Arch. Portfolio_Tanmay Naik

Architecture design Portfolio (Academic + Professional works) Ar. Tanmay Anil Naik

Table of contents: Georgia Institute of Technology:

(MSc. Architecture - High performance building - fall term 2021) 01. Building Physics modeling - Energy Modeling + Analysis

02

(energy modeling analysis of a primary school building in Atlanta, Georgia)

02. Building Physics modeling - Daylighting Analysis

04

(energy modeling analysis of a primary school building in Atlanta, Georgia)

03. Media & Modeling II - Design of a paramteric pavilion 06 (design of a paramteric pavilion in Hunters point, South park, Long Island, New York)

04. Design Scripting - Urban mapping 08 (urban mapping of varying scales using python + Rhino 3d)

05. Healthcare design of the Future - Calming Center for de-escalation

10

(design of a calming center for de-escalation in a MBH facility)

L.S Raheja School of Architecture, University of Mumbai: (Bachelors of Architecture: 2007-2012)

06. Design Dissertation : Cinema Museum - Chronicles of the Hindi Celluloid

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(design of a public space dedicated to showcasing history of Hindi Cinema)

Professional works:

(selected works developed as a project architect working in different studios: 2013-2019) 07. S.D Corp experience centre, Mumbai, India

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(design of an experience center for a top real estate developer in Mumbai, India - Patch design studio)

08. Gabion wall house, Pawna, India

15

(design for weekend home on the outskirts of Mumbai on a hilly terrain in Pawna, India - Spasm design architects)

09. Sanskriti Vihara Learning centre, Mumbai, India

17

19

(design for a Buddhist learning centre in Mumbai, India - Spasm design architects : First place invited design competition)

10. Guggenheim museum, Helsinki, Finland

(design proposal for the Guggenheim museum, Helsinki, Finland - Spasm design architects : International design competition entry)

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01. Building Physics modeling - Energy Modeling + Analysis

(energy analysis of a primary school building in Atlanta, Georgia) Academic work: MSc. Arch - High performance building

Introduction : Aim:

The project consists of a thorough ‘energy analysis’ of a school building based in Atlanta, Georgia to understand the effects of massing, window to wall ratio, shading, materials, different HVAC components & scheduling on the overall EUI (energy use intensity) of the building.

Methodology:

A base model was re-constructed as a block model using Rhino-3d and connected to the grasshopper script to run the different iterations under different parameters viz. massing, window to wall ratio, shading, materials, HVAC components and scheduling. A baseline and projected EUI target value was calculated using the Zero tool based on the program, area. location etc.

Zero Tool Analysis:

The Zero Tool was used to arrive at the target EUI value for the project using the following input parameters: Name : Primary School | Country: United States of America | State: Georgia | Postal code: 30332 | Type: New construction Buiding use: K-12 school

Massing Iteration

Massing parameters: In this iteration the classrooms were stacked on top of each other whilst keeping the rest of the building flat.

EUI value : 55.635

Window to wall ratio Iteration

Window-to-Wall Ratios:​ North façade: 40%​ East façade: 25%​ South façade: 10%​ West façade: 25% EUI value : 55.417

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01. Building Physics modeling - Energy Modeling + Analysis

(energy analysis of a primary school building in Atlanta, Georgia) Academic work: MSc. Arch - High performance building

Shading Iteration

Shading parameters: North & South façade: No louvers East & West façade: No. of louvers - 3 Depth of louvers : 0.3m, angle - 0o EUI value : 53.603

Materials Iteration

Material parameters:​ Walls: stucco – 1IN stucco, gypsum board – ½ in. gypsum board, cavity: steel frame/cavity, gypsum board: Gypsum board – ½ in. CBES​ Roof: roof – roof membrane highly reflective, roof insulation: roof insulation[18] metal : metal decking.​ Window: U factor : 0.60 kBtu/h*ft2*F, ​ SHGC: 0.35, S ​ kylight U factor: 0.55 kBtu/h*ft2*F, S ​ HGC: 0.40 ​ Foundation: concrete: 6 in. normal-weight concrete floor, carpet: CP02 CARPET PAD​ EUI value: 53.615

Additional options: Solar Energy Utilizing PV Panels to harness incident solar radiation would help the project achieve the net zero target, the following is a sample calculation of possible energy reduction using PV Panels: Total Building Area = 73,958.83 ft2 Total Rooftop Area = 45,025.44 ft2 Classrooms Rooftop Area = 14,466.7 ft2

PV Panel Area = 1.179 * 1.05 = 1.238m2 = 13.326 ft2 Using 50% of the classrooms’ rooftop we get the following: # of PV Panels = 7233.35 / 13.326 = 542.8 ~ 540 PV Panels Power Output = 540 * 432 = 233,280 kWh/yr = 795,951.36 kBTU/yr EUI Reduction = 795,951.36 / 73,958.83 = 10.76 KBTU/ft2/yr Based on the building’s EUI = 34.093, utilizing half of the classrooms’ rooftop area would lower it to 23.33.

HVAC Iteration

HVAC parameters:​ VAV chiller with central air heat pump reheat ​ PSZ-HP​ EUI value: 47.965

Scheduling Iteration

Scheduling parameters:​ Heating set-points​ No occupancy: 13OC​ Occupancy: 20OC​ Cooling set-points​ No occupancy : 28OC​ Occupancy: 25OC​ No. of hours lights will be off ​on working days: 9am to 4pm​ EUI value: 34.093

If we were to utilize the entire classroom block rooftop area we would reach the 80% reduction, and utilizing 50% of the entire building’s rooftop would result in almost a net zero building (EUI = 0.41) Reference: https://www.researchgate.net/publication/315442348_Photovoltaic_system_assessment_for_a_school_building/link/59ae6036aca272f8a167a95f/download 03

Specifications

Value

Type

Monocrystalline Silicon

Maximum Power per hour (W)

200

Panel Conversion Efficiency (%)

17

Panel Area (m2)

1.179

02. Building Physics modeling - Daylighting Analysis

(daylighting analysis of a school classroom) Academic work: MSc. Arch - High performance building

Baseline case:

Permutation P1:

Permutation P2:

Permutation P3:

Permutation P4:

Permutation P5:

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02. Building Physics modeling - Daylighting Analysis

(daylighting analysis of a school classroom) Academic work: MSc. Arch - High performance building

Permutation P6:

Permutation P7:

Permutation P8:

Permutation P9:

Comparative graph of UDI vs DGP

Data analysis chart:

Brief summary: On testing the various permutations as per the local climate conditions, there are many permutations which can be tested for shading window openings. Apart from different forms of shading like louvers or fins, window to wall ratio definitely acts as one of the primary factors affecting daylighting and can significantly affect UDI and glare values.

Best candidates: Out of the nine permutations, the best candidates are permutations P4 and P7 as they provide a low DGP value of 0.38 and 0.36 along with a perceptible glare value. In terms of UDI, P4 and P7 offer values of 58.32 and 58.48 respectively well above the min. UDI value threshold. The parameters adopted for P4 and P7 are horizontal louvers of varying depths without any angle of rotation. There were permutations P5 and P8 which had low DGP values of 0.31 and 0.28 respectively, but in contrast they also had low UDI values of 47.70 and 40.37 respectively which is well below the min. UDI threshold level.

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03. Media & Modelling II : Design of a parametric pavilion

(design of a paramteric pavilion in Hunters point, South park, Long Island, New York) Academic work: MSc. Arch - High performance building

3D view of paramteric pavilion

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03. Media & Modelling II : Design of a parametric pavilion

(design of a paramteric pavilion in Hunters point, South park, Long Island, New York) Academic work: MSc. Arch - High performance building

Layout of pavilion

1. Defining + dividing outer & inner curves.

2. Adding ‘sine wave‘ function & lofting.

3. Defining tessellation + structural grid.

Section axon view of pavilion

4. Adding module + structural pipe.

+

5. Resultant pavilion form

point charge

2D front elevation of pavilion:

Sample taxonomy array of tessellation modules:

221

170

149

198

162

188

151

115

207

206

78

4

26

119

179

117

82

84

12

13

29

75

219

218

122

177

201

98

144

102

145

121

49

173

200

156

216

166

128

213

125

174

134

127

163

140

157

211

154

182

203

183

178

131

190

155

176

138

113

85

83 112

97

80

20

73

105

116

61

30

53

66

110

55

45

44

76

34

54

67

81

11

8

32

18

sample module:

63

3

43

100

21

62

1

147

168

129

124

220

101

71

47

33

38

17

89

199

196

169

215

120

50

25

143

146

195

172

153

171

118

142

158

189

167

137

186

217

159

165

139

132

193

181

77

209

205

210

204

90

184

103

136

135

114

106

60

39

41

92

59

111

9

65

57

16

35

95

93

141

79

88

133

52

108

58

130

36

6

51

208

48

15

87

86

56

37

7

10

19

2

69

31

sample data set of tessellation taxonomy array:

07

148

74

152

72

175

212

5

91

27

04. Design Scripting - Urban mapping

(urban mapping of varying scales using python + Rhino 3d) Academic work: MSc. Arch - High performance building

Introduction: Urban mapping is an integral part of city planning. It helps to understand the relation between different parts of a city and also aids in establishing relation between different built and non-built components. It has served as an important tool for urban designers and planners through ages to present information spatially and also help in making informed decisions towards future planning. The intent of the project is to generate a python code which helps to establish relationship between different urban elements on varying scales of planning.

Methodology: Using rulesets from existing city planning codes, with regards to built and non-built elements the python code is generated and different scenarios of varying scales are tested to understand zoning permutations.

Urban rulesets:

Urban elements:

+ building

+ sidewalk

trees

The different urban elements like building, sidewalks, trees are interlinked with the urban rulesets which are then generated in different scenarios indicating various densities.

Urban elements:

surface model layers

surface model layers

surface model layers

sidewalk

roof

tree upper segment pathway

glass wall

tree origins

tree lower segment

floor

building : python code

Scenario 1: small size perimeter block

trunk

side walk : python code

trees : python code

Scenario 2: medium size perimeter block

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04. Design Scripting - Urban mapping

(urban mapping of varying scales using python + Rhino 3d) Academic work: MSc. Arch - High performance building

Scenario 3: large size perimeter block

x x

x

7

x

x

x x

6

8

5

9

x x

x x x

1

4 2

x 3

x x

Scenario 3: python code

Scenario 4: city size perimeter block

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05. Healthcare design of the Future - Calming Center for de-escalation

(design of a calming center for de-escalation in a MBH facility) Academic work: MSc. Arch - High performance building

Introduction:

This center is for mild to moderate cases of Substance Abuse Disorders (SAD). Treating addiction requires not only detoxification, but also preventing relapse.

Medications such as methoadone, buprenorphnie and naltrexone act on the same targets in the brain as addictive opioids, suppressing withdrawal symptoms and relieving cravings. Research shows that we can use music, light, color, and nature to target the same neurochemical pathways of the brain and release pleasureinducing chemicals like dopamine and serotonin. We provide staff and nurses trained in de-escalation, counseling, and knowledge treating SAD. Proposed calming center: 3D view - 01

Proposed calming center: 3D view - 02

Proposed calming center: 3D isometric view - 01

Proposed calming center: 3D isometric view - 02

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06. Design Dissertation : Cinema Museum - Chronicles of the Hindi Celluloid (design of a public space dedicated to showcasing history of Hindi Cinema) - Academic work: B.Arch

Cinema : A kinetic art form: Cinema is a particular language whereby a film-maker shares his dreams with the audience. It is an appearance of continuous motion created by motionless images arranged in succession.

Preservation of Cinematic heritage: The intent of the thesis was to honor the cinema as an art form & create a public space in the megacity of mumbai to showcase the rich cinematic heritage of the hindi film industry.

Site selection & Justification: The intent of the thesis was to honor the cinema as an art form & create a public space in the megacity of mumbai to showcase the rich cinematic heritage of the hindi film industry.

Existing site context The existing studio consists of three defunct studio floors & one partially defunct studio floor which is used on an occasional basis for shooting.The site also consists of partially unused & defunct open locations & vast exapanse of lawns.

Scenic Location: Nestled within a hilly terrain and having a backdrop of the Aarey colony, the film studio is located amidst a rich natural context. It offers a huge potential to be redeveloped into a public space.

existing site layout 1. site entry 6. studio floor - 4 2. security check 7. studio canteen 3. studio floor -1 8. studio office 4. studio floor -2 9. temporary sets 5. studio floor -3 site section AA’

site section BB’

Programmatic zoning The entire design program for the museum complex was made with a combination of ‘adaptive reuse’of old film studio floors & ‘new developments’catering as allied services.

Disadvantages of Concentrated scheme Diverse programs are limited to similar exterior expression Diverse programs are molded into a singular shape Landscape and building are distinctly separated.

Advantages of Dispersed scheme Each program given unique exterior expression Each program given appropriate interior ambience Integrated composition of landscape/building

Proposed site sections:

site section AA’

site section BB’

site section CC’

Proposed site layout

birds eye view

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06. Design Dissertation : Cinema Museum - Chronicles of the Hindi Celluloid (design of a public space dedicated to showcasing history of Hindi Cinema) - Academic work: B.Arch

Entrance block The entrance block of the museum welcomes the visitors with a carpet of shadows created by colourful translucent panels.The pathway leading to the entrance block is a semi covered space with green lawns.

section AA’ of entrance block

elevation ‘A‘ of entrance block

view - 1

Layout of entrance block

Preview theatre The preview theatre forms is a part of the adaptive reuse exercise of the design program. It is designed in one of the existing studio floors and has an additional foyer space attached to it as a part of the extension program.

ground floor layout

first floor layout

exploded view of preview theatre

view - 2

Exhibition hall - 1 Exhibtion hall 1 pays a tribute to the great writers of hindi cinema. These great writers have penned down some memorable films over the decades.The exhibit hall consists of memoirs, original scripts and interviews from the past.

view - 1

view - 2

layout of exhibition hall 1

section AA’

exploded view of exhibition hall - 01

Exhibition hall - 2 & 3 Exhibition hall 2 takes the visitors on an on set experience of film making. This hall mainly consists of film sets, costumes, equipments & various props on display.Hall no. 3 talks about the final stage of film making i:e post production.It consists of hand made posters of old hindi films, pamphlets made by producers and a musical jukebox.

exhibtion hall - 02

section AA’

layout of exhibition hall 2 & 3

section BB’

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exhibtion hall - 03

07. S.D Corp. Experience center, Mumbai, India

(design of an experience center for a top real estate developer in Mumbai, India - Patch design studio) - Professional work

Experience center : Ground floor layout

Experience center : First floor layout

Experience center : exterior view reception lobby view

first floor connecting bridge view

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07. S.D Corp. Experience center, Mumbai, India

(design of an experience center for a top real estate developer in Mumbai, India - Patch design studio) - Professional work

Structural isometric 3d view - 01 (revit 3D)

Structural isometric 3d view - 02 (revit 3D)

Exploded site isometric 3d view (revit 3D)

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08. Gabion wall house, Pawna, India

(design for weekend home on the outskirts of Mumbai on a hilly terrain in Pawna, India - Spasm design architects) - Professional work

Design development & massing strategy:

1. The presence of two L-shaped Gabion walls on site 2. The entire program for the house is divided into two 3. Traditional shaded verandah spaces tie the two main 4. Front lawns, rear courts and a lap pool act as places act as an enclosure for the house and orients to the rectangular volumes, ‘living block‘ & ‘bedroom block‘ rectangular volumes and the ‘gabion’ walls thus for relaxation and contemplation for the client and scenic view of the pictureesque pawna lake. oriented at different angles facing the scenic view. forming the entire construct of the house. his family.

Ground floor layout:

exterior 3D view of main entrance

as built image of main entrance

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08. Gabion wall house, Pawna, India

(design for weekend home on the outskirts of Mumbai on a hilly terrain in Pawna) - Professional work

Isomteric structural framing view:

exterior 3D view from lap pool

as-built view from lap pool

as-built view from front lawn

as-built view from front lawn

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09. Sanskriti Vihara learning center, Mumbai, India

(design for a Buddhist learning centre in Mumbai, India - Spasm design architects : First place invited design competition) - Professional work

Site plan of proposed development:

Site plan of proposed development:

+

+ The spirit of the proposal is to DIG into the earth.

create a construct out of bare BRICK ARCHES.

= The entire KUND construct has a stepping surface which becomes a mythical & phenomenological traversal of the levels of time & discovery.

Site section of proposed development:

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09. Sanskriti Vihara learning center, Mumbai, India

(design for a Buddhist learning centre in Mumbai, India - Spasm design architects : First place invited design competition) - Professional work

Level -1 layout @ -3.60m

Level +2 layout @ +9.00m

Level 0 layout @ +0.60m

Level +3 layout @ +13.20m

Level +1 layout @ +4.80m

Level +4 layout @ +17.40m

view from arterial road of proposed temple and learning centre

view of from kund

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10. Guggenheim museum, Helsinki, Finland

(design proposal for the Guggenheim museum, Helsinki, Finland - Spasm design architects : International design competition entry) - Professional work

Ground floor planning strategy :

The program of the museum is broadly divided into two levels.The event and public spaces forms the lower level of the museum which anchors the exhibit galleries on the upper level. The lower level also acts as a public/event space zone with areas such as a multi-function hall, classrooms/labs, outdoor exhibits and a cafetaria which form a crescent enveloping the forest space overlooking the harbour.

Programmatic zoning

Pedestrian flow

view of main entrance to museum

view of entrance lobby

Gallery level planning strategy :

The upper level of the museum consists of the main exhibition galleries linked with a concourse which acts as a pathway leading the visitors to a continual forest experience.“Voids” are created in the main concourse at various intervals thereby bringing the visitor close to the forest experience.The ‘levitating projection’ consists of a restaurant and retail spaces framing panoramas of the harbour front.The galleries have varying heights to accomodate the artworks of different sizes.

Programmatic zoning

Pedestrian flow

view of mounds on ground level

view of gallery concourse level

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10. Guggenheim museum, Helsinki, Finland

(design proposal for the Guggenheim museum, Helsinki, Finland - Spasm design architects : International design competition entry) - Professional work

Longitudinal section:

Transverse section:

view of art gallery

1. Planted roof system : Insulation, energy production, projected use as sculpture gardens and temporary exhibit space.

2. Shell construct : Using cross laminated timber and grided sub-floor construct 3. Over ceiling services / radiant panels / fire-sensors.

4. Suspended open cell timber ceiling with integrated lighting and venting systems - environmental control.

5. Peripheral art hanging / display system : Using intelligent obscure glass panels to display data and interface.

6. Fire rated glass envelope with integrated roller blinds system for lighting control.

7,8 Temperature controlled glazed envelope directly connected to geo-thermal heating system 9. Interior finish open pore hardwood floor resting on an acoustical underlay on CLT panels onto grided sub-floor construct.

10. Under-floor services and climate control 11. Under belly of super structure treated with rough hewn charred timber with integrated lighting and fire-systems.

12. Plot topography to be re-engineered as an authentic forest floor and planted with mosses, lichens and other bryophytes as an under-croft eco-system.

13. Geo-thermal heat pump system integrated within entire column allowing for verical heat radiation 14. Structural construct : Laminated spruce timber columns

Detailed section of the art gallery:

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