Afrah Bathsha - Portfolio by Afrah Bathsha

AFRAH B AT H S H A Architecture Portfolio

Curriculam Vitae

Retrofitting to the existing - Madurai 2050 (MA Architecture & Urbanism )

Smart Urban Heritage- El Raval, Barcelona (MA Architecture & Urbanism )

Redefining Attached Housing, Salford (Masters in Architecture)

CONTENTS

Edification of Spirituality, Calicut (B Arch Thesis project 2016)

National Institute of Design,Kollam (B Arch Semester 8 academic work 2015 )

Works From AUS Architecture, Bangalore (Proffessional Work )

Work From Ajit Menon Architects, Fort Kochi (Proffessional Work )

(Proffessional Work )

Work From VA, Bangalore

D.O.B. : 23 August 1993 Phone No :

Notable Projects Worked On:

+44 7379372910

Intern:

• Mall of the World, Dubai • IMPZ Competition ters,Dubai • Golf View Hotel, Dubai • Hard Rock Hotel, Abu Dhabi can Academy, Dubai

Email : abathsha@gmail.com

Junior Architect:

https://www.linkedin. com/in/afrah-bathsha-bb08989b?trk=nav_responsive_

• Imbichibava Hospital, Kerala • Samana Healthcare, Kerala • Chick Cottage, Bangalore • Sethuraman Commercial Complex, Karnataka • Amarnath Residence, Karnataka • EMS Educational Complex, Kerala • Sameer Residence,Kerala • Hanifa Residence Landscape,Kerala • Noushad Residence, Kerala • MK Residence, Kerala • Dr.Hassan Residence, Kerala • Haris Residence,Kerala

Afrah Bathsha

Architect: • Thomas Kuruvila Residence, Kerala

• Palluruthy Corporate Tower, Kerala • Santhilal Bakery and Cafe,Kerala • Naresh Bhai Residence, Kerala •Bharat Apartments, Kerala •CSI Resort,Kerala • Chako Residence,Kerala • Rajeev Cherthala Residence, Kerala • Manakkal Hotel, Kerala • Aswani Wholesale Dealers and Godown, Kerala

Education

Architect:

• Boeing India Engineering & Technology Center, Bangalore( Managed the team to construction under the direct leadership) • KPIT Campus, Pune

Indian Islahi Islamic Publc School, Abu Dhabi

TKM College of Engineering, Kollam Bachelors in Architecture

Manchester School Of Architecture

• RTO Headqua• GEMS Ameri-

Skills Languages: Design:

English (Native Proficiency), Hindi, Malayalam Design

Presentation

Concept

Communication and Leadership

Teamwork

Research & Writing

Sketching

Client and Consultant Management

Junior Architect (July 2016 - July 2017)

AutoCad - (2D)

Lumion- (3D Redering)

AUS Architecture, Bangalore

Rhino - (3D)

Enscape- (3D Redering)

Architect ( Aug 2017- Feb 2018 )

Revit Architecture - (3D)

Adobe Suite (Indesign,Photoshop, Illlustrator, Lightroom)- (Graphics)

Sketchup- (3D)

MS Office

MA Architecture & Urbanism

Masters in Architecture (Current)

Architetcural Experience Intern (June 2014 - November 2014) Aedas International, Dubai

Ajit Menon Architects, Fort Kochi Architect ( May 2018 - July 2019) Venkataramanan Associates, Bangalore

Software:

Academic works Masters MA, M Arch

Retrofitting in to the Existing - East Avani Madurai, India Stage 1: Connection Via Mobility -

Interconnecting the New and the Old by introducing an LRT line to and from the new city directly for the ease of tourists and citizens in terms of acces to the temple. The East Avani Street is to be pedestrianised, thereby devising basement parking facilities on either end of the street. The pathway to open only for emergency vehicles.

Stage 2: Connection via People -

Existing Plan

Public spaces are introduced and interconnected to each other via human centered activities including street based commercial activities, exercising areas, relaxing areas etc all based on the concept of Urban forests. All void spaces to be public and not as part of gated communities.

Madurai: Project Insight The site for the project is in Madurai, a radial city in urban planning of heritage value. Madurai is located in the south of India in the state of Tamil Nadu. This site is in a developing country with limited economic resources and is in the PHASE 2 of the India's SMART CITY MISSION.

Stage 3: Connection via Buildings The Puthumandapam to have its orginal landuse as when constructed; Communal Gathering space.

This is very apt in terms of the brief of defining a new mixed use development as there is a need for it devoid of the barriers between urban production and living, working and public space as the area around the temple reeks of the artiistic and heritage culture and in turn commerce. The research will be based on the three street radius of the temple but the design strategies will be for the East Avani Street.

Wind Direction Sun Path InterconnectionsDesign proposal

The passage to the Meenakshi Amman Temple via the Puthumandapam from the Raya Gopurams under the watchful eye of the protector “Nandi”. All landuse activites dedicated to the temple. Interconnection between the public plazas on either side of the Puthumandapam to be via the building itself.

Mixed Use Development:

Barrier Free Landuse Pattern: Urban Production, Living, Working and Public Space. The buildings highlighted in the figure on the left are redesigned to be of mixed used development. This shall showcase an integration of the vertical horizontal zoning of lanuse in a building. This model is recognised due to the requirement of the people of Madurai, who find it extremely difficult to have workshops (Urban Production), Residences and Storefront in different areas of the city and the lack of proper infrastructure that aid in the former. Due to this most of the plots in and around the area are left vacant and people are migrating to the new town and hence the identity of the city is quietly fading. The public open spaces can be integrated into urban planning as shown in the green patches in the site plan opening the superblocks making the city more accessible.

Mixed Use city: Masterplan Zonong

In cities like these as we move forward in 2050, WHAT we require aren’t skyscrapers sometimes but careful retrofitting into the existing to make a livable home for the people.

Residential Commercial Assembly Mixed-Use Building

Existing Scenario Scale : 1:3000

Mixed-Use Building (Commercial and Workshop)

Future Vision

Section D-D’

Key Plan Section D-D’

This section cuts through a new public space which is supposed to be flexible with workshops for the commercial activity around to be spilled into it. The uses can be as follows: Concerts, street hawkers, street performances, fairs etc.

Roof + 14.0 m

Commercial Buildings with interactive workshops inspilling into the courtyard.

Second Floor + 10.0 m First Floor + 6.0 m

Commercial

Workshop

Commercial

Puthumandapam

Section A-A’

Section B-B’

Site Plan Section B-B’

Roof + 14.0 m Residential

Second Floor + 10.0 m

Residential

First Floor + 6.0 m Mez. Floor + 1.5 m Basement - 2.5 m

Commercial

Workshop

Comm

Inverted Kinetic dome with photo and motion sensors opening the dome at night during respiration and closing during harsh weather like rain and sun.

mercial

This area provides water in the roof to channel to the water source inside the building to recharge the ground water source

Recycled Wooden Screen

Courtyard Area Of The Building Linking Basement And The Private, Semi Private And Public Areas

Green wall shading the harsh sun from the south and giving a cold atmosphere inside

Office Space Cafe

Office Space

Basement Parking

LRT Line

Smart Urban Heritage - El Raval, Barcelona El Raval: Existing Scenario Despite barcelona is the 8th best smart city in the world, El Raval district still suffers to be the one of the backward areas in the European Union that requires the EU Cohesion fund for it’s development. The El Raval District has its beauty in its history and culture, but there are certain blots that keep it from being picturesque wholly. Some of the imperfections in the visual aspect can be found due to the some of the following reasons: • • • •

Lack of green spaces and hence Grey. Congested electric and other service lines Heterogeneous character Unorganised positions for the waste bins

OBJECTIVES • The process would be done in two phases; first phase being the central spine redesign, since this area requires immediate attention, and the second phase that of the green connecting to the rest of the Barcelona and the third phase can be the redeveloment in the museum area and the external boundary redesign. • Decluttering and decontaminating the area from the existing littering and unmaintained buildings. • Integrating the local inhabitants of the area for the processes so that they can be a part of the developments taking place. • The lack of vegetation, which is one of the major causes of a monotonous grey aura, is dealt with.

DISCLAIMER: This projects initial studies have been published in the following link: http://disegnarecon.univaq.it/ojs/index. php/disegnarecon/article/view/612

Ramp so that the ground has a grass cover. Urban Forest Walk..

PRT Lane on columns

LRT Lane on columns

FUTURE VISION EXISTING SITUATION

Developing green spaces and integrating into the monotonous grey tone. The concept is to create an urban forest for a start towards climate crisis. Pedestrianisation of the internal roads help to achieve this. The irrigation will be provided by the desalination plant and water treatment plants.

Road to be removed

EXISTING SITUATION FUTURE VISION

Cycle Track

Ramp so that the ground has a grass cover. PRT Lane on columns

Street shopping, seating areas for the amazing dining cultutre

EXISTING SITUATION FUTURE VISION

Attached Housing - Manchester, UK

The proposal is to construct houses utilizing a prefabricated 2D Primary structural system of insulated timber panels, through the use of Field factories situated on a vacant plot of land next to the chosen site. One of the main barriers to offsite fabrication is the initial capital investment, high transport costs and the financial instability of offsite manufacturers. The use of field factories in the manufacture of 2d components will reduce the associated transportation costs, disruption and delays and will have lower associated start up costs. Lesser transportation Constraints.

STEP 1: ORIENTATION

Well shaded

-External connectivity

No more than 30° due South

Overheating

STEP 2: STREET PLANNING Vehicle Community Pedestrian

KEY CONCEPTS

Increased importance

STEP 5: CONSTRUCTION SIP PANELS

ENHANCING LOCAL CONDITIONS

AFFORDABLITY

-Visual connectivity

STEP 3: VARIATION OF STOREY HEIGHT

COMMUNAL CONNECTIVITY

LIGHTWEIGHT EFFICIENCY LESS WASTE AIR TIGHT

RETROFIT DEMOLISHED RECYCLING THE STREET

Choice of SIP thicknesses depends on target insulation of project and budget constraints. SIP 200 SIP 175 -175mm (including 2x11mm OSB/3) -0.14w/m2k £110 + VAT per panel

-200mm (including 2x11mm OSB/3) -0.12w/m2k £125 + VAT per panel

SIP 255

SIP 250

-225mm (including 2x11mm OSB/3) -0.11w/m2k £135 + VAT per panel

-250mm (including 2x11mm OSB/3) -0.10w/m2k £145 + VAT per panel

Private: Bedroom, toilet Semi-private: Work & play space Public: Living, dining, kitchen East, west facing: Least glazing -prevent overheating

Decreasing glazing sizes

STEP 6: GLAZING

North, south facing: More glazing -allow daylighting

Massing Diagram 3 Storey

Massing Diagram 2 Storey

Massing Diagram 1 Storey (Studio)

Studio Unit

2 Bedroom Unit

3 Bedroom Unit

Connections from the HPVT panels.

Hybrid Photovoltaic Thermal (Pvt) Panels

Domestic Water Piping Rainwater Harvesting Piping

MHRV System in the Attic

Used Hot air from inside (MHRV)

Balcony Floor and Handrail: Timber

Fresh Heated air from Outside (MHRV) Natural Ventilation

Triple Glazing

Structural Insulated Panels LIFEPO4 Fitcraft battery system

Cross Ventilation Wherever possible or Adjacent Wall Vent Otherwise.

Rainwater Harvesting Tank

Energy Strategy: With the Sefeira Tests Analysed • Prototypes to have MHRV systems as they are comparatively economical compared to Ground source heat pump in terms of initial capital and long-term maintenance. • Rainwater Harvesting Tanks to be a part of the housing. • Hybrid Photovoltaic Thermal (PVT) Panels aiding in the working of the MHRV • A smart LIFEPO4 Fitcraft battery system. Positioned under the stair stores solar electricity, minimising grid imports and limiting grid export to 3kW maximum avoids the need to upgrade the existing mains grid infrastructure. • Passivhaus Construction: (a) High Performance Triple glazed windows, (b) Structural Insulated Panels, (c) Cross Ventilation, (d) Refracted Awnings, (e) Form factor, and (f) Orientation. • Optimal layout of Piping and Ducting. • Superinsulated cladding with heat recovery ventilation and triple glazing reduces heat demand to the point where a Tiny Heat Pump can provide comfort and hot water.

North Orientated

Section: Ventilation

EXISTING SITE PLAN

South Orientated

PROPOSED SITE PLAN

Academic works Undergraduate B Arch

Edification of Spirtuality

Accomodation

Cultural Wing

Why This Project???? : As we go into the future, the necessity of retaining culture and tradition of religion has never been more crucial. In the modern society, where change is an inescapable process, values and traditions are just victims. A cultural center will open doors to people of all religions and become more of a center to educate rather than a polarized entity within the fabric of our cities and towns.

Educational Wing

Admin Wing

The Cultural Centre is a public space open to people of all religions who would like to know more about the religion. Owing to the current affairs that have been going about, there have clearly been misconceptions about the religion and hence the people interested can use the facilities provided to get a better knowledge. There are very few Islamic cultural centers that one can see in India ( eg. Indian Islamic Centre, New Delhi, Islamic Cultural Centre Thane etc.), but these are mostly private facilities that only members can enter and be a part of. Most of these centers are also based on caste system and hence all the Islamic population can’t be a part of. Hence the aim of my project is to design a purely public facility retaining the traditional values and integrating the contemporary elements accessible to all.

Site Study and Analysis

Mosque Main Entry

• Since the mosque is the most public area in the project, it is positioned at the very entrance of the site . • Admin is the entrance to the cultural center and hence is positioned next. • The cultural wing is the block that requires maximum area and hence is placed in the most flat area found according to the slope analysis. • The educational wing is placed right next to the cultural wing so that it can enjoy a good view of the busy street.

Legend Natural Drainage Wind Direction

• The residential wing is kept at he topmost wing as there is a government school near to that area. This way the activities of the cultural center are not disturbed by the activities of the school and vice-versa

Sun Path Main Entry

Rhy

SWOT ANALYSIS :

Existing Scenario : Islamic architecture encompasses a wide range of both secular and religious styles from the foundation of Islam to the present day.

Orgin :

Roman, Byzantine and Persian lands which the Muslims conquered

The principal Islamic architectural types are: the Mosque, the Tomb, the Palace and the Fort. From these four types, the vocabulary of Islamic architecture is derived and used for other buildings such as public baths, fountains and domestic architecture Islam is the second-largest religion in India, making up 14.2% of the country’s population with about 172 million adherents (2011 census). The current scenario is that there are a lot of fallacies about the religion and as time has progressed, even the believers have begun to forget their roots. The recent issues of Charlie hebdo shooting and other ISIL attacks which are being held in and against the name of Islam have caused people to be confused and have misconceptions about the religion..

STRENGTHS: • Views and Vistas of the site are excellent and it has a natural environment aura all around • The site is located on the NH byepass which makes the site easily noticeable and all imortant amenities are in the vicinity. • Natural vegetation and a distinct pathway for natural draingae • Presence of immense natural sunlight and wind without any obstruction. OPPORTUNITIES:

All organizations are private and one has to be a Muslim to be a member or follow that particular caste. In Kerala, organizations are mostly formed according to the caste they follow.

• There is a government school nearby, whose students may be disturbed due to activities of the cultural center. This can solved by providing the educational wing towards that side and providing mazimum buffers.

Indian Islamic center on the the other hand is private but even non muslims can be a member .

• Immense volume of traffic from the NH side and hence noise buffers and polution buffers to be provided.

At present there are about 21 organizations in India of which the most established, reknowned and architecturally planned is the Indian Islamic Cultural center, New Delhi.

Cultural Wing Educational Wing

Auditorium Parking Mosque Main Entry

R C

Admin Wing

• Contour Site; giving it high possibilities of design and planning manipulation with a play of levels WEAKNESS:

Accomodation Wing

Service Areas

This project is an Islamic Cultural Center which is to be open to public with all religious beliefs. The site located in one of the trending areas in Kerala, i.e. the new NH bypass in Calicut. The vistors enter the site with mosque on their left and the parking is on either side after drop-off in the admin block. The parking is 30 degree angle parking.

Landscape concepts

The road has been designed with a slope of 1:10 and a pedestrian pass of 2 m width follows the road.

The other blocks included the educational wing, the auditorium and the mosque

Admin Block 3 A102 3 A102

5.13 1.74

1.50

1.74

1.15

1.50 1.50

1.74 1.15

1.15 2.20

1.50 1.02

1.15 1.98

2.20

1.02

0.10 1.80

0.32

1.98

0.65

0.10 1.80 1.50

0.32

0.65

1.50

1.98

0.65

1.20 0.60

1.50

0.65

2.70

1.50 0.52

1.20 0.60 1.98

0.12

2.70 1.98

0.52

0.82

1.98

1.98 0.12

0.12 1.98

1.98 0.60

0.82

1.98

0.12

1.98

0.60

2.00

2.20

Telecommunications Room 11 m²

4.10

1.27 0.35 1.33

2.00

0.35 1.35

1.98

1.49

1.27 0.35 1.33

5.75

1.98

0.50

1.49

2.85

5.75

3.80

0.50 10.00 46.20

1.10

2.85

3.52

1.21

3.80

Plinth Lvl 1 : 100

1.48

0.49

3.52

1.48

1.98

1.21

1.69

1.12

1.48

1.73

0.49

1.98

1.48

1.07 0.35

1.98

2.00

1.69

13.90

1.40 0.90

1.98

Section 4 1 : 100

2.00

5.00

10.00

Section 5 1 : 100

EDUCATIONAL WING

Ground Floor Plan

0.5

South 1 : 100

Front Elevation

0.3 0.6 0.5

10.00

1.07 0.35

5.7

1.4 1.7 0.3

2.00

5.00

1.73

0.3

1.12

1.10

10.00 46.20

Plinth Lvl 1 : 100

0.50.5

DN 0.00

0.3

1.98

0.45

0.00 0.00 DN

1.5

0.35 1.35

LIBRARY

4.6

2.00 0.45 0.45

MOSQUE VIEW

1.10

0.00

1.4

1.02 0.50 1.98

0.45

2.00

0.3

North 1 : 96

Admin Office 34 m²

1.1

Admin Office 34 m² Reception 76 m²

Reception 76 m²

REF. DW

0.201.02

Rest Room 8 m²

Rest Room Wash Room 8 m² 8 m²

2.70

0.90

2 Board Room 77 m² Wash Room 8 m²

Board Room 77 m²

2.70

Orientation Room 77 m²

3.1

4.65

2.00

0.35

1.40

4.75 4.65

1.02 0.50

0.20 0.35

1.98

2.00

DN 1.40

4.75

REF. DW

1.40 0.20 1.60 1.98

1.80

1.60 0.201.02

1.98

1.40 0.20

0.20

1.80

2.00

13.90

A102

3.00

5.80

26.20

0.45

0.25

1.90

1.90 4.10 1.40

1.35

1.35 5.80

26.20

MOSQUE FRONT ELEVATION UP UP

REF. DW

Store Room 26 m²

Conference Room 77 m²

DW REF.

Pumproom 19 m² Room Store 26 m²

Pumproom 19 m²

DW REF.

1.50

1.25 1.50

Director's Room 58 m²

REF. DW

Telecommunications Transformer Room Room 1911 m²m²

Transformer Room 19 m²

1.25

1.50

1.15 0.20

2.00

5.13

1.74

AUDITORIUM

Museum Block The museum is based on the concept of rhythemic tessalations. Even in the planning the flow of public and ergonomics have been taken into consideration. Each exhibit is handcrafted to perfection utilising the local materials available and appropriate lighting and sound system has been given to assist.

Services :

Lighting:

• Consists of beam detectors for the stability of the building • Consists of smoke detectors and wet riser systems • CCTV cameras are provided at every gallery’s entry and exit • All materials used are fire proof • Gypsum painting, leather painting etc are kept fire prof • Centralized AC system used and AHUS are present in the ground floor

• Different methods of artificial lighting are used: • Track Lighing • Movable optical Lighting • Led Lighting • Fresnel Lighting. • In most of the display units, Led lighting of diffierent colours are provided behind the FRP Sheets and plywood paintings. • In case of thr boat gallery : • Movable Lighting • Fresnel Lighting with reflectors

Materials : •Flooring: Epoxy, Gypsum •Walls: Gypsum, Fare face concrete •Display Units: Plywood, Phulkari, Poly carbonate Sheet, FRP sheet, Stainless Steel, Plaster of Paris etc.

Exhibit sketches

Sound Insulation : • Materials used: Gypsum walls and ceiling. • Acoustic panneling provided wherever phulkari walls are used. • Sound system is provided behind the display units. • Spoken word will play a role of greater significance over the written one. Thus, a trigger based audio guide serves as a seamless overlay on the scenographic exhibit environments as the visitor moves from one exhibit and gallery to the other.

• Although natural light is not used much, skylights are used. • Different shae for different galleries • Skylights are covered with halogen silk screens; These allow only 10% of direct sunlight to come inside. • Lights are controlled automatically with the help intelligent building systems.

National Institute of Design, Kollam AMALGAMATION IS THE MIXING OF TWO ELEMENTS AND HERE I HAVE CHOSEN TO WORK WITH TWO CONCEPTS, MIXING THEM TOGETHER FOR AN EFFICIENT PLANNING. FOR THE planning ASPECT OF THIS PROJECT, THE NAVAL TERMINOLOGY “NETA” , MEANING “neat, safe, efficient” IS projected as the design concept keyword. Since the spatial planning and operation principles of ships and dockyards are based on simplicity, plainness and efficiency, this concept was very much appropriate with the use of brutal materials and functionalist simplicity of the overall layout. “Clusters of compact, multi-functional buildings with green roof areas create essentially versatile spaces where outdoor spaces converge. The buildings will be better integrated into the landscape.

Faculty Housing

Auditorium

Sketch Scheme

The project allocates an intense programmatic function in fragmented blocks embedded in a contour site. The basic aim was to create open- air public spaces among blocks where students and academic staff may interact with each other throughout the day. The steep slope of the terrain and the fragmented blocks are utilized to minimize the perception of the overall campus silhouette. An open-air walkways binds the interconnected blocks over the ground. This spine defines the main circulation path of the overall campus and enables the experience of the continuous interaction and the nature within the campus.

Design

For a more form based approach, volumetric alterations can play a great role in spacial definition. the jigsaw puzzle can be worked out in numerous ways to finally find the apt solution.

Adminstration Block

Academic Block

Auditorium The Auditorium, being the public platform used by visitors and students, is located first at level +9.00 with a capacity requirement of 400-600 people. The Roofing done is a steel space frame with poly carbonate sheet covering. Landscaping of the the auditorium site follows the same pattern as that of the master plan. The concept behind it being the play of levels and volumetric alterations.

Student Housing Block

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Admin Block

Academic Block

Exam Room

Accounts/ Registar

Students Record

Dean's Office Reception

HVAC Room PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Generator Telecom Room Room

Admission Office

Co- Curricular Dean's Office

Chairman's Office

Administrative Office

Washroom

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Rest Room / Pantry

Service Room

Electrical Room

Washroom Pump Room (M)

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Washroom

Washroom (M)

PLINTH LEVEL PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRO

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

The Administration block, which is the most public space, comes just after the auditorium at level + .00 with a grand reception, accounts section, other academic offices and conference rooms meeting the necessary requirements. The building with it’s vernacular attire projects elegance throughout.

LEVEL 1

LEVEL 2

The Housing Blocks of both faculty and students have been designed with adequate care meeting the requirements of the inhabitants. Faculty housing of capacity 15 and student housing block of 128, 2 blocks of each in total meeting the requirements of the given project.

SITE MODEL

STUDENT HOUSING

Both buildings give out an elegance of exposed brick masonry and with lavish porch with all the amenities required by them in the block itself.

Student Housing Block Academic Block

Faculty Housing

Auditorium

Adminstration Block

SITE MODEL

Proffessional works

220.9

501.7

106

191.1

249 193

389

389 356

120

356

25X40 75

25X40

106

188

389

384

379

66 103

251

134

220 159.5

356

25X40

246

REFER DETAIL AA

358 93

103

DUCT

553

523

387

188

901

2727

100

505

342

316

256

652

DUCT

140

DUCT

806

924

844.5

193

188

100

202

103

390

- BEAMS OF 20 CM WIDTH

553

- BEAMS OF 25 CM WIDTH

513

103

- BEAMS OF 30 CM WIDTH 99

153

320

124

638

726

REFER DETAIL B

346

- SUNKEN SLAB (SUNKEN BY 10CM) 350

153 63

- PT BEAM (VARYING WIDTH) - SUNKEN PT BEAM (VARYING WIDTH)

297

392 143

365

- BEAMS OF 40 CM WIDTH - BEAMS OF 50 CM WIDTH

638 354

107

127

412

140

163

476

476 121 50

575

127

DUCT

157

285

226

100

155 282

210

120

230

DUCT

123

DUCT

471

274

- BEAMS OF 15 CM WIDTH

553

221

520

120 50

226

824.5

839.5

759.4

662

NOT TO SCALE

157

153

25X60

DETAIL A

131

218

487

120

578 242

186

216

244

773 60

420

25X50

384

287

829 653 60 678

153

25X60

136

191 147

2792

75 35 462

492

389

153

171

556 467 60 788

1315 75

663

254

427 103

205

293

249

303.5

386.5

266 6 236

316

236

316

342

196.8 513.5 276

414

448

381

98 130

220

113 113 113

473.5

130 95

20X40

DUCT

322

20X40

307

25X40

242

139

20X40

15X40

139

25X60

139

25X40

12cm

BEAM - Z8

168

153

126

134

BEAM - Z2

434

12cm

153

20X40

DUCT

107

20X40

25X60

291

DUCT

120 157

307

30X40

307

20X40

15X40 BEAM - Z2

LIFT WELL

553

EXPANSION JOINT OF 5CM

307

25X50

256

249

20X40 57

103

BEAM - Z3

STAIRCASE

323

20X40

432

15X30 BEAM-Z4

LIFT WELL

REFER DETAIL Y

DUCT

135 DUCT

20X30

25X50

105

DUCT

PT SLAB 180mm THICK

DISCLAIMER: This is a professional project signed with non disclosures and hecne is only for the use of the portfolio.

513

25X60

153

BEAM - Z6 BEAM - Z6

20X40

70.5

25X60

523

12cm

309.9

139

BEAM - Z3

20X60

249

25X60 139

DUCT

153

25X40

553

153

120

15X40 BEAM - Z2

147

20X40

DUCT

BEAM - Z5

BEAM - Z2

115

25X60

REFER DETAIL X

356

25X40

512.5

25X40

356

30X60

300

STAIRCASE

356

DUCT

191

364

319

25X40

30X40

103

25X40

158.5

DUCT

Z13

163

242

DUCT

25X60

301.5

DUCT

108.5

DUCT

LIFT WELL

235

DUCT

I was working on the project since Dec 2017 and was in charge of handling the project from April 2017.

523

DUCT

226

143

211 256.5

STAIRCASE

60 242

DUCT

REFER DETAIL A

553

25X30

103

DUCT

386

DUCT

498

744

STAIRCASE

392

107

206

426.5

419

411 120

DUCT

120

392

Imbichibava Hospital, Tirur

496

419.5

537

DUCT

124.5

744

628

107

82 197

DUCT

The Imbichibava hospital in Tirur, Kerala was a project started in 2013 and is in construction stage at present. I started working on the construction stage and was in charge of the whole project including coordinating the consultants as we were the lead consultant. This hospital has a built up area of around 9000 sq.m.

DUCT

247

DUCT

68 20

DETAIL B NOT TO SCALE

+ 00 LVL

NO BRICK WALL

SILL @ 180 LINTEL @ 240

SILL @ 100 LINTEL @ 240

SILL @ 000 LINTEL @ 240

113

GW1

1442 SILL @ 100 LINTEL @ 240

REFER DETAIL A

418

253

ORTHO CONSULTATION ROOM 400 X 295

146

45 183 245

161 183 45

389

1489

101 50 193 32

93 78 93

SILL @ 100 LINTEL @ 240

146

DUCT 23 52 23 100

SILL @ 060 LINTEL @ 240

113

LINTEL

HEIGHT

TOTAL

75 240 120 150 180 200 240 100 90 80 300 VARYING 110 250 60 110

60 00 00 00 00 00 00 00 00 00 00 10 10 100 100 100

240 240 240 240 240 240 240 240 240 240 240 240 240 240

180 240 240 240 240 240 240 240 240 240 240 140 140 140

21 2 22 1 9 3 4 5 11 1 1 5 7 19 9 2

60 180

1 10

DD MD D1 D2

STW

VARYING

10 FROM LANDING BEAM

18 19

V OP

90 VARYING

180 60

D3 D4 D5 D6 D7 D8 D9 GW GW1 W1 W2 W3

(ALL DIMENSIONS ARE IN CM)

SILL

VARYING ACC. BEAM DEPTH

VARYING 240 240

SILL @ 100 LINTEL @ 240

FIRST FLOOR

GEN SURGERY CONSULTATION ROOM 400 X 300 238

LINTEL LVL @ 240

REMARKS GLASS DOOR

STAIR WINDOW

DUCT OPENING TO BE LEFT OPEN DURING MASONRY TO BE CLOSED AS PER DETAIL AFTER DRAIN PIPES ARE LAID INSIDE THE DUCT

GW1 DD

31 78

DUCT 160

33 60 33

62 40 30

W1 253

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

418

SILL @ 10 NO LINTEL REQUIRED

OUT

78 73

+ 15 LVL

30 CM WIDE SLAB PROJECTION @SILL AND LINTEL LEVEL

PORCH

253

SILL @ 100 LINTEL @ 240

SILL LVL @ 100

51 65

GW1

103

DUCT

REFER DETAIL A

378

ORTHO CONSULTATION ROOM 400 X 295

194

30 CM WIDE SLAB PROJECTION @SILL AND LINTEL LEVEL

SILL @ 100 LINTEL @ 240

378

253

SILL @ 000 LINTEL @ 240

263

203

123

384 14

418

247

753 60

253

MEDICAL GAS 363 X 406

SILL @ 100 LINTEL @ 240

+ 00 LVL

302 349 SILL @ 000 LINTEL @ 240

226

103

78 33

SILL @ 60 LINTEL @ 240

TREATMENT ROOM 420 X 406

+ 45 LVL

47 8

153

ELECTRICAL ROOM 417 X 492

WINDOW DOOR SCHEDULE

105

DUCT

220

243 223

201 SILL @ 000 LINTEL @ 240

253

113

203

55 27

100

113

312

SILL @ 000 LINTEL @ 240

DUCT

+ 45 LVL

S.NO LEGEND WIDTH

418

SILL @ 000 LINTEL @ 240

34 78 31

168

SILL @ 60 LINTEL @ 240

397 24 93

418

438

SILL @ 60 LINTEL @ 240

73 93 92 78 20 73 429

409

243

384

186 183 201

203

50 66 253

323

243 41

LOBBY 387 X 429

SILL @ 180 LINTEL @ 240

TOILET

SAMPLE COLLECTION 400 X 528

103

27 27 136 X 220 139

253 SILL @ 000 LINTEL @ 240

243

SILL @ 000 LINTEL @ 240

103

+ 45 LVL

SILL @ 000 LINTEL @ 240

20 83 20

DUCT

103

193

35 30

147

307

164

78 20 236

20 52 20

415

115

187

15 44

103

230

162

147

167

116

189

SILL @ 60 LINTEL @ 240

375

147

WALL , OPENING AND LINTEL AS PER LIFT SPECIFICATION

+ 15 LVL

107

WHEEL CHAIR HOLD

125

131 20

GROUND FLOOR

TYPICAL SECTION OF WINDOW

SCREEN PARTITION

254

133

121

137

93 43

421

140

180 X 144

372

DUCT

EMERGENCY WARD 642 X 1164 SILL @ 60 LINTEL @ 240

DUCT 80

W1 D5

307

SILL @ 060 LINTEL @ 240

17 NO BRICK WALL

139

183

44 93

90 90

496

421

CR ROOM 364 X 389

+ 45 LVL

UP SCREEN PARTITION

175

93 45

93 40

25 78

133

198

SILL @ 000 LINTEL @ 240

D6 TOILET

WAITING AREA 1084 X 1304

RAMP FOR PEOPLE WITH SPECIAL NEEDS GRADIENT 1:12 WIDTH : 150 CM

147

273 28 78 31 78 125

163

143

101

78 63

SILL @ 60 LINTEL @ 240

103

249

183

X-RAY-01 398 X 480

183

GW1

+ 45 LVL

180

218

344

TOILET 160 X 144

153

DUCT

203

SILL @ 000 LINTEL @ 240

263

238

PLANTER BOX

MAIN ENTRANCE

638

130

SILL @ 10 NO LINTEL REQUIRED

16 197

876

183

187

FIRE DUCT

SILL @ 000 LINTEL @ 240

SPARE CONSULTATION ROOM-03 400 X 300

202

GLASS FACADE

253

RAMP UP 60

320

LIFT 246 X 320

SILL @ 000 LINTEL @ 240

253 16

354

307

20 100

SILL @ 10 NO LINTEL REQUIRED

GEN MED. CONSULTATION ROOM-02 400 X 300

303

844

553

586 197

138

SILL @ 100 LINTEL @ 240

4511

FIRE DUCT

LAUNDRY 747 X 649

354

103

553

413

20 100

CORRIDOR 304 CM WIDE

250

413

RECEPTION

X-RAY-02 362 X 480

SILL @ 000 LINTEL @ 240

195

SILL @ 000 LINTEL @ 240

248

413

DOUBLE HEIGHT

SILL @ 60 LINTEL @ 240

100

177

PLASTER/ INJECTION ROOM 400 X 295

358

GEN MED. CONSULTATION ROOM-01 400 X 305

+ 45 LVL

BACK OFFICE/ RECORDS 318 X 881

100

402

SILL @ 000 LINTEL @ 240

FIRE PANEL

321

LOBBY 1133 X 1304

243

WALL UPTO 100CM FROM FLOOR LEVEL

60 30

183

SILL @ 000 LINTEL @ 240

197

138

SILL @ 000 LINTEL @ 240

182

138

361

SILL @ 60 LINTEL @ 240

20 78

+ 45 LVL

160

253

SILL @ 000 LINTEL @ 240

123

WALL UPTO 100CM FROM FLOOR LEVEL

425

SILL @ 000 LINTEL @ 240

TOILET - M 737 X 447

STORE 755 X 406

123

LOBBY 590 X 720

260

CORRIDOR 344 CM WIDE

SILL @ 10 NO LINTEL REQUIRED

123

SILL @ 100 LINTEL @ 240

492 40

60 11 30

303

SILL @ 60 LINTEL @ 240

463

SILL @ 100 LINTEL @ 240

168

418

333

492

492 20 26

103

553

120

63 63 183

108

PEDIATRIC CONSULTATION ROOM-12 128 388 X 400

250

PEDIATRIC CONSULTATION ROOM-13 383 X 400

391

20 40 242 60

203

136

147 220

FIRE DUCT

23 52 23 100 20

SILL @ 100 LINTEL @ 240

+ 45 LVL

SILL @ 000 LINTEL @ 240

145

253

SILL @ 10 NO LINTEL REQUIRED

103 63 63

385

113

145

CORRIDOR 320 CM WIDE SILL @ 000 LINTEL @ 240

208

SILL @ 100 LINTEL @ 240

SILL @ 000 LINTEL @ 240

SILL @ 060 LINTEL @ 240

SILL @ 100 LINTEL @ 240

LIFT 319 X 253

207

243

763

103 38

292 15

386

120

SILL @ 100 LINTEL @ 240 SILL @ 100 LINTEL @ 240

95 27

333

168

145

SILL @ 100 LINTEL @ 240

DUCT

320

579

145

153

193

STAFF (M) 200 X 180

223

120

118

222

165

DRINKING WATER

193

123

D7 47

20 27 16

360

233

180

153

STAFF (F) 200 X 180

STW

256

Imbichibava Hospital, Tirur

STW

20 100

SILL @ 10 NO LINTEL REQUIRED

HIGHLIGHTING SUNKEN BEAM AND SLAB

WALL , OPENING AND LINTEL AS PER LIFT SPECIFICATION

24.06.17

DUCT

SILL @ 060 LINTEL @ 240

148

123

TOILETPHY.CHALL D6 200 X 162

GYNECOLOGY CONSULTATION 383 X 275

DUCT

105

118 30 83

78 20 82

SILL @ 60 LINTEL @ 240

290

145

133

63 28

123

233

401

D1 105

SILL @ 000 LINTEL @ 240

153

23 52 23

SILL @ 000 LINTEL @ 240

30 CM WIDE SLAB PROJECTION @LINTEL LEVEL ONLY

TOILET - F 777 X 278

123

SILL @ 100 LINTEL @ 240

DUCT

144

336

23 52 23

DUCT

242

SILL @ 60 LINTEL @ 240

+ 00 LVL

8 9

8 9 SILL @ 10 FROM LANDING LVL NO LINTEL REQUIRED

116

SILL @ 10 FROM LANDING LVL NO LINTEL REQUIRED

183

582

158

123 98 60

CORRIDOR 304 CM WIDE

384

118

200

210

DUCT ELEC DUCT

143

103

FIRE LIFT 278 X 250

SILL @ 060 LINTEL @ 240

WALL , OPENING AND LINTEL AS PER LIFT SPECIFICATION SILL @ 060 LINTEL @ 240

SILL @ 60 LINTEL @ 240

FIRE DUCT

242

LOBBY 518 X 300

123

WAITING AREA

SILL @ 100 LINTEL @ 240

SILL @ 000 LINTEL @ 240

SILL @ 10 FROM LANDING LVL NO LINTEL REQUIRED

STW

SILL @ 000 LINTEL @ 240

GYNECOLOGY CONSULTATION 383 X 275

187

108

WALL , OPENING AND LINTEL AS PER LIFT SPECIFICATION

DUCT

258

103

109

123

177

140

401

INJECTION 260 X 197

165

67 10

ULTRASOUND 387 X 330

278

SILL @ 10 FROM LANDING LVL NO LINTEL REQUIRED

196

222

SILL @ 000 LINTEL @ 240

206

TOILET D6 193 X 162

256

345

191

SILL @ 000 LINTEL @ 240

FEEDING ROOM 210 X 278

528

157

113

236

169 SILL @ 100 LINTEL @ 240

LIFT 253 X 313

125

276

113 150 75

UPS ROOM 294 X 313

333

STW

STORE 188 X 300

48 20

199

123

179

129

278

200 123

SILL @ 000 LINTEL @ 240

50 714

113

130

443

105

LIFT LOBBY 480 X 452

528

INPATIENT SERVICES 575 X 414

SILL @ 000 LINTEL @ 240

203

SILL @ 100 LINTEL @ 240

201

236

DUCT 65

ELEC DUCT

SILL @ 000 LINTEL @ 240

DUCT

FIRE EXIT

30 CM WIDE SUNSHADE

5 6

GW1

UP 20

113

103

130

ELEC DUCT

SILL @ 100 LINTEL @ 240

253

395

253

333

GW1

191

DUCT

75 60

3 4

GW1

36 63 36

253

120 CM SUNSHADE / ARCHITECTURAL FEATURE

3 4

185

DUCT

SILL @ 60 LINTEL @ 240

246

WALL UPTO 100CM FROM FLOOR LEVEL

162

SILL @ 10 NO LINTEL REQUIRED

253

36 63 36

147

CORRIDOR 426 CM WIDE

ELEC.CABINET

LOBBY 1263 X 429

+ 45 LVL

SILL @ 060 LINTEL @ 240

245

SILL @ 60 LINTEL @ 240

118

253

183

118

253

SILL @ 060 LINTEL @ 240

SILL @ 10 NO LINTEL REQUIRED

223

253

30 63 30

SILL @ 100 LINTEL @ 240

15 103

253

SILL @ 100 LINTEL @ 240

108

SILL @ 000 LINTEL @ 240

SILL @ 100 LINTEL @ 240

HVAC DUCT

253

20 100

SILL @ 100 LINTEL @ 240

104

237

SILL @ 100 LINTEL @ 240

243

328

DISCLAIMER: This is a professional project signed with non disclosures and hecne is only for the use of the portfolio.

SILL @ 100 LINTEL @ 240

BREAKABLE GLASS

DUCT

SILL @ 100 LINTEL @ 240

SLAB PROJECTION @LINTEL LEVEL ONLY

AUS Architecture being the main consultant, I also had to interact with the site and other consultants( structural, MEP etc) and manage between the site and other consultants.

147

32 63 32

REFER DETAIL A 30 CM WIDE SLAB PROJECTION @SILL AND LINTEL LEVEL

SILL @ 060 LINTEL @ 240

NOTE REFER DRAWING : " FIRE ZONING LAYOUT "

FOR WALL HEIGHT WITH REFERENCE TO FIRE SEPARATION ABOVE CEILING

Amarnath Residence, Bangalore

GROUND FLOOR PLAN

FIRST FLOOR PLAN

The Amarnath Residence in Bangalore started in 2016 in design stage and is in construction stage at present. I was an active member from the design stage and was in charge of preparing the drawings as well.

Bangalore

Amarnath Residence,

DISCLAIMER: This is a professional project signed with non disclosures and hecne is only for the use of the portfolio.

The Thomas Kuruvila Residence in Trivandrum started in 2017 is in design stage at present. I was in charge of the whole project including the preparation of drawings. The drawings were sanctioned by the government in 2017 and foundation to be laid in Feb 2018.

FRONT ELEVATION

Trivandrum

Thomas Kuruvila Residence,

The concept of the openess and courtyards. The clients had a very specific requirements and we were able to completely satisfy the them.

SIDE ELEVATION

GROUND FLOOR PLAN

Trivandrum

Thomas Kuruvila Residence,

DISCLAIMER: This is a professional project signed with non disclosures and hecne is only for the use of the portfolio.

FIRST FLOOR PLAN

TERRACE FLOOR PLAN

The privilege of working on the design and execution of the Boeing Campus (BIETC) in Bangalore which included Manufacturing lab and an office building in the Phase 1. I started off during the detailed drawing discussion of the office Block and was in charge of the design of manufacturing block under direct leadership. I was fortunate to be a part of the team with direct client communication and consultant management. The project is currently undergoing construction. https://www.boeing.co.in/boeing-in-india/about-boeing-in-india. page

I also worked in the Design proposal for the later phase of the KPIT Campus in Pune, India. There was a research on Mobile Building involved in the design for the phase after. The project is currently in the phase of providing drawings for construction.

Venkataramanan Associates, Bangalore

https://www.vagroup.com/

DISCLAIMER: These are professional projects signed with non disclosures and is on going and hence work done cannot be attached.

Afrah Bathsha - Portfolio

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