GRADUATION PORTFOLIO 2021 by Saaral As

SELECTED WORKS 2016 - 2021

Architecture

PORTFOLIO A S SAARAL School of planning and architecture, New Delhi

Education DAV Boys Senior Secondary School, Gopalapuram 2014 - CBSE CGPA 10 points

DAV Boys Senior Secondary School, Gopalapuram 2016 - CBSE Boards 97%

School of Planning and Architecture, New Delhi 2016 - 2021

Work Experience Internship in Centre for Sustainable Built and Natural Environment Kollam, Kerala (2020)

Summer Internship at Raman Construction Auroville, Pondicherry (2018)

Laurie Baker Workshop Series Kerala, (2017)

A S SAARAL 23 Architect

I am an avid hardworking designer. As an enthusiastic bookworm, most of the time people would find me buried within a book or at my computer screen. As an architect I am always enthusiastic at the prospect of new design challenges and strive to bring radical thoughts to the drawing table. Apart from graduating from School of Planning and Architecture, New Delhi, I have also had the opportunity to work under Ar. Eugene Pandala at CSBNE, Kollam and Mr. Raman at Raman construction, Auroville. Under whose guidance I have had the opportunity to work on Hospitality, Residential and Large span projects. Over the years of education, I have started to grasp a deeper understanding to the meaning of sustainability and vernacular architecture. As a designer I believe the larger concepts of architecture are rooted in nature and our culture, by being the link between man, society and ecosystem.

Personal Information

Languages

Born - 17th October 1998

English

Fluent

Resident of Pondicherry

Hindi

Fluent

Graduated from SPA Delhi, 2021 batch

Tamil

Fluent

Hobbies

Contact Details

Research

Competitions

Study of the Havelis

Marception 2018 - Participated

Settlement Study of Weavers

G-Sen Trophy 2018 - Participated

Settlement Study of Colonial riverfront

Landscape Trophy 2018 - Shortlisted

Mapping the factors affecting paratransit services

Cannes Temperory Cinema - participated

Built Environment and urban agriculture

DAH 2020 Indegenious Dwellings

Mandawa, 2016

Volzero competitions

Chanderi, 2017

NASA India

Chandannagore, 2018

Archasm competitions

Seminar, New Delhi, 2019 Dissertation, 2019

NASA India

Citation

Software Skills Autodesk Autocad Autodesk Revit Trimble Sketchup Rhino + Grasshopper

Vectorworks Autodesk 3ds Max

Adobe Photoshop Adobe Indesign

Adobe Illustrator Adobe Premier pro

Traveling Trekking

+91-8920063411

Photography Research

saaral.arch@gmail.com

Lumion V-Ray

Enscape Twin-motion

crosslegged_studio

MS Word MS Powerpoint

MS Excel Autodesk Ecotect

Football Graphic Design

After Effects

Selected works 2016-2021

Farm Towers

Hauz Khas Boulevard

K-12 School

Transcendence

New Delhi 2021

New Delhi 2020

New Delhi 2018-19

Chandannagore 2018

Pg 06

Pg 12

Pg 18

Pg 24

Internship @ CSBNE

Martian Aspiration

The Kaleidoscope

Kollam Kerala 2020

Volzero Competitions 2018

Archasm Competitions 2020

Pg 36

Pg 31

Pg 30

FARM TOWERS

Thesis Project - Mixed use development Rohini Sec-18, New Delhi

Academic

The farm towers are dual towers in Rohini Sec-18, which integrates vertical farm aspects within high density developments. This thesis will theorize and explore vertical farming within high density mixed use development as a new typology of urban resilience and circular ecology. Further looking into the advantages and practicalities of this typology in creating self-sustaining neighborhood scale developments.

Vertical farm modules integrated with residential program

Residential Tower

Modular housing typology interspersed between 1, 2 and 3 bedroom units

Residential Amenities Social and recreational infrastructure Bowling alley, Indoor sports, Vocational training center, Library

Residential and social amenities including gym, party hall, terrace lawns Semi-open terraces / connecting bridge landscaped with phytorid technology Service Floor with outrigger truss structural system

Office Multiple occupancy office

Retail Anchor shops, departmental stores, cafe, restaurants

Green house integrated with office typology

The housing tower has 2 typical floor types which repeat alternatively. The modules are arranged in typical floor plan 1 such that the corridors run on one of the two floors, while on the upper level units run from one end to the other. This results in higher lift efficiency in highrise.

Typical Floor Plan 1 (Lower level)

Typical floor 1 consists of a combination of 4 apartments of each type and a vertical farm module, while typical floor 2 consists of all single bedroom apartments.

Site Plan Commercial

Residential

Vehicular access

Office

Pedestrian access

Vehicular movement

Typical Floor Plan 1 (Upper level)

Single Bedroom Apartment Double Bedroom Apartment Triple Bedroom Apartment Vertical Farm

Typical Floor 2

Typical Floor Plan 2

The design has 2 major pedestrian access, the pedestrian spline formed below the metro corridor caters majorly to pedestrians from the metro stations on either side of the site. The other axis perpendicular to the previous connects the western end of the site catering to the residential colonies in the context. These pedestrian axes along with the built form create a series of public squares. The retail program is organised around these 2 axises.

Vertical Farm Module

Typical Floor 1

Corner Column 30 x 26 cm C-section

Roof Chords

16 x 20 cm C-section

Roof Purlin

15 x 15 cm L-section

Posts

Strap Bracing

25 x 17 cm I-section

Floor Chord

30 x 25 cm C-section

Floor Purlin 27 x 18 cm

Floor Decking

Model Structural Chassis

The Basic building block of the modular system consists of fully welded steel framed chassis. The sides of the modules acts as welded vierendeel truss spanning between the primary columns - which carry the weight of modules above. The modules are primarily made of steel C-section and steel decking. The column are composite I-sections onto which the modules are attached. The modules are 11.5m x 8m

1000mm thk Prestressed Double Tee Slab Steel circular hollow section, 200 mm dia.

Welded seams between sections of membrane

Interior view of vertical farm ETFE membrane sheets lined with PV panels

Circular pipe section 120 mm Dia

Vertical Farm

Seeding Area

Operable shutter for Air inlet/outlet, 2 No. 5 mm laminated safety glass Processing Area

Storage

Flat steel section 120mm dia, Composite Beam 1000mm x 700mm

Corridor 2m wide

Core Floor Plan - Vertical Farm

Wall Section - Vertical Farm

Precast concrete cantilever, 160 mm, with polyurethane coating

3 Bedroom Apartment

2 Bedroom Apartment

1 Bedroom Apartment

Extruded section for shading and indirect light redirection, highly reflective

Triple glazing with powdercoated aluminium glazing bars Drive motor Aluminium daylight reflector

Facade view of office

Module 1 + 2 + 3

Module 1 + 2

Module 1

Aluminium arm, powdercoated

Steel flat, 100 x 12 mm, glass-bead-blasted finish

Lower Sun Angle

High Sun Angle

Wall Section - Office

HAUZ KHAS BOULEVARD

Academic

Urban Design - Market precinct re-development 9th Semester The brief for the urban design exercise was to redevelop the hauz-khas market into a modern commercial experience with retail, office, housing and social infrastructures. The larger goal of the project was to integrate the new development as a extended fabric of the context and integrate strategies for the same.

The design intention of housing complex was to design a interdependent community, which is free of divisions and works mutually sustainability and cooperatively. The floor plans with intermixing of different typologies and a group of the same opening into common terraces are the interventions which are aimed to create a common ground for all the residents.

The form is derived to be iconic with steep and linear blocks of mass, as it is the first to be seen as one drives down the aurobindo marg. The front of the hotel is formed by stepped green terraces from where we get a good view of the monuments like nili masjid and dadi poti’s tomb. 65

K-12 SCHOOL School Design (Integrated Semester) Chattarpur, New Delhi

The project is aimed at creating a learning environment that is aimed at creating stimuli in the form of spatial quality. The long linear site has been broken down into a variety of different spaces in the same level.

Open-roof System

My initial vision of the school was to design a flexible and barrier free learning platform much similar to the traditional schools, but at the same time able to accommodate the pace of modern life and curriculum.

Classroom System

Structural System

Interaction steps

Academic

The design brief asked to design a K to12 in the Lal Dora region of Delhi. The site is situated in the outskirts of the city, wedged in between the residential colony of Chandanhola on one side and the farmlands of Chattarpur on the other. The challenge was to study and understand the different type of school systems along with the societal parameters to best design a education system along with the spaces required in the area program for the school.

Auditorium

Core

6 4 3

1. HVAC ducting; 2. Balcony; 3. External Structure; 4. Sliding Door; 5. Storage; 6.Under-floor Service

The classroom is supposed to accommodate 35 students. The classroom layout on the southern and northern are different. The southern classroom has extended balcony, which will also serve as a heat buffer space. A detailed analysis of sunlight penetration, the density of louvers and in last the lighting requirements of classroom is planned to optimize the learning environment.

Library

Children’s library

Creative Studio

1. Steps; 2. Seatings; 3. Plantations Fig : Exploded Axonometric diagram of Audi block

The cluster of classroom is separated by common terraces that provide a breakout space for the students to be able to access much open environment. These spaces will have a planters and seating. The jaali work on the terrace will cast a unique shadow pattern on the terraces.

Terracotta Jaali

Green Partition External Structure

Sliding Door

External Structure

Balcony with plantation

Fig : External Wall Section

The structural system is mainly steel to account for easy joinery and prefabrication as the design employs multiple angles. The beams are fire proof encased I - section while the slabs are composite metal decking slab. While this is the case of the internal structure, the externally bracing is given which support the balcony and continue on to till the roof. The bracing will give additional stability to the building owing to the non-rectilinear internal structural system.

Fig : Section through Auditorium and library

Fig : External Wall Section

Fig : Internal Wall Section

Fig : Model Photograph

Fig : Structural System

Fig : Interaction Steps

Fig : Open Roof System

Fig : Classroom System

Fig : Model Photograph

Design model for the preliminary stage jury made as a paper base accented with MDF facade

TRANSCENDENCE Riverfront Re-development Chandanagore, West Bengal

Academic

The project was to propose a conceptual design for a river front public hub on the strand, chandanagore. The proposal was to include a mix of hospitality centres, tourism complex, shopping centre, heritage centre and a ferry point. Set in a heritage context, the site had to respond to the river on one side and the heritage complex on the other.

Food Court

Local Crafts Shop Open Restaurant

Garden Ferry Ghat

Fig : Visitor’s Center

Tourism Centre

OAT

Hotel

Spatial Planning of the Site

The ferry is the lifeline of people living in Chandanagore, and thus equal emphasis is given in design to integrate the regular services of people with tourism.

Fig : Through the ferry ghat

Fig : Pathway to ferry

Formation of axis

Setting up niches

The site had a three main axis, all which had different purpose. The initial design had to integrate the spatial and the functional needs of the three axis. This made it easier for people to navigate around the site.

Identifying and emphasizing the axis had formed two niche of complementary behavior. The design intervention had to evolve the spaces. Functionally these spaces were assigned as a open restaurant and a shopping complex

Secondary functions

Public spaces

Secondary functions like hotels and tourism center were accommodated on one side of the site, while the ferry on the other. In the center the gateway gently sloped down to the OAT on water.

Finally to balance the different typology of spaces, a hierarchy of public spaces and utilities were organized within the site .

1. Hotel 2. Tourism Centre 3. OAT 4. Open Restaurant 5. Open Food Court 6. Local Crafts Shops 7. Landscaped Garden 8.View Point 9. Ferry Ghat

The axis through the ghat emphasizes on catering to the tourists to the town. The axis starts with the heritage gateway and ends in the OAT which transcendence on to the river. On either side of the axis, variety of shops provide the commercial aspect of the hub.

2 6

7 3

Fig : View of Key areas of development

Fig : Section through Auditorium and library

Shops Viewing Deck

OAT Stage River

Ferry Ghat

Fig : Section through Auditorium and library

OAT Seatings

Gateway

THE KALEIDOSCOPE Cannes Temporary Cinema (Archasm Competitions)

Competition

The facade of the pavilion is a huge tessellation with a thousand screens where different movies are constantly screened and a million mirrors reflecting these screens. As a person walks along this pavilion, depending on his/her position the scene on each mirror keeps changing, giving each observer a different experience. This pavilion is a gateway to the past and the future. It takes the renowned artists through a journey of reminiscence as they watch their classic films being screened. The nascent movies and iconic films acting together as one whole motion collage and seeing their own reflection in the mirrors amidst thousands of movies fills the budding artists with hope.

The Cannes Film Festival is not only a place for great artists to showcase their ideas and put the best film forward. For some, it is a place for expression while for others it is a place for inspiration. From film enthusiasts to famous celebrities, people come from all around the world with millions of dreams and aspirations. When the dreams are different, why should a pavilion be the same to all of them?

Rectangluar sections

Seating - Screening area Tessalated glass facade

Tubular steel sections

EXPLODED 3D

MARTIAN ASPIRATION Marception (Volzero Competitions)

Competition

The entire structure was aimed at sustaining the micro-system. The membrane was made of ice particles sandwiched between ETFE membranes. While the exterior stitched micro solar cells.

For human colonization on mars requires the establishment of permanent base that potential of selfexpansion, which are more safe, earthy and community oriented. The core concept of the design was inspired from the underground survival of ant in its constructed habitat, ‘ant hill’ . the tunnels, burrows, and underground free ways interconnect their lives easily. A large central opened space creates a courtyard which psychologically emotionally connects the inhabitants to earth.

Part of the project was to enhance the experience of the pioneers more than a station of work to a level of home away from home. The design aims to create a community, keeping in mind the need for personal space.

The lack of available material at Mars created the prospect of using 3D printed structure. The design aimed at integrating the mushroom column with the existing substructure of Mars.

The design competition was to propose a self sustaining complex of the first astronauts to land on mars. The design aimed at creating the complex to sustain itself energy and stock - wise indefinitely. The challenges faced was to harness energy while creating a internal micro-climate favorable to grow crops. The form and materials thus used reflect the ideology to utilize the maximum of available resources in Mars.

LAND-FILLING NASA Landscape Trophy (NASA India)

The Ghazipur landfill was long due in maintenance and lack of regulation has led to its misuse. To get people aware, the design proposed to build a memorial landscaped into the site showing the height of garbage that had been collected over the years.

The site had a abundance of kids playing around the site, in the garbage piling around. Playground and seating spaces around would get people to acknowledge the site and addresses the needs of children.

Competition

The design was to take and analyze a piece of land neglected by the society and the government, and propose a suitable design which would integrate the needs of the society and bring it closer to the unused pockets of the city. The site chosen is the Ghazipur landfill where there has been unregulated piling of garbage. The entire site and the community of rag pickers around the site have been neglected and the general public avoids the place.

C.S.B.N.E 81.7

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

93.6

.2 140

50MM DIA PIPE SECTION 3MM THK

61.5

DETAIL A

CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

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93.6

STRINGER BEAM 80 X 40 MM

©2016, CSBNE LLP RESERVES ALL RIGHTS TO THESE DRAWINGS, DESIGNS AND/OR ANY OTHER DATA CONTAINED HEREIN. NO PART OF THE SAID DRAWINGS, DESIGNS AND/OR OTHER DATA MAY BE REPRODUCED, MODIFIED, TRANSMITTED OR USED IN ANY FORM OR BY ANY MEANS FOR ANY PURPOSE WITHOUT THE PRIOR WRITTEN CONSENT OF CSBNE LLP OTHER THAN THE SOLE PURPOSE FOR WHICH OTHER DRAWINGS, DESIGNS AND/ OR OTHER DATA ARE PROVIDED TO LICENSED USERS ON SUCH TERMS AS CSBNE LLP MAY PRESCRIBE.

G.F. SLAB

DETAIL C

WWW.CSBNE.ORG

DETAIL D

THIN CONCRETE STEPS 125.4

73.0

61.5

81 .7

DRAWING NO:

DATE : 28 -06 - 2020 DRAWN BY : A S SAARAL

30.0

CHECKED BY: AR. EUGENE PANDALA

93.5

179.9 273.7

50 MM DIA PIPE SECTION ANCHORED TO FOUNDATION

STAIRCASE PLAN

CHECKED BY: AR. AJAY ABEY APPROVED BY: AR. AJAY ABEY REVISION DATE

14 0.2

EXTERNAL STAIR DETAIL

SCALE:

DETAIL C

DETAIL B

STRINGER BEAM 40 X 80 MM

40MM DIA PIPE SECTION

Work Experience

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STRINGER BEAM 80 X 40MM STRUT 75 X 40 MM

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TITLE

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DRAWING

STRINGER SECTION BEAM

PROJECT CLIENT

PROJECT NO :

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35.6

25.9

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BEAM

CSBNE

DETAIL D

63.8

DETAIL B

Kollam, Kerala Internship, Jan - July 2020 I worked under Ar. Eugene Pandala in the CSBNE in Kollam, Kerala for a duration of 5 months. During this period I was involved in projects of residential, hospitality, conservation and masterplanning nature. During this period us interns also got the opportunity to learn the nature of mud and bamboo architecture - both on drawings and hands-on.

50MM DIA PIPE SECTION

REMARKS

STRINGER BEAM 40X80 MM

46.4

CONSULTANTS PLATE SECTION 150 X 200MM ANCHORED TO FOUNDATION (REFER FOUNDATION DETAIL)

STRINGER 3D VIEW

PLATE SECTION 150 X 150 MM ANCHORED TO FOUNDATION (REFER FOUNDATION DETAIL)

DETAIL A

WELDED JOINT

40MM DIA PIPE SECTION

DETAIL C

NOTES

STRUT 75 X 40MM

·PROJECT EXECUTION TEAM MUST CHECK AND VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCEMENT OF WORK.

·ANY DISCREPANCIES IN THE FIGURED DIMENSION ARE TO BE REPORTED IMMEDIATELY TO THE ARCHITECT.REFER TO STRUCTURAL ENGINEERING DRAWING FOR ALL STRUCTURAL SIZES AND DIMENSIONS. ·ALL LEVELS SHOWN ON FLOOR PLANS ARE FINISHED FLOOR LEVELS AND ALL DIMENSIONS MENTIONED ARE FINISHED DIMENSIONS UNLESS OTHERWISE SPECIFIED ·MANUFACTURERS/SUPPLIERS SHALL FURNISH, INSTALL AND COMPLETE ALL INSTALLATIONS AND SHALL BE RESPONSIBLE FOR THE WARRANTY ,CONFORMITY AND PERFORMANCE OF THE PRODUCT

PLATE SECTION 150 X 290 MM ANCHORED TO FOUNDATION (REFER FOUNDATION DETAIL)

STRINGER BEAM 80X40 MM

STRUT 80X40MM

DETAIL B PLATE SECTION 100X150 MM ANCHORED TO BEAM

DATE

NOTE BEAM

DETAIL D

FOUNDATION DETAIL FOR DETAIL A, B AND C ARE PUT ON HOLD

KEY PLAN

RECEIVED BY

T h i s document is part of the working drawings resolved for residential projects that the firm had undertaken.

The project was to refurbish and renovate a heritage bungalow into a ayurvedic spa and resort. As a intern, I was involved with measure drawing the estate, Master planning and conceptual design, renovation works on-site and various presentations for the client.

PADMAVILASOM PALACE RESORT AND AYURVEDIC CENTRE

PADMAVILASOM AYURVEDIC SPA AND DESTINATION WEDDING

RIDGE 150 X 60 MM

LVL + 525.4 LVL + 486.0

CSBNE

CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

GABLE MEMBERS

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

TIE MEMBERS - ROOF 1

PURLINS AND GABLE

RAFTERS 150X40 MM SECONDARY BEAM

LVL + 400.0

ATTIC BEAM 200 X 250 MM LVL + 305.0

WWW.CSBNE.ORG

KOTTARAKARRA

PROJECT

: GRAINARY

CLIENT

PRADEEP

PROJECT NO : DRAWING

TIE MEMBERS

: DOCUMENTATION

ROOF STRUCTURE

TITLE

SECONDARY ROOF 150 X 40 MM WALL PLATE LVL + 201.4

DRAWING NO: 03

ROOF RAFTERS

VERSION: SCALE:

ROOF SECTION TIE MEMBERS

DATE : 12 - 02 - 2020 DRAWN BY : A S SAARAL

RIDGE 150 X 60MM

TIE MEMBER

GABLE MEMBER

CHECKED BY: AR EUGENE PANDALA CHECKED BY: APPROVED BY: AR EUGENE PANDALA

WALL PLATE

ROOF RAFTERS 150X40MM ATTIC BEAM 200 X 250 MM

REVISION DATE

REMARKS

ATTIC BEAM

CONSULTANTS

NOTES

RAFTER EXTENSION

ROOF EXTENSION - RAFTERS

RECEIVED BY

WALL PLATE ROOF 3D ISOMETRIC

·PROJECT EXECUTION TEAM MUST CHECK AND VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCEMENT OF WORK. ·ANY DISCREPANCIES IN THE FIGURED DIMENSION ARE TO BE REPORTED IMMEDIATELY TO THE ARCHITECT.REFER TO STRUCTURAL ENGINEERING DRAWING FOR ALL STRUCTURAL SIZES AND DIMENSIONS. ·ALL LEVELS SHOWN ON FLOOR PLANS ARE FINISHED FLOOR LEVELS AND ALL DIMENSIONS MENTIONED ARE FINISHED DIMENSIONS UNLESS OTHERWISE SPECIFIED ·MANUFACTURERS/SUPPLIERS SHALL FURNISH, INSTALL AND COMPLETE ALL INSTALLATIONS AND SHALL BE RESPONSIBLE FOR THE WARRANTY ,CONFORMITY AND PERFORMANCE OF THE PRODUCT

EXPLODED ROOF STRUCTURE

DATE

T h e conservation project is a 150 year old wooden granary in the clients ancestral. This is a single story structure with footprint of 590 Sq.ft with an attic. On site we worked on identifying where the structure was weak, documenting the details and joinery and took photographs. This was later converted into a detailed 3d model.

C.S.B.N.E

DATE - 25-06-2020

Raman Constructions

Work Experience

Auroville, Pondicherry Summer Internship, 2018 I did my internship in Auroville in the summers after 2nd year. The firm was based on projects built in and around Auroville. During my internship I mainly focused on on-site work and learn’t the aspects of site work. During my internship I learn’t how a construction drawing gets projected on site. Apart from this I also participated in various design exercise and competitions.

During the course of internship I was mainly involved in the site work of two main projects - a indoor stadium for Auroville and a Dormitory in the International pavilion. During site work I worked and studied the various process of starting a project till the laying of foundation. This also required me to produce working drawings.

Work Experience

Laurie Baker Center

Trivandrum, Kerala Summer Workshop, 2017 During LBC workshop organized in Thiruvananthapuram, I learn’t the basics of brick casting, making adobe and bamboo structures. We were also involved in a series of activities like construction of filler slabs and arches.

Working Drawings at CSBNE

CSBNE

CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

LVL +525.0 ROOF AND ROOF STRUCTURE

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601 ©2016, CSBNE LLP RESERVES ALL RIGHTS TO THESE DRAWINGS, DESIGNS AND/OR ANY OTHER DATA CONTAINED HEREIN. NO PART OF THE SAID DRAWINGS, DESIGNS AND/OR OTHER DATA MAY BE REPRODUCED, MODIFIED, TRANSMITTED OR USED IN ANY FORM OR BY ANY MEANS FOR ANY PURPOSE WITHOUT THE PRIOR WRITTEN CONSENT OF CSBNE LLP OTHER THAN THE SOLE PURPOSE FOR WHICH OTHER DRAWINGS, DESIGNS AND/ OR OTHER DATA ARE PROVIDED TO LICENSED USERS ON SUCH TERMS AS CSBNE LLP MAY PRESCRIBE. WWW.CSBNE.ORG

ROOF STRUCTURE ATTIC BEAM

LVL +278.0

WALL PLATE

KOTTARAKARRA

PROJECT

: GRAINARY

CLIENT

PRADEEP

PROJECT NO : DRAWING

: DOCUMENTATION

PLINTH DETAIL

TITLE

DRAWING NO: 06

WOOD PANEL WALL

VERSION: SCALE: DATE : 12 - 02 - 2020 DRAWN BY : A S SAARAL

LVL +92.0 PLINTH BEAM

CHECKED BY: AR EUGENE PANDALA CHECKED BY: APPROVED BY: AR EUGENE PANDALA

LVL +85.0

REVISION

RANDOM RUBBLE FOUNDATION (OLD STRUCTURE)

DATE

REMARKS

LVL +35.0

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MASONRY WALL (NEW STRUCTURE) NOTES

LVL +35.0

RANDOM RUBBLE FOUNDATION

NEW MASONRY STRUCTURE

RANDOM RUBBLE FOUNDATION (NEW STRUCTURE)

LVL +00.0

OLD WOODEN STRUCTURE

RECEIVED BY

DATE

EXPLODED ISOMETRIC PLINTH STRUCTURE

CSBNE

CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

STEEL RAFTER

WALL PLATE - L SECTION

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

L SECTION DOWELS (6mm DIA 2 LEGGED STIRRUP @460mm c/c)

27.4

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WWW.CSBNE.ORG

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DATE : 14 - 06 - 2020 DRAWN BY : A S SAARAL CHECKED BY: AR AJAY ABEY CHECKED BY: AR TARA PANDALA

3D VIEW OF WALLPLATE A

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WALL PLATE DETAIL B

RAFTER

RIDGE CONSULTANTS

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WALL PLATE - BOX SECTION

NOTES

extended part of wall plate to support overhang rafters

PLAN

KEY PLAN

RECEIVED BY

DATE

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OTHER WORKS

Graphic Design - Model Making Freelancing works

Digital Art Front Poster - Annual College Fest

Digi Invite - Annual College Fest

Photography - Luminous Study Programme Broucher - Annual College Fest

Ar. A S Saaral

saaral.arch@gmail.com

+91-8920063411

crosslegged_studio