MM 3100.0
DECK 4128X1250MM
4127.5
MASTER BEDROOM 3550 x 3410 MM
3550.0
1250.0
4762.7
4127.5
3199.7 GUEST BEDROOM 3550 x 3200 MM
TOILET 2100 x 1650 MM
3550.0
4020.0
LIVING 5890 x 4128 MM
3550.0
LIVING 5890 x 4128 MM
3199.7 GUEST BEDROOM 3550 x 3200 MM
DECK 2000 x3000 MM
1800.0
2000.0 3100.0
MASTER BEDROOM 3550 x 3410 MM
3550.0 TOILET 2100 x 1650 MM
3330.0
10940.0
10940.0
1200.0
TOILET 2100 x 1650 MM
1200.0 10170.0
1275.0
2920.0
TOILET 2000 x 1650 MM BEDROOM 3200 x 3475
3200.0
10170 .0
5190.1
KITCHEN 3495 x 2625 MM
TOILET 2100 x 1650 MM
1275.0
KITCHEN 3495 x 2625 MM
5190.1
3495.0
TOILET 2000 x 1650 MM
3495.0
2625.2
3475.0
DECK 2470 x1150 MM
BEDROOM 3200 x 3475
2625.2
DINING 5170 x 3590 MM
3200.0
3475.0
UTILITY 2375 x 1650 MM
1500.0
2375.0
FOYER 1500 x 2250 MM
1650.0
2400.0
DECK 2470 x1150 MM
UTILITY 2375.0 2375 x 1650 MM
1500.0 FOYER 1500 x 2250 MM
DINING 5170 x 3590 MM
3590.3
1650.0
3590.3
24390.0 3590.3
3590.3 DINING 5170 x 3590 MM
1650.0
BEDROOM 3200 x 3475
BEDROOM 3200 x 3475
2625.2 LIFT 1850X1650MM
3495.0 TOILET 2000 x 1650 MM
KITCHEN 3495 x 2625 MM
3495.0
5190.1
1275.0
5190.1
10170.0
KITCHEN 3495 x 2625 MM
1275.0 TOILET 2100 x 1650 MM
1200.0 10940.0
10940.0
TOILET 2100 x 1650 MM
TOILET 2100 x 1650 MM
3550.0 2000.0 DECK 2000 x3000 MM
1800.0
3200.0
TOILET 2000 x 1650 MM
10170.0 2400.0
1200.0
3100.0
DECK 2470 x1150 MM
3475.0 2625.2
1870.0
TOILET 2100 x 1650 MM
1650.0 UTILITY 2375.0 2375 x 1650 MM
1500.0
1500.0
UTILITY 2375 x 1650 MM
3475.0 3200.0
DINING 5170 x 3590 MM
FOYER 1500 x 2250 MM
FOYER 1500 x 2250 MM
2375.0 DECK 2470 x1150 MM
TOTAL BUILT UP AREA = 565.09+ (585.09 X 2) = 1743.27SQMT
10940.0
LIVING 4645 x 4128 MM
4127.5
MASTER BEDROOM 3550 x 3410 MM
GUEST BEDROOM 3550 x 3200 MM 3199.7
3550.0
LIVING 5890 x 4128 MM
LIVING 5890 x 4128 MM
3550.0
GUEST BEDROOM 3550 x 3200 MM
3199.7 4127.5
4762.7
1250.0
4127.5
DECK 4128X1250MM
1950.0
DECK 4128X1250MM
MASTER BEDROOM 3550 x 3410 MM
4762.7
1250.0
TYPICAL FLOOR
3550.0 3100.0 1800.0
2000.0 DECK 2000 x3000 MM
1000
1494.58SQ.FT.
319.58 SQ.FT. COMMON SPACE AREA = 29.69 SQ. MT. TOTAL BUILT UP AREA PER FLOOR = (138.85 X 4) + 29.69 6297.90 SQ.FT. = 585.09 SQ. MT.
1200.0 10940.0
DECK 2000 x3000 MM
DECK 2470 x1150 MM
3475.0 BEDROOM 3200 x 3475
2625.2
LIFT 1850X1650MM
3495.0 1870.0
1440.76 SQ.FT.
319.58 SQ.FT. COMMON SPACE AREA = 29.69 SQ. MT. TOTAL BUILT UP AREA PER FLOOR = (133.85 X 4) + 29.69 6082.62 SQ.FT. = 565.09 SQ. MT.
ROAD ON EAST
DECK 1250 X 4128 MM
DECK 2000 x3000 MM
AREA OF EACH UNIT =133.85 SQ.MT.
ENTRANCE
1950.0
3000
18764.55 SQ.FT.
Army Housing
JAY APARTMENT
BASEMENT PLAN
TYPICAL FLOOR PLAN
GROUND FLOOR PLAN
36a
JAY APARTMENT
36b
MANYATA TECH PARK ROW HOUSING
B4
2
B3 sqm
GROUND FLOOR PLAN
BASEMENT FLOOR
B1
46.0
136.1sqm
B5
175.260sqm
2
7
25 30 35 41
36
42
37
43
20
26
31
4 10
16
22
28
33
39
45
15
21
27
32
38
44
14
9
5 11
6
N
12
17
23
TERRACE FLOOR PLAN
FIRST FLOOR PLAN
18
24
29 SITE AREA = 14556.8620 sq. m
34
PLOT AREA = 6404.78 sq. m - 44% ROAD = 4075.92 sq. m -28% LANDSCAPE/ PATH/ RAMP= 4079.921 sq. m -28%
40
46
0
10
30
UTILITY
LUMBER ROOM 2400 X2950
KITCHEN 3100X3400
SHOWER
UTILITY BELOW
DINING
19
3
B7
13
8
B6
1
BEDROOM 4200 X 3650
LIFT
LIFT
TOILET 1500x2400
LIFT
DN
GYM
DN
LIVING
UP
TOILET 1500x2100
UP
FOYER 1450 X 1600
TOILET 1500x2100
LIVING BELOW
LIVING 3500 X3500
TOILET 1500x2100 BEDROOM 3500 X3500
BEDROOM 3500 X3500
BALCONY 1600 X 2050
1600 X 2050
SERVANTS ROOM 2400 X2100
UP
BASEMENT FLOOR
FIRST FLOOR PLAN
GROUND FLOOR PLAN
37
TERRACE FLOOR PLAN
0
1
3
3
LIFT
DN
ROOM 5030X6100 2
2
LAWN 9730X11480
SECTION 1
JACUZZI 6920X4684
1
1
3
MURALI HOUSE TERRACE GARDEN
TERRACE PLAN
0
1
3
SECTION 2
HEIGHT TO BE CHECKED AT SITE
680.5
HEIGHT TO BE CHECKED AT SITE
1199.5 600.0
V
500.0
1200.3 1000.1
~
~
1026.1
1026.1 900.0
460.0
3200.0
900.0
3200.0
2387.8 1
4
2
3
1361.7
D
750.1 2150.0
1879.8
2100.0
2150.0
2150.0
1250.0
1250.0
611.7 750.0
750.0
749.9
475.2 1879.8
PLAN
ELEVATION 1
ELEVATION 2
ELEVATION 3
38
ELEVATION 4
INDEX DOOR
D
750 X 2150
VENTILATOR
V
600 X 900
SECTION 3
To
G
M
Pa
lya
JEEVAN BHEEMA NAGAR APARTMENTS
se d W Dr al ain l
LIFT1900 X 2100
UP 1.5 M WIDE PASSAGE
1.5 M WIDE PASSAGE
1.5 M WIDE PASSAGE UP
lo
UP
O
p
e
n
C
LIFT1900 X 2100
Ground Floor Plan
L A n
ai
d se
Dr
o
Cl
H
Op
R
o
a
d
D.S
en
Op Ent
en
erpr
ises
22
10
n
3.5
Ma Pre ple Be -Sc ar hoo l
e
7.
8.4 00
Bui
23
33
O
65
2.6
p
3
g
45
ldin
10
Op
en
115 860 590.7 .4
103
d sed
te n
D 100
258
110 1
87.6
ura
.4
DR
iba
va
sid
ET
FR
OM
Re
na
.0
Gate
or
Bui en
ldin
cy
g
Bui
ldin
TOTAL TYPICAL FLOOR AREA
14362.84 sq ft X 4 = 57451.36 sq ft
SITE PLAN AREA 40513.50 sq ft
TOTAL FOURTH FLOOR AREA 4BHK & 2BHK DUPLEX
21055.92 sq ft
TOTAL FLOOR AREA
78507.28 sq ft
TOTAL COMMON AREA
1576.7SQFT.X6=9460.2 sq ft
TOTAL AREA
86390.78 sq ft
ACHIVED FAR
86390.78/40513.50 sq ft =2.13
0
5m
39
2
4.
35
21
00 50
rain
po
FS
na
Gate
An
OF
oad G Clos ate ed D
Va
Ga
UN
ain R
Bri n Ap dhava par tme nam nt
ARO
m
1st M
ALL
13
8.8 48 7
te
dh
AD
AIN
Ma
RO
Clo s Ga ed D te rai
5m
Gate
Ga
24'-8 1/2"
Dra
in
ENT R EXIT ANCE/
Buil
T
Roa
Clo
ding
ma
e oB
ad
o lR
15m
g
2nd
Ma
in R
oad
G.L.
3075
1750
3825
DINING 2881 X 3825
TOILET BEDROOM BEDROOM
TOILET BEDROOM BEDROOM
TOILET BEDROOM BEDROOM
TOILET BEDROOM
BEDROOM
BEDROOM
BEDROOM
BEDROOM
BEDROOM
TOILET
TOILET
TOILET
TOILET
TOILET
DINING
COM. TOI. 1650 X 2200
BALCONY 2750 X 1025
BALCONY 2750 X 1025
DINING
2200
2750
1100
2750
2BHK BLOCK PLAN
0
1
BATHROOM 1650 X 2200
1650
1650
BEDROOM 3850 X 3200
3200
COM. TOI. X 2200
1650 2200
2200
LIVING
3200
LIVING
3850
4000
MASTER BEDROOM 4000 X 3200
LIVING
1100
TOILET
LIVING 4311 X 4825
2900
DINING
2200
BALCONY 1750 X 2900
3200
TOILET
BEDROOM 3220 X 3200
2881
4825
3220
1675
BEDROOM
2781
4311
1500
3300
1650
1850
3175
TOILET
1650
BATHROOM 1650 X 2200
UTILITY 2325 X 1850
2073
3275
3200
KITCHEN 2781 X 3175
TOILET
2200
FOYER 2073 X 13501350
TOILET
BATHROOM 1650 X 2200
LIVING 5977 X 4461
DINING 2893 X 2561
2561
2325
ENTRANCE
GUEST BEDROOM 3270 X 3070
4461
LIVING
2511
UP
BEDROOM
2893
BALCONY 1075 X 2511
1.5M WIDE CORRIDOR
1.5M WIDE CORRIDOR LIFT 1900 X 2100 5977
1075
BEDROOM
BEDROOM
2775
2743
TOILET
KITCHEN 2740 X 2775
TOILET
UTILITY 2000 X 1850
BEDROOM
LIFT 1900 X 2100 1.5M WIDE CORRIDOR
TOILET
1850
BEDROOM
BEDROOM
BEDROOM
TOILET
G.L.
UP 1.5M WIDE CORRIDOR ENTRANCE
2000
3
3000
BALCONY 3000 X 1125
1125
1125
BALCONY 2750 X 1125
KITCHEN 2740 X 2770
LIVING DINING TOILET TOILET TOILET
SECTION
TOILET
TOILET DINING
LIVING DINING TOILET
LIVING DINING
TOILET
TOILET
TOILET TOILET
TOILET
DINING
1850
UTILITY 2000 X 1850
TOILET DINING
ENTRANCE
TOILET
TOILET TOILET TOILET
TOILET
FRONT ELEVATION
UP
2000
TOILET
3
DINING
1
LIVING
0
LIVING
2750
3BHK TYPICAL BLOCK PLAN
UP 2775
LIFT 1900 X 2100
2743
BALCONY 1650 X 2211
1650
LIVING
UP
3275
4311
1100
DINING
2881
LIVING
BATHROOM 1650 X 2200
DINING
BALCONY 2750 X 1025
2200 3075
UP
LIVING
GUEST BEDROOM 3270 X 3070
3175
2781
BATHROOM 1650 X 2200
DINING
KITCHEN 2781 X 3175
2200
DINING
UTILITY 2325 X 1850
1650 2200
LIVING
ENTRANCE
3200
1650
LIVING
UP
2325
1850
3200
COM. TOI. 1650 X 2200
1.5M WIDE CORRIDOR
1.5M WIDE CORRIDOR BEDROOM 3200 X 3200
3320
3200
LIVING
2211
1625
BEDROOM 3320 X 3200
LIVING
LIFT 1900 X 2100
1650
DINING 2890 X 2560
2561
LIVING
4461
LIVING
LIVING 5677 X 4461
1075
BALCONY 1075 X 2510 2511
LIVING
5977
2750
TOILET
TOILET
TOILET
TOILET
TOILET FIRST FLOOR LVL +3700 FINISHED FLOOR LVL
GROUND FLOOR LVL +800 FINISHED FLOOR LVL
FIRST FLOOR LVL +3700 FINISHED FLOOR LVL
GROUND FLOOR LVL +800 FINISHED FLOOR LVL
BASEMENT FLOOR LVL -3250 FINISHED FLOOR LVL
TOILET SECOND FLOOR LVL +6600 FINISHED FLOOR LVL SECOND FLOOR LVL +6600 FINISHED FLOOR LVL
TOILET
TOILET THIRD FLOOR LVL +9500 FINISHED FLOOR LVL THIRD FLOOR LVL +9500 FINISHED FLOOR LVL
G.L.
TOILET FOURTH FLOOR LVL +12400 FINISHED FLOOR LVL
TERRACE FLOOR LVL +14950 FINISHED FLOOR LVL
GROUND FLOOR LVL +800 FINISHED FLOOR LVL
FOURTH FLOOR LVL +12400 FINISHED FLOOR LVL
FIRST FLOOR LVL +3700 FINISHED FLOOR LVL
3200
BATHROOM 1650 X 2200
GROUND FLOOR LVL +800 FINISHED FLOOR LVL
2200
FIRST FLOOR LVL +3700 FINISHED FLOOR LVL
1650
2200
SECOND FLOOR LVL +6600 FINISHED FLOOR LVL
1650
SECOND FLOOR LVL +6600 FINISHED FLOOR LVL
4000 3200
THIRD FLOOR LVL +9500 FINISHED FLOOR LVL
3850
THIRD FLOOR LVL +9500 FINISHED FLOOR LVL
MASTER BEDROOM 4000 X 3200
BEDROOM 3850 X 3200
G.L.
2900
FOURTH FLOOR LVL +12400 FINISHED FLOOR LVL
3
FOURTH FLOOR LVL +12400 FINISHED FLOOR LVL
1
TERRACE FLOOR LVL +14950 FINISHED FLOOR LVL
0
BALCONY 1750 X 2900
LIVING 4311 X 4825
TERRACE FLOOR LVL +14950 FINISHED FLOOR LVL
3BHK DUPLEX BLOCK PLAN
3825
TOILET
1750
4825
DINING 2881 X 3825
LOWER FLOOR UNIT AREA
COM. TOI. 1650 X 2200 DN
DN
BALCONY 2750 X 1125
3000 1125
1125
BALCONY 3000 X 1125
2750
UP
0
1
3
G.L.
4BHK DUPLEX BLOCK PLAN
BEDROOM 4072 X 2916 4072
LIFT 1900 X 2100
DN
DN
4698
DN
DN
UPPER FLOOR UNIT AREA 0
1
3
DN
1850
GARDEN 2400 X 1850 BATHROOM 1650 X 2200
2400
2200
5375
DN
BEDROOM 3925 X 5275
1650
DN
6542
LIVING 6542 X 4550
UPPER FLOOR AREA
4BHK DUPLEX BLOCK PLAN
39b
0
1
3
BASEMENT FLOOR LVL -3250 FINISHED FLOOR LVL
3BHK DUPLEX BLOCK PLAN
LIFT 1900 X 2100
G.L.
3016
TERRACE FLOOR LVL +14950 FINISHED FLOOR LVL
1500 2916
G.L.
BATHROOM 2050 X 1700
G.L.
LOWER FLOOR UNIT AREA
2050
1700
LIFT
LIFT
LIFT
LIFT
LIFT
LIFT
M
Pa
LIFT
lya
LIFT
LIFT
LIFT
LIFT
JEEVAN BHEEMA NAGAR VILLAS
LIFT
LIFT
LIFT
LIFT
LIFT
LIFT
ENTRY/ EXIT
e
Cl
n
LIFT
os
LIFT
LIFT
LIFT
LIFT
ed W Drai a ll n
To
G
6m WIDE ROAD
p
TF
L
O
GROUND FLOOR PLAN
n
Ope
n
5.1
sqm
95.69
12719.0
4
6
3
9144.0
4
33
e
.43
sqm
94.36
10708.4
71
n
R
69
sqm
94.26
10547.9
9144.0
5
p
9144.0
sqm
O
94.26
10383.2
6
Road
97.64
10721.4
Clos
ed D
sqm
94.18
10302.2
9144.0
7
10
11305.2
sqm
94.03
10295.8
9144.0
9
9144.0
10
12534.3
3.
41
138.3
14
12358.0
9144.0
9144.0
15
12046.5
111.6 5
Building
d
20164.67
Be ma lR oa
16
11768.4
17
106.3
To
18
11318.7
104.5
.23
Ann
va Re sid
9144.0
11044.7
98808
ura
9144.0
19
102.2
apo
orna
99.10
20
10471.0
9144.0
9144.1
sqm
10727.3
21
95.35
sqm
10509.9
22
97.33
10300.0
sqm
Buildi
ng
6693
.86
95.14
sqm
Build
Gate Closed D
ing
rain
Gate
Vaiba
sqm
3387
.05
2nd
10230.1
9144.0
4 sqm
Road
12
9144.0
9 sqm
5096.33
Gate
93.74
10260.7
9144.0
Gate
1st Main
11
9144.0
11527.3
6 sqm
Madh
sqm
9144.0
9144.0
108.8
9 sqm
rain
Gate
sqm
93.93
10280.1
6.32
1 sqm
sqm
10287.9
9144.0
3035
19
8
6000
13
94.10
10306.8
.00
9144.0
sqm
ency
SITE PLAN AREA 40513.50 sq ft
0
5m
15m
Brin dh App avanam artm ent
2 5.8
o
22
Gate
sqm
10680.4
n
Clos ed D rain Gate
a
1
Ope
ng
97.84
10682.6
Mapl e Pre-S Bear choo l
Buildi
d
0 sqm
7.36
123.5
4414
1331
H
Cl
A
os ed
Dr ain
Ope
Main
Roa
d
SERVANTS 1440X1800
1500.0
TOILET 900X1500
1800.0
900.0
2280.2 2420.4
3100.0
1440.0 1350.0
KITCHEN 3100X2390
1590.0 1539.6
2390.0
2390.0
STORE 1590X1540
2024.6
DINING 2420X2390 POWDER 1250X1250 1250.1
TOILET 1950X1800
4445.0 1250.0
1800.0
LIFT
4900.4
LIFT
1950.0
LIVING 4445X4900 BEDROOM 3050X3440
UP
UP
3050.0
DN 3440.0 1250.0 1050.0
2080.0
2899.5
BASEMENT FLOOR PLAN
GROUND FLOOR PLAN
1350.0
1350.0 3100.0
MASTER BEDROOM 4445X4340
1790.0
WALK IN WARDROBE 3100X1790
2350.0 1790.0
WALK IN WARDROBE 2350X1790
1874.6 3190.1
3270.4
4340.1
TOILET 1850.12350X1850
TOILET 1950X1800
2060.3
1500.0
2350.0
2400.1
TOILET 1500X2400
1800.0
1950.0
TERRACE 1875X2060
BEDROOM 3270X3190
4445.0
LIFT
BEDROOM 3050X3440
CUT OUT
BALCONY 1955X 1950
LIFT
BASEMENT FLOOR PLAN
25.15 sqm
GROUND FLOOR PLAN
65.21 sqm
FIRSR FLOOR PLAN
64.79 sqm
SECOND FLOOR PLAN
64.12 sqm
3255.0
2900.0
Lanscape
FAMILY 3255X2900
1950.0
3050.0
DN
1954.7
UP 3440.0
1954.6 1100.0
FIRST FLOOR PLAN
SECOND FLOOR PLAN
BALCONY 1955X 1100
NANDI RETREAT APARTMENT MODEL
40
GOKALDAS PAPER FACTORY
DIRECTOR 5775 X 3163
MEETING ROOM 4100 X 3200
WORK SPACE 2 2775 X 3875
WORK SPACE 1 3537 X 6807
DIRECTOR 3780 X 3567 WAITING AREA 2560 X 2058
STORE 2751 X 2932
0
1
2
N
41
Dayananda Sagar College of Engineering B.Arch. 2006-2011
42
ES R TU C IN LE AB 3M C MX 3 LL
L 15 EC M TU X RE 15 H M A
E R O 3M ST MX 3
ES R TU C IN LE AB 3M C MX 3
B LA P M M O 5.1 C MX 6
EN H C 6M KIT MX 6 LL
LL
L 15 EC M TU X RE 15 H M A
L
AL H E R M TU 15 C X LE 5M 1
YY
L AL H E R M TU 15 C X LE 5M 1 P
U
PLAN GROUND FLOOR EDUCATIONAL BLOCK
SECTION XX 1
SECTION YY
LL
L 15 EC M TU X RE 15 H M A
LL
15 C M TU X RE 15 H M A
LE
LL
L 15 EC M TU X RE 15 H M A
LL
L 15 EC M TU X RE 15 H M A
U P
C 15 OM M PU X1 T 0M ER
B
LA
S 4.2 TO 6M RE X6 M
N .7 DER 7M
AT 4M TE X1
LL
L 15 EC M TU X RE 15 H M A
7M
.7
TO 2M I X1
H 6M OD X4 'S .7 OF 5M F IC E
S 4.2 TO 6M RE X6 M
S 9.8 EM 6M INA X9 R M HA L
L
L 15 EC M TU X RE 15 H M A LL
M 8.7 EE 5M TIN X5 G .7 RO 8M O M
C 9.9 OU 8M RT X8 .9
C 5 1 OU .0 RT 2M X1 0
4M
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M
M 13 EE .5 TIN 9M G X2 R 0.5 OO 9M M
IN A X9 R M HA LL
U P
S 4.2 TO 6M RE X6 M
M 13 EE .5 TIN 9M G X2 R 0.5 OO 9M M
M 8.7 EE 5M TIN X5 G .7 RO 8M O M
W 26 ET X2 L 6M AB
H 6 M OD X4 'S .7 OF 5M F IC E
K 6M ITC X6 HE M N
ATTEN.'S RM 2.49MX3.51M
L 15 EC M TU X RE 15 H M A
B LA M ET 6 W X2
26
M
.8
0 RT X1 U O 2M C 5.1 3
L
AL H E R M TU 15 C X LE 5M 1
43
M
L
AL H E R M TU 15 C X LE 5M 1
L
AL H E R M TU 15 C X LE 5M 1
SECTION XX
S 9.8 EM 6M
M
HALL OF ADMISSION 14MX10.62M
.8
B
LA
C 9.2 OU 1M RT X3 .8
STORE 6MX3.51M
C 35 OU .1 RT 2M X1 0
B
LA
B
LA
M R ER RV 3M SE MX 3
R TE PU M M 0 O X1 C 5M 1
L
AL H E R M TU 15 C X LE 5M 1
L
AL H E R M TU 15 C X LE 5M 1
cafe
LL
R TE PU M M 0 O X1 C 5M 1
E M R 6 O MX ST .26 4
P U
L
AL H E R M TU 15 C X LE 5M 1 S 3M ER X3 VE M RR M
S 4.2 TO 6M RE X6 M
CONFERENCE ROOM 9.5MX8.66M
L 15 EC M TU X RE 15 H M A
L C 15 OM M PU X1 T 0M ER
Y 4M AR .2 R 21 X LIB 5M 1
AL H AR IN 9M M MX SE .86 9
E M R 6 O MX ST .26 4
L
library
P
M
E M R 6 O MX ST .26 4
L
M O O R G 8M TIN X5.7 EE M M .75 8
E IC FF O 'S 5M D O 4.7 H MX 6
AL H E R M TU 15 C X LE 5M 1
U
RT 3.8 U X O M C .21 9
E M R 6 O MX ST .26 4
AL H AR IN 9M M MX SE .86 9
4M
M RT 8.9 U X O M C .98 9
0.8
L W 26 ET X2 L 6M AB
M O O R G 8M TIN X5.7 EE M M .75 8
M O O R 9M G 0.5 TIN X2 EE 9M M 3.5 1
M O O R 9M G 0.5 TIN X2 EE 9M M 3.5 1 L 15 IBR M AR X2 Y 1.2 4M
E IC FF O 'S 5M D O 4.7 H MX 6
B LA M ET 6 W 6X2 2
RT X1 U O 2M C 1.0 5
AL H E R M TU 15 C X LE 5M 1
K 6M ITC X6 HE M N
OFFICE 6MX6.48M
L C EC 3M AB TU X3 IN RE S M
ES R TU C IN LE AB 3M C MX 3
EN H C 6M KIT MX 6
P U
XX
C 6M OM X5 P L .1 AB M
ES R TU C IN LE AB 3M C MX 3
C 6M OM X5 P L .1 AB 3M
OFFICE 6MX6M
S 3M TO X3 RE M
S 3M TO X3 RE M
PRINCIPAL'S OFFICE 6MX6.48M DIRECTOR'S OFFICE 6MX6M
L C EC 3M AB TU X3 IN RE S M
GENERAL INFO DESK 9.73MX3.89M
SECRATARY'S OFFICE 6MX6.48M
L C EC 3M AB TU X3 IN RE S M
E R O 3M ST MX 3
XX 1 OFFICE 6MX6.48M
L C EC 3M AB TU X3 IN RE S M
YY
8TH SEMESTER SCIENCE INSTITUTE OFFICE 6MX6M CHAIRMAN'S OFFICE 6MX6M
XX 1
PANTRY 3.4MX3.51M
B LA P 3M M O 5.1 C MX 6
PLACEMENT OFFICE 14MX10.62M
XX
SOUTH WESTERN RAILWAY STATION 40MM GUY WIRE SUPPORTING MEMBRANE SKIN STRUCTURE 40MM GUY WIRE 40MM GUY WIRE SUPPORTING HORIZONTAL STEEL STRUCTURE
HORIZONTAL STEEL STRUCTURE
ENTRY AND EXIT TO BASEMENT PARKING
SECTION YY
ENTRY FOR TERMINAL BLDG.
COMPOSITE STEEL COLUMN ELEVATION
SECURITY OUTPOST 5X3
MEMBRANE SKIN STRUCTURE OFFICE STAFF VEHICLE PARKING
RESTAURANT PARKING
OFFICE 7.96 x 3.70 OFFICE 7.96 X 3.70
OFFICE 3.70 x 5.72
OFFICE 3.70 X 5.72
OFFICE 7.65 x 4.84 OFFICE 7.85 X 4.840
INDOOR DINING 14.72MX10.49M
POND
ENTRY FOR CAFE AND RESTAURANT
RAMP DETAIL
MEDICAL COLLEGE AUDITORIUM
OFFICE 7.65 x 4.84
DOWN
ATTENDER 1.89 x 5.8 GENTS TOILET 3.68 X 4.80
TOILET 2.78 x 2.15
STORE 2.29 x 4.71
COURTYARD 8.66 x 17.04
TOILET 2.78 x 2.15 LADIES TOILET 3.68 X 4.80
KITCHEN 14.88MX8M
STORE 4.35MX 2M
HELP DESK 4 X 2.62
OUTDOOR DINING 17MX30.23M OFFICE 7.65 x 4.84
COLD STORE 4.35MX 2M
ELEVATION
TOILET 2.2MX1.6M
STORE 2MX5.7M
OFFICE 7.65 x 4.84 CONFERENCE ROOM 7.58 X 4.72
DOWN KITCHEN 12.09MX9.9M
CITY TRANSPORT BUS PLATFORM
OFFICE 3.70 x 5.72
DINING 20.70MX12.13M
OFFICE 7.96 x 3.70
OFFICE 3.70 x 5.72
OFFICE 7.96 x 3.70
DOWN
BASEMENT VENTILATION ROOM
CONTROL ROOM 10 X 10
Y KIOSK 5 X 2.6
KIOSK 5 X 2.6
KIOSK 5 X 2.6
STORE 2.33*0.96 SHOP 4.95*4.--73
KITCHEN 2.73*3.66
KITCHEN 2.33*3.40
RESTAURANT 13.5 * 5.5 STORE 0.9*2.62
Y SECURITY OFFICE 9.31 X 6.54
ENTRY FOR BUSES
PLAN
ELEVATION
DRIVERS RESTROOM
0
10
20 CI R FO E IT K EX ISTA M TY
INTER STATE AND LONG DISTANCE BUS PLATFORM 2
S
BU HI
W CH
DEPOT
S OS
CR E
TH M OR
F AT PL E
DU TO RS
E IV DR
REPAIR SHOP
EXIT FOR LONG DISTANCE BUS
FUEL STATION
Y KIOSK 5 X 2.6
KIOSK 5 X 2.6
DOWN TO SUBWAY
EXIT F O TRANS R CITY PORT BUS
DOWN TO SUBWAY
Y
PLAN
9TH SEMESTER BUS TERMINAL DESIGN 0
ELEVATION
CITY TRANSPORT BUS PLATFORM
0
10
20
44
10
20
LEVEL + 1.10
LEVEL + 7.10
Y
LEVEL + 13.1
LEVEL + 24.00
LEVEL + 23.00
X
SHOWROOM 19 X 28M 410sqm UP
SHOW ROOM VEHICULAR ENTRY
SHOWROOM 12.8 X 18M 235sqm
SHOW ROOM VEHICULAR ENTRY
PEDESTRIAN ENTRY
SHOWROOM 14.6 X 20M 280sqm
M . TOI 3.5 X 5.3M
PASSAGE 10M WIDE
SHOWROOM 17.2 X 20M 360sqm
L . TOI 3.5 X 7M
A.C. PLANT 20 X 16M
SHOWROOM 4X 35M 140sqm
AHU 6.2 X 7M
SHOWROOM 25 X 30M 575sqm
SERVICE CORE
WATER RECYCLING UNIT
UP
TRIPLE HT. SPACE
LIFT
PASSAGE 5M WIDE
SHOWROOM 14X 20M 255sqm
SHOWROOM 4X 35M 140sqm
LIFT
LOUNGE
SHOW ROOM VEHICULAR ENTRY
SHOWROOM 20X 14M 255sqm
TOUCH SCREEN GALLERIES
SHOW ROOM VEHICULAR ENTRY
-1.4
PLAZA 32 X 24M 627 sqm
-1.4 UP
EXPOSITION HALL 100 X 40 M 4175 sqm
-1.0 -0.7
RAMP TO NEXT LEVEL
WORKSHOP
GROUND FLOOR PLAN GAMING ALLEY 40 X 40M 1180 sqm
LIFT
LIFT
-0.7
PEDESTRIAN ENTRY
SIMULATORS
M . TOI 7.5 X 7.2M
PEDESTRIAN ENTRY
Y
L . TOI 5.4 X 7.2M
-0.6
SNACK BAR
-0.6
PROPOSED
SERVICE ENTRY
X
STANDS
SECTION XX
SHOW ROOM VEHICULAR ENTRY
RAMP FROM BELOW
Y UP
DISPLAY 20X8M 220sqm
M . TOI 3.5 X 5.3M
ROAD
X SHOW ROOM VEHICULAR ENTRY
-0.0
-0.0
SHOWROOM 10X11M 100sqm
PROP
SHOWRO OM 13.5X 40M 540sqm
AUDIO VISUAL ROOM 20 X 16M
SERVICE CORE
SHOW ROOM VEHICULAR ENTRY
TRANSF
TRIPLE HT. SPACE
OSED
SHOWROOM 20X13M 200sqm
UP
LIFT
PASSAGE 5M WIDE LIFT
SHOWROOM 20X 15M 300sqm
DOUBLE HT. SPACE
EXPOSITION HALL 100 X 40 M 4175 sqm
+0.2
ROAD
RAMP TO NEXT LEVEL
LO UNGE
EXIT
ORMER
AHU 6.2 X 7M
TRANING CENTER RACE
TRACK
UP
+0.2
RAMP FROM BELOW
SERVICE ENTRY
+0.2
FIRST FLOOR PLAN
ADMINISTRATION 35 X 45M 1220 sqm
CONFERENCE 10.2X 7.5M
LIFT
LOUNGE 7.5 X 5.6M
WAITING
M . TOI 7.5 X 7.2M
LOUNGE 7.5 X 5.6M
RESEPTION
Y
L . TOI 5.4 X 7.2M
-0.0
OFFICE 7.5 X 5.6M
OFFICE 7.5 X 5.6M
+1.2 OFFICE 7.5 X 12M
OFFICE 7.5 X 10M
-0.0
X
AUTO EXPOSITION CENTER
X
Y +0.2
DOWN
CLE
VEHI
+1.2
AN
STRI
PEDE
Y
ENTR
Y
ENTR
M . TOI 3.5 X 5.3M
L . TOI 3.5 X 7M
AUDIO VISUAL ROOM 20 X 16M
SITE PLAN
SERVICE CORE
AHU 6.2 X 7M DOWN
0 10
LEVEL + 1.10
LEVEL + 7.10
TRIPLE HT. SPACE
LIFT
LEVEL + 13.1
LEVEL + 23.00
+2.5
LIFT
PASSAGE 5M WIDE
30
LOUNGE
LEVEL + 24.00 LEVEL + 23.00
MUSEUM 65 X 135M 7200 sqm
LEVEL + 23.00
DOWN
RAMP FROM BELOW
LEVEL + 13.1
LEVEL + 13.1
LEVEL + 7.10
LEVEL + 7.10
LEVEL + 1.10 LEVEL + 0.20
LEVEL + 1.10 LEVEL + 0.20
SECOND FLOOR PLAN SHOW ROOM VEHICULAR ENTRY
CAFETERIA 32 X 30M 900 sqm
LIFT
KITCHEN 14.5 X 4.6M L . TOI 5.4 X 7.2M
X
Y
10TH SEMESTER AUTO EXPO CENTER 45
SECTION
YY
1
A111
1
1 : 100
W01
W01
A
B 2180
W2
W2
C 500
W2
2
1950
A106
D 1000 130
V1
E V1
A109 1
F 1800
V1
Toilet
G V1
2550
D02
6 m²
2175X2800
Kitchen 10 m²
W2
H W2
19 m²
ToiletD03
2100
W2
3 m² D03
1800X1600
V1
9 m²
Utility 2650X3550
W2
DG01
7 m²
3190X2000
Balcony
6 m²
2000X2700
Toilet
5 m²
2600X2250
Wet Kitchen
D03
Powder Room 2 m²
D03
D03
1600X1300
1 m²
800X1500
Servant Room
Bed Room Toilet 6 m²
D03
D02
DG01
6 m²
3350X1650
Balcony
DG01
30 m²
4500X6450
Bed Room
2950X3700
2175X2800
D03
Lift 3 m²
1650X1850
D03
3680X4550
DG01
Bed Room
D02
DG01
ED
3680X4550
20 m²
UP
Balcony 4650X3950
DG01
17 m²
DG01
Living/Dining 60 m²
6860X10600
D01
Lobby 3130X4850
450
13 m²
UP
15150
1 A110
I
W01
W01 W3
W3
W2 W2
V1
V1
01
02 03
04
05
06 07 08
09 10
1 A107
1
A108
1 : 100 Scale Checker Checked by
A101 Author Drawn by
Issue Date Date
0001 Project number
Revit Documentation
Luxuary Apartments All Units In mm
Ground Floor Plan Dinesh Hinduja Date Description No.
4700 1350 2750 2700 3900 2000 3250 800
D04
DN
02_Ground Lvl Plan
26700
1
A111
1
W01
W01
A
B 2180
W2
W2
20 m²
Bed Room
3680X4550
Balcony
C
W2
500
4650X3950
DG01
17 m²
DG01
Living/Dining
DG01
60 m²
6860X10600
Balcony 2330X4850
11 m²
03_First Lvl Plan 1 : 100
2
E
V1
A109 1
F 1800
V1
Toilet
Toilet
D02
D03
6 m²
D03
3 m²
1650X1850
V1
G 2550
D02
D03
W2
H
W2
19 m²
Bed Room
3680X4550
2100
W2
Servant Room Toilet 1800X1600 D03 3 m² D03
1 m²
800X1500
V1
9 m²
Utility 2650X3550
2 m²
1600X1300
W2
DG01
7 m²
3190X2000
Balcony
6 m²
2000X2700
Toilet
5 m²
2600X2250
Wet Kitchen
D03
Powder Room
Kitchen 10 m²
D03
D03
DG01
6 m²
Balcony
3350X1650
DG01
30 m²
4500X6450
Bed Room
2950X3700
2175X2800
Lift
6 m²
ED
2175X2800
1950
A106
V1
D 1000 130
D02
DG01
DG01
D01
Lobby 3130X4850
3850
13 m²
UP
1 A110
I
W01
W01 W3
W3
W2 W2
V1
V1
01
02 03
04
05
06 07 08
09 10
1 A107
1
A108
1 : 100 Scale Checker Checked by
A102 Author Drawn by
Issue Date Date
0001 Project number
Revit Documentation
Luxuary Apartments All Units In mm
First Floor Plan Dinesh Hinduja Date Description No.
4700 1350 2750 2700 3900 2000 3250 800
A111
1
1
W01
W01
A
B 2180
W2
W2
Bed Room 20 m²
3680X4550
Balcony
C
W2
500
4650X3950
4 m²
DG01
17 m²
DG01
Living/Dining
DG01
60 m²
6860X10600
Balcony 2330X1500
2
E
V1
A109 1
F 1800
V1
Toilet
Toilet
D02
D03
6 m²
D03
3 m²
1650X1850
1 A110
G
V1
2550
D02
D03
W2
H
W2
19 m²
Bed Room
3680X4550
2100
W2
Servant Room Toilet D03 1800X1600 3 m² D03 1 m²
800X1500
V1
9 m²
Utility 2650X3550
2 m²
Powder Room
W2
DG01
7 m²
3190X2000
Balcony
6 m²
2000X2700
Toilet
5 m²
2600X2250
Wet Kitchen
D03
1600X1300
Kitchen 10 m²
D03
D03
DG01
6 m²
3350X1650
Balcony
DG01
30 m²
4500X6450
Bed Room
2950X3700
2175X2800
Lift
6 m²
ED
2175X2800
1950
A106
V1
D 1000 130
D02
DG01
DG01
D01
Lobby 3130X4850
UP
7250
13 m²
04_Second Lvl Plan 1 : 100
I
W01
W01 W3
W3
W2 W2
V1
V1
01
02 03
04
05
06 07 08
09 10
1 A107
1
A108
1 : 100 Scale Checker Checked by
A103 Author Drawn by
Issue Date Date
0001 Project number
Revit Documentation
Luxuary Apartments All Units In mm
Second Floor Plan Dinesh Hinduja Date Description No.
4700 1350 2750 2700 3900 2000 3250 800
1 A111 1
05_Terrace Lvl Plan
1 : 100
A B
2180
C
500
2
1950
A106
D
1000 130
E F
1800
A109
1
229 m²
Terrace
10650
5 m²
Lift Machine Room
DN
1
A110
G 2550
H 2100
I
3250
800
2000
3900
2700
2750
4700
1350
01
02
03
04
05
06
07
08
09
10
1
A107
1 A108
No.
Revit Documentation
Description
Date
Dinesh Hinduja
Terrace Project number Date
All Units In mm
Luxuary Apartments
Drawn by Checked by
0001
A104
Issue Date Author Checker
Scale
1 : 100
1 A
00_Basement Lvl Plan
1 : 100
B
2180
UP
2180
C
500
2
1950
A106
D
1000 130
UP
E
ED
F
1800
180 m²
Basement
G
95800x20200
Lift
3 m²
2550
H 2100
I
3250
800
2000
3900
2700
2750
4700
1350
01
02
03
04
05
06
07
08
09
10
1
A107
1 A108
No.
Revit Documentation
Description
Date
Dinesh Hinduja
Basement Project number Date
All Units In mm
Luxuary Apartments
Drawn by Checked by
0001
A105
Issue Date Author Checker
Scale
1 : 100
01
02
03
04
05
06
07
08
09
10 06_Top Of Roof
2800
13450
05_Terrace Lvl
3400
10650
04_Second Lvl
3400
7250
03_First Lvl Bed Room
Living/Dining
6 m²
20 m²
60 m²
3850
Lobby 13 m² 3400
Toilet
450
02_Ground Lvl 450 01_00 Lvl
Basement
0
2500
180 m²
00_Basement Lvl -2500
1 : 100
No.
Revit Documentation
Description
Date
Dinesh Hinduja
Bldg. Section YY Project number Date
All Units In mm
Luxuary Apartments
Drawn by Checked by
0001
A106
Issue Date Author Checker
Scale
1 : 100
25-11-2014 11:17:48
2
Section YY
I
H
G
F
E
D
C
B
A 06_Top Of Roof
2800
13450
05_Terrace Lvl
3400
10650
04_Second Lvl
3400
7250
03_First Lvl
Utility
Powder Room
Living/Dining
Balcony
9 m²
2 m²
60 m²
17 m²
3400
3850
450
02_Ground Lvl 450 01_00 Lvl 2500
Basement 180 m²
0 00_Basement Lvl -2500
1 : 100
No.
Revit Documentation
Description
Date
Dinesh Hinduja
Bldg. Section XX Project number Date
All Units In mm
Luxuary Apartments
Drawn by Checked by
0001
A107
Issue Date Author Checker
Scale
1 : 100
25-11-2014 11:17:54
1
Section XX
10
09
08
07
06
05
04
03
02
01 06_Top Of Roof
2800
13450
05_Terrace Lvl
3400
10650
04_Second Lvl
3400
7250
03_First Lvl
3400
3850
450
02_Ground Lvl 450 01_00 Lvl 0
1 : 100
No.
Revit Documentation
Description
Date
Dinesh Hinduja
East Elevation Project number Date
All Units In mm
Luxuary Apartments
Drawn by Checked by
0001
A108
Issue Date Author Checker
Scale
1 : 100
25-11-2014 11:18:20
1
East Elevation
I
H
G
F
E
D
C
B
A 06_Top Of Roof
2800
13450
05_Terrace Lvl
3400
10650
04_Second Lvl
3400
7250
03_First Lvl
3400
3850
450
02_Ground Lvl 450 01_00 Lvl 0
1 : 100
No.
Revit Documentation
Description
Date
Dinesh Hinduja
North Elevation Project number Date
All Units In mm
Luxuary Apartments
Drawn by Checked by
0001
A109
Issue Date Author Checker
Scale
1 : 100
25-11-2014 11:18:43
1
North Elevation
A
B
C
D
E
F
G
H
I 06_Top Of Roof
2800
13450
05_Terrace Lvl
3400
10650
04_Second Lvl
3400
7250
03_First Lvl
3400
3850
450
02_Ground Lvl 450 01_00 Lvl 0
1 : 100
No.
Revit Documentation
Description
Date
Dinesh Hinduja
South Elevation Project number Date
All Units In mm
Luxuary Apartments
Drawn by Checked by
0001
A110
Issue Date Author Checker
Scale
1 : 100
25-11-2014 11:19:07
1
South Elevation
01
02
03
04
05
06
07
08
09
10 06_Top Of Roof
2800
13450
05_Terrace Lvl
3400
10650
04_Second Lvl
3400
7250
03_First Lvl
3400
3850
450
02_Ground Lvl 450 01_00 Lvl 0
1 : 100 No.
Revit Documentation
Description
Date
Dinesh Hinduja
West Elevation Project number Date
All Units In mm
Luxuary Apartments
Drawn by Checked by
0001
A111
Issue Date Author Checker
Scale
1 : 100
25-11-2014 11:19:38
1
West Elevation