ARCHITECTURE PORTFOLIO by Karthick M

ARCHITECTURE PORTFOLIO KARTHICK M

Karthick . M

India. Tamilnadu. Tamilnadu. India. India. Tamilnadu. India. India. India. India. India. jaikarthick jaikarthick jaikarthick jaikarthick jaikarthick jaikarthick jaikarthick jaikarthick jaikarthick jai_karthick_ jai_karthick_ jai_karthick_ jai_karthick_ jai_karthick_ jai_karthick_ jai_karthick_ jai_karthick_ jai_karthick_ Software Software Software Software Software Software Software Software Software

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9940533515 jaikarthick701512@gmail.com Tamilnadu. India.

ARCHITECT

Karthick Karthick. .M M Karthick . M Karthick . M jaikarthick Karthick . M Karthick . 9940533515 9940533515 MM Karthick Karthick 9940533515 9940533515. M jai_karthick_ Karthick Karthick M 9940533515 9940533515. .M +91-9940533515 jaikarthick701512@gmail.com jaikarthick701512@gmail.com Karthick Karthick . . M M 9940533515 jaikarthick701512@gmail.com jaikarthick701512@gmail.com Karthick Karthick. .M M 9940533515 sapjai12@gmail.com 9940533515 jaikarthick701512@gmail.com jaikarthick701512@gmail.com Software Tamilnadu. Tamilnadu. Karthick Karthick . . M 9940533515 9940533515 M jaikarthick701512@gmail.com Tamilnadu. Tamilnadu. India. India. Tamilnadu, India Karthick . .M Karthick M 9940533515 9940533515 jaikarthick701512@gmail.com jaikarthick701512@gmail.com Tamilnadu. Tamilnadu.

India. India. 9940533515 9940533515 jaikarthick701512@gmail.com jaikarthick701512@gmail.com Tamilnadu. India. India. English, Tamil, Hindi 9940533515 9940533515 jaikarthick jaikarthick jaikarthick701512@gmail.com jaikarthick701512@gmail.com Tamilnadu. Tamilnadu. India. jaikarthick jaikarthick jaikarthick701512@gmail.com jaikarthick701512@gmail.com India. Tamilnadu. Tamilnadu. India. Indian jaikarthick jaikarthick jaikarthick701512@gmail.com jaikarthick701512@gmail.com Tamilnadu. Tamilnadu. jai_karthick_ jai_karthick_ India. India. jaikarthick jai_karthick_ Tamilnadu. Tamilnadu. jai_karthick_ India. India. jaikarthick jaikarthick jai_karthick_ jai_karthick_ Tamilnadu. Tamilnadu. India. India. jaikarthick jaikarthick Software Software Software jai_karthick_ India. India. skills Software Software jaikarthick jaikarthick jai_karthick_ jai_karthick_ jaikarthick jaikarthick Software Software jai_karthick_ jai_karthick_ jaikarthick jaikarthick Software jai_karthick_ jai_karthick_ Autocad Software Software jai_karthick_ jai_karthick_ Software Software jai_karthick_ jai_karthick_ Software Software Software Software Revit Software Software

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Illustrator carpendry

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HINDI ENGLISH HINDI ENGLISH2012 TAMIL 2009 TAMIL 2012 Experience Experience Education Education assistantship, Diploma HINDI ENGLISH TAMIL Six Sixmonths monthsworked worke Diplomaininarchitecural architecural HINDI ENGLISH TAMIL ENGLISH2012 TAMIL HINDI 2012 SPTC, salem. 2009 2009 assistantship, supervising supervising at atL&T. L& Experience Experience Six months worked assistantship, Education Education Six months worke Diploma Diplomaininarchitecural architecural 2014 SPTC, salem. Bachelor of Architecture, SPTC, salem. assistantship, assistantship, Diploma ininarchitecural architecural SDiploma A P. Anna university SPTC, SPTC, salem. salem. assistantship, assistantship, Diploma Diploma ininarchitecural architecural Chennai. SPTC, SPTC, salem. salem. assistantship, assistantship, Diploma Diplomaininarchitecural architecural SPTC, SPTC,salem. salem. assistantship, assistantship, SPTC, SPTC,salem. salem.

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2012 2012 2009 2009 2009 2009 2012 2013 2013 2012 2009 2009 2012 2013 2013 2012 2012 2017 2013 2013 2012 2012 2013 2012 2012 2013 2013 2012 2012 2013 2013 2017-18 2013 2013 2013 2013 2014 2014 2014 2014 2013 2013 2014 2014 2019 2014 2017 2017 2014 2014

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under pressure and in a collaborative team environment.Strong work ethic and willingness to achieve objectives. work ethic and willingness to achieve objectives.

X STANDARD

A V Joseph GHSS

65.2%Diploma in architecural

Ittamozhi, Tamilnadu, India

DIPLOMA IN ARCHITECTURAL ASSISSTANSHIP

2012

2013

model making

carpendry

drafting

sitework

welding

Bachelor of Architecture, S A P. Anna university Chennai.

BACHELOR OF ARCHITECTURE HINDI

Six months worked as a site supervising at L&T.

2009-2012 Oct-April Six months worked in construction 2013

2014

Bachelor of Architecture, S A P. Anna university 2013 Chennai.

Six months worked in construction supervising in salem WAT project at L&T.

Processing...

2014

Six months internship in DNA architects , chennai.

2017-18

2013-2014 Dec-May

2019

2014-2019

Six months internship in InFORM Architects, Bangalore.

Processing...

Six months worked in interior decorators,drafting and designing. Salem, Tamilnadu, India

L&T CONSTRUCTIONS

•

Worked as Site Supervisor Prepared bill of quantites for materials and supervised site execution.

L&T CONSTRUCTIONS

May-Nov

2017

First class

Six months worked as a site2012 supervising at L&T.

Six months worked in interior 2012 decorators,drafting and designing. Jun-Dec

welding

7.85 CGPA

2008-2009

supervising in salem WAT project at L&T.

Field State Board of Technical Education and Training The Salem Polytechnic College Salem, Tamilnadu, India

WORK EXPERIENCE

2009

Diploma in architecural 2006-2007 assistantship, SPTC, salem.

94.58% First class with distinction

Field

Experience

2009

assistantship, Ittamozhi,SPTC, Tamilnadu, salem. India

Xii STANDARD 65.1%

A V Joseph GHSS

Experience Education

Education

EDUCATIONAL

2017

•

Worked as Construction Supervisor Created site execution drawings, managed site work, checked proSix months internship in curement of materials and labour management on site. DNA architects , Salem, Tamilnadu, India

chennai.

2017-18

•

VERSATILE CREATORS Chennai, Tamilnadu, India Worked as Interior Designer

Six months internship in Designed interior spaces, 3D visualization, selection of materials for InFORM Architects, interiors and client discussions. Bangalore.

2019

School of TAMIL Architecture HINDI and Planning, ENGLISH Anna University TAMIL

ENGLISH

Chennai, Tamilnadu, India

ZONASA COMPETITION

Winner

School of Architecture and Planning, Anna University

2015

SIDC Trophy

ZONASA COMPETITION

Special mention

School of Architecture and Planning, Anna University

2018

Conventional Trophy

DNA ARCHITECTS

2017 Jun-Oct •

INFORM ARCHITECTS

2017-2018 Jul-March • • 2019 Jul-Present

Worked as Intern Architect Renovation work and facade design. Tender documentation and BOQ. Construction detailing, electrical layout and site execution. Schematic ideas and design proposals. Chennai, Tamilnadu, India

Worked as Intern Architect Worked in multiple projects at different stages of design, including schematics, construction drawings, design development 3D visualization and presentation Bengaluru,Karnataka, India

INFORM ARCHITECTS • •

Bengaluru,Karnataka, India Working as Architect Creating detailed drawings in REVIT, preparing bill of quanitites and estimation. 3D visualization in REVIT and RHINO.

10th semester - Thesis Studio

THE POWER SHIFT A KNOWLEDGE SHARING SPACE Designing a system to create a sustainable architectural community, whose needs are satisfied through an interdiscplinary approach.

“CREATORS ARE RULERS WHEN Of needs and wants SPATIAL INTELLIGENCE USED AS A MEDIUM “ When the technical impact is over imposed in architecture the way of approaching “CREATORS ARE INTELLIGENCE “CREATORS ARERULERS RULERSWHEN WHEN LINGUISTIC and designing is varying from the normal approach. Easy way of understanding the SPATIAL IMPACT OFinGLOBALIZATION INAS ARCHITECTURE IMPACT OF GLOBALIZATION ON “ ARCHITECTURE SPATIAL INTELLIGENCE USED efficient approach all requirements and analyzing factors. Innovation INTELLIGENCE USED ASAAMEDIUM MEDIUM “ of smart INTELLIGENCE INTELLIGENCE imagination of 3d THECHNICAL IMPACT

MONITORed

Transformation of Elements Power of Elements AITransformation AND of CONTROLLED

HUMAN of Power BRAIN

materials and self responsive building facade are most efficient and sustainable way INTELLIGENCE Visualization The word “architecture” after the 17thinfluenced century. The technical impact is Toffler emphasizes that any of the elements of power can be transformed from one to another such that the of approach inis globalization technology buildings. IMPACT OF GLOBALIZATION IN ARCHITECTURE Transformation of Elements of Power Toffler emphasizes that any of the elements of power can be transformed from IMPACT OF GLOBALIZATION IN ARCHITECTURE Transformation of Elements of Power more than previous centuries. We serve as a profession to peoples, society for their individual has the Trinity no matter where they started from. A Wealth of Knowledge is now available on the imagination of 3d one to another. A Wealth of Knowledge is now available on the internet and at the imagination of 3d Communication comfort and needs in the commercial world. Nowadays in our country the innovative internet and at the disposal of the user through the finger tips. In particular, information related to cybernetics, SPATIAL Visualization The word “architecture” is globalization after the 17th century. The technical impact is Toffler disposal emphasizes that anythrough of the elements power can be transformed from one fields to another such that the of for the user fingeroftips. Cybernetics also relates tofrom other Visualization INTELThe and wordcreative “architecture” after the The technical impact is ideas thoughtisisglobalization not considerable. “The17th bestcentury. ideas never incorporate intoINTRA PERSONAL Toffler emphasizes that any thethe elements ofspells power can be transformed one to another that the the modern word things likeofcasting voodoo is freely found on YouTube and other sources.such Cybernetmore than previous centuries. We serve as a profession to peoples, society for their INTELLIGENCE individual has the Trinityand no matter where they are started from. tools A Wealth of Knowledge isand now available on the e ics Power shift numerology which powerful for obtaining Force more than previous Welife serve as a profession to peoples, society for their the project unless theycenturies. heard”. The ecosystem of an architect in entirely different individual has Trinity nosymbology matter where they from. A Wealth of Knowledge isobtaining now available the alsolike relates tothe other fields like numerology and started symbology which are powerful tools for Force on and comfort and needs in the commercial world. Nowadays in our country the innovative LIGENCE internet and at the disposal of the user through the finger tips. In particular, information related to cybernetics, comfort and needsThe in the commercial world. in our country innovative from normal people. interdisciplinary of our Nowadays practice is create curious the evolve new PERSONAL internet and at the disposal of the fingereconomy tips.and In particular, information related Wealth. Considering Toffler refers touser ourthrough civilization and based upon symbology, orto a cybernetics, "symbolic Wealth. Considering Toffler, refers to ourthe civilization economy based upon INTER INTELLIideas and creative thought is not considerable. “The best ideas never incorporate intoINTRA PERSONAL INTELthe modern word for things like casting voodoo spells is freely found on YouTube and other sources. Cybernetideas and creative thought is not considerable. “The best ideas never incorporate into ideas and creative thought in the study and working scenario. INTRA PERSONAL INTELthe modern word for things like casting voodoo spells is freely found on YouTube and other sources. Cyberneteconomy", then this is indeed powerful for any individual. combination of knowledge, wealth and force is described by Toffler as providing individuals or other symbology, or a “symbolic economy”, then this is indeed powerful for any individual. Imagination of 3D visualization the project unless they heard”. The life ecosystem of an architect in entirely different ics also relates to other fields like numerology and symbology which are powerful tools for obtaining Force and GENCE the project unless they heard”. The life ecosystem of an architect in entirely different LIGENCE also relates to other fields like numerology and which are powerful toolsliving for obtaining Force and ties ics power. Knowledge is the most powerful form ofsymbology power, considering we are now in a Knowlfrom normal people. The interdisciplinary of our practice is create curious evolve new Self evolution understanding LIGENCE Wealth. Considering Toffler refers to our civilization and economy based upon symbology, or a "symbolic from normal people. The interdisciplinary of our practice is create curious evolve new Wealth. Considering Toffler refers to our civilization andanother economy based upon symbology, or a "symbolic e-based civilization. Wealth is form of power. Of needs and wants ideas and creative thought in the study and working scenario. economy", then this is indeed powerful for any individual. ideas and creative THECHNICAL IMPACT thought in the study and working scenario. INTRA PERSONAL economy", then this is indeed powerful for any individual. Sensing people feelings and BY the BRAIN

Self Motives evolution understanding

AI INDUSTRIAL ERA AI AI

MONITORed AND CONTROLLED INFORMATION BY the BRAIN MONITORed ERA MONITORed AND CONTROLLED AND CONTROLLED BY the BRAIN BY the BRAIN

SelfINTELLIGENCE evolution understanding When the technical impact is over imposed in architecture the way of approaching Of needs and wants Of needs and wants THECHNICAL IMPACT LINGUISTIC and designing is varying from the normal approach. Easy way of understanding the THECHNICAL IMPACT efficient approach in all requirements and analyzing factors. Innovation of smart LOGICAL INTELLIGENCE When the technical impact is over imposed in architecture the way of approaching Self evaluation of needs and When the technical impactbuilding is over imposed in architecture the way of approaching materials and self responsive facade are most efficient and sustainable way LINGUISTIC and designing is varying from the normal approach. Easy way of understanding the INTELLIGENCE wants LINGUISTIC is varying from approach. Easy way of understanding the of and designing approach in the normal technology influenced buildings. efficient approach in all requirements and analyzing factors. Innovation of smart INTELLIGENCE efficient approach in all requirements and analyzing factors. Innovation of smart INTELLIGENCE materials and self responsive building facade are most efficient and sustainable way ONE INOVATIVE Communication and materials and self responsive building facade are most efficient and sustainable way Making hypothesis of approach in technology influenced buildings. PLATFORM CAN LINGUISTIC Proving them of approach in technology influenced buildings. SERVE A LOT OF INTELLIGENCE Communication COMPANIES Communication INTER PERSONAL INTELLI-

HUMAN BRAIN HUMAN HUMAN BRAIN BRAIN

The Power shift

THE POWER SHIFT

The combinationshift of knowledge, wealth and force is described by Toffler as providing individuals or other The ThePower Power shift of knowledge, WEALTH The combination andform forceof is described by Toffler as providing KNOWLEDGE entities power. Knowledge is the mostwealth powerful power, considering we are now living in a KnowlIS IS edge-based civilization. Wealth another form of power. individuals or other entities power. Knowledge is the most powerful form of power,individuals The combination of knowledge, wealth and force is described by Toffler as providing or other POWER POWER The combination of knowledge, wealth and force is described by Toffler as providing individuals or other we are now living in apowerful Knowledge-based civilization. Wealthwe is another entitiesconsidering power. Knowledge is the most form of power, considering are now living in a Knowlentities power. Knowledge is the most powerful form of power, considering we are now living in a Knowledge-based Wealth is another form of power. form of power.civilization. edge-based civilization. Wealth is another form of power.

e Power of Knowledge INDUSTRIAL

LEARNING SCENARIO

Sensing rhythem, people feelings About pattern, sound.and Sensing people feelings and Motives Motives

LOGICAL

INFORMATION INFORMATION INDUSTRIAL ERA ERA ERA ERA er emphasizes that of the trinity of power, the use of wealth and force is available to the Rich and Powerful, ever knowledge is something available to even the weak and poor.

WORKING SCENARIO

Motives

INTELLIGENCE

INFORMATION ERA

INDUSTRIAL ERA

WEALTH IS POWER WEALTH WEALTH IS IS POWER POWER

GENCE Communication INTER PERSONAL MUSICAL INTER PERSONALINTELLIINTELLIGENCE Sensing people feelings and INTELLIGENCE INTER PERSONAL GENCE

LEARNING SCENARIO

WORKING SCENARIO

KNOWLEDGE IS WORKING POWERLEARNING KNOWLEDGE SCENARIO SCENARIO KNOWLEDGE IS IS POWER POWER SOCIETY

The Power of Knowledge

Sensing people’s feelings and INTELLIGENCE motives

ONE INOVATIVE PLATFORM CAN SERVE A LOT OF ONE INOVATIVE ONE INOVATIVE COMPANIES PLATFORM CAN PLATFORM CAN SERVE A LOT OF SERVE A LOT OF COMPANIES COMPANIES HOW WORK A INTERDISCIPLINARY LINK IN THE CREATIVE FIELD

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Toffler emphasizes that of the trinity of power, the use of wealth and force is available to the Rich and Powerful, The ofof Knowledge ThePower Power Knowledge however knowledge is something available to even the weak and poor.

THE POWER OF KNOWLEDGE

Toffler emphasizes that of the trinity power, usethe of wealth and force is available to the Rich and Powerful, emphasizes that theoftrinity of the power, of wealth force is available TofflerToffler emphasizes that of theoftrinity of power, the use ofuse wealth and and force is available to the Rich and Powerful, however knowledge is something available to even the weak and poor. however knowledge somethinghowever available to even the weak and poor. to the Rich andisPowerful, knowledge is something available to even the

weak and poor.

WORKING SCENARIO

LEARNING SCENARIO

LEARNING WORKING SCENARIO WORKING SCENARIO SCENARIO

WORKING LEARNING SCENARIO LEARNING SCENARIO SCENARIO

LEARNING LEARNING SCENARIO SCENARIO

WORKING WORKING SCENARIO SCENARIO

LEARNING SCENARIO

WORKING SCENARIO

WORKING LEARNING WORKING LEARNING SCENARIO SOCIETY SCENARIO SCENARIO SCENARIO

SOCIETY SOCIETY

LOGICAL LOGICAL TECHNICAL Making hypothesis and INTELLIGENCE INTELLIGENCE Proving them LOGICAL INTELLIGENCE

INTELLIGENCE Making hypothesis and Making hypothesis and Proving them Proving them Updating technical feature

Making hypothesis and proving MUSICAL them

INTELLIGENCE MUSICAL MUSICAL NATURALISTIC MUSICAL INTELLIGENCE About pattern, rhythem, sound. INTELLIGENCE INTELLIGENCE INTELLIGENCE

About pattern, rhythem, sound. About pattern, rhythem, Understanding reading of sound. Relatingand to pattern, rhythm and nature

MIT self assembly lab : The Self-Assembly Lab is located in MIT’s International Design Center, a cross-disciplinary design research center. The Singapore University and Design HOW WORKofATechnology INTERDISCIPLINARY LINKwas IN established THE CREATIVE FIELD in collaboration with MIT to advance MIT self assembly lab : Theand Self-Assembly Lab is located in MIT's International Design nurture HH OW WORK Aknowledge INTERDISCIPLINARY LINKtechnically IN THE CREATIVE FIELD OW aWORK A INTERDISCIPLINARY LINK IN THE CREATIVE FIELD Center, cross-disciplinary design research The Singapore University of Techgrounded leaders and innovatorscenter. to serve nology and Design was established in collaboration with MIT to advance knowledge MIT self assembly lab : TheThis Self-Assembly Lab is located in MIT's International Design societal needs. willleaders be accomplished, MITnurture self assembly lab grounded : The Self-Assembly Labinnovators is locatedtoinserve MIT'ssocietal International and technically and needs.Design This Center, a cross-disciplinary design research center. Singapore University of Techwith a focus Design, through an The a cross-disciplinary design center. The Singaporemulti-disciplinary University of TechwillCenter, be accomplished, with aonfocus onresearch Design, through an integrated nology and Design was established in collaboration with MIT to advance knowledge integrated multi-disciplinary curriculum with MIT to advance knowledge nology and Design was established in collaboration and nurture technically grounded leaders and innovators to serve societal needs. This and nurture technically grounded leaders and innovators to serve societal needs. This and multi-disciplinary research. will be accomplished, with a focus on Design, through an integrated multi-disciplinary will be accomplished, with a focus on Design, through an integrated multi-disciplinary

sound TECHNICAL INTELLIGENCE TECHNICAL TECHNICAL TECHNICAL INTELLIGENCE INTELLIGENCE Updating technical feature INTELLIGENCE

Updating technical feature Updating technical features Updating technical feature

NATURALISTIC NATURALISTIC INTELLIGENCE INTELLIGENCE NATURALISTIC NATURALISTIC INTELLIGENCE Understanding and reading of INTELLIGENCE Understanding natureand interpreting nature

Understanding and reading of Understanding and reading of nature nature

“CREATORS ARE RULERS WHEN INTELLIGENCE IS USED AS A medium”

MORDEIVISM

GLOBALIZATION

SOCIETY FEEDBACK FROM PEOPLE

MATERIAL INVENTION IN CONSTRUCTION

BUILDING IN AN ICONIC

TRENDING KNOWLEDGE SHARING

PRACTICING / WORKING SCENARIO

SOFTWARE ARCHITECTURE INDUSTRIAL AGE

TRENDS

EXPERIMENT THROUGH LEARNING

USER OF SPACE

TECHNOLOGY AND OTHER FIELD IMPACT

INFORMATIVE AGE

OTHER RELATED FIELD

COLOBRATIVE PLATFORM

CROSS DISCIPLINE

LEARNING SCENARIO

INTERDEPENDENCE

PRECESS

CORE SPECIALIST

TECHNOLOGICAL IMPACT

SPATIAL INTELLIGENCE

OPEN SOURCE

PRESENT

DESIGN

MULTI DISCIPLINARY

KNOWLEDGE SHIFT= MISSING INTELLIGENCE +CORE SPECILIST +DESIGN INTELLIGENCE

DECISION

TECHNOLOGY ADOPTION

MEDIA CULTURE MISSING CORE INTELLIGENCE

INTRA SPACE INTELLIGENCE

NATURALIST INTELLIGENCE

LINGUSTIC INTELLIGENCE INTER PERSONAL INTELLIGENCE

LOGICAL INTELLIGENCE

MISSING INTELLIGENCE

TECHNICAL INTELLIGENCE

INERDISCIPLINARY BUILDING INDUSTRIES

IN PRACTICE UPGRADATION THIS INTELLIGENCE MAY NOT FULFILL

SUSTAINABLE

CREATIVITY INNOVATION

QUALITY OF SPACE BEYOND THE BOUNDARY

GOAL OF SPACE

SMART APPROACHES

NOT FIX INTO ANY EXISTENCE SPECIFY FIELD OF STUDY’ WITH OWN PARTICULAR, WORDS, FRAMEWORKS AND METHODS

DESIGN INTELLIGENCE

KNOWLEDGE IS A POWER AND TECHNOLOGY IS A MEDIUM

WHAT WILL BE FUTURE ?

COMMUNITY INTERACTION TO COMMUNITY INTERACTION PUBLIC INTERACTION TO PUBLIC INTERACTION

COMMUNITY INTERACTION TO PUBLIC INTERACTION

DEMONSTRATION

DEMONSTRATION FESTIVAL SPACE

DEMONSTRATION

OAT

FESTIVAL SPACE OAT

DEMONSTRATION

FESTIVAL SPACE

OAT

FESTIVAL SPACE

VR LAB

OAT

DEMONSTRATION

RESEARCH LAB STUDIO

FESTIVAL SPACE

VR LAB

DEVOPS SPACE AND DATACENTER

MEETING SPACE

CONSULTING DISCUSSION

OAT

CONSULTING DISCUSSION CONSULTING DISCUSSION

DEVOPS SPACE AND DATACENTER

MEETING SPACE

CONSULTING DISCUSSION

DEVOPS SPACE AND DATACENTER

VR LAB

DEVOPS SPACE AND DATACENTER

CONSULTING DISCUSSION

VR LAB

RESEARCH LAB STUDIO

FESTIVAL SPACE

DEMONSTRATION FESTIVAL SPACE

CONSULTING DISCUSSION

DEMONSTRATION

MEETING SPACE

CONSULTING DISCUSSION

OAT

FESTIVAL SPACE

OAT

RESEARCH LAB STUDIO

DEMONSTRATION

FESTIVAL SPACE DEMONSTRATION

MEETING SPACE

VR LAB DEVOPS SPACE AND DATA CENTER

RESEARCH LAB STUDIO

VR LAB DEVOPS SPACE AND DATA CENTER

MEETING SPACE

RESEARCH LAB STUDIO

CONSULTING DISCUSSION

RESEARCH LAB STUDIO

VR LAB DEVOPS SPACE AND DATACENTER

RESEARCH LAB STUDIO

MEETING SPACE

RESEARCH LAB STUDIO

VR LAB DEVOPS SPACE AND DATA CENTER

RESEARCH LAB STUDIO

MEETING SPACE

LEARNERS STUDENTS RESEARCHERS INTERNS

TECHNOLOGY ENGINEERING MATHS COMMON PEOPLE SMAC SOCIAL MOBILITY ANALYTICS CLOUDS

LEARNERS STUDENTS RESEARCHERS INTERNS PROGRAMS community interaction STUDIO PROGRAMS PROTOTYPE AND STUDIO DISCUSSION PROTOTYPE AND DISCUSSION LEARNERS DISCUSSION FEED DISCUSSION STUDENTS RESEARCHERS OPEN TALK LECTURE FEED INSTALLATION LINE OPEN TALK LECTURE INTERNS COMPUTATION DISPLAY INSTALLATION LINE COMPUTATION DISPLAY PROGRAMS

INTEGRATION PROXIMITY

CORE PROFE3SSION LANDSCAPE OTHER PROFESSIONS URBAN DESIGN MEP OTHER PROFESSIONS RESRORATION MECHANICAL MEP RESEARCH ELECTRICAL MECHANICAL INDUSTRIAL AND PLUMBING ELECTRICAL PRODUCT DESIGN STEM PLUMBING ENTREPRENEUR SCIENCE STEM TECHNOLOGY SCIENCE ENGINEERING TECHNOLOGY MATHS ENGINEERING OTHER PROFESSIONS SMAC MATHS MEP SOCIAL MECHANICAL SMAC MOBILITY ELECTRICAL SOCIAL ANALYTICSPLUMBING MOBILITY CLOUDS STEM ANALYTICS CLOUDS SCIENCE

LEARNING

COMMON

PROFESSION

CORE PROFESSION

INTEGRATION PROXIMITY INTEGRATION PROXIMITY community interaction community interaction

INTEGRATION PROXIMITY 3

LEARNING

COMMON

PROFESSION

LEARNING

CORE PROFESSION

INTEGRATION LEVEL 2

COMMON

LEARNING

COMMON

INTEGRATION LEVEL 2 INTEGRATION LEVEL 2

PROFESSION

LEARNERS STUDENTS RESEARCHERS INTERNS PROGRAMS STUDIO PROGRAMS PROTOTYPE AND STUDIO DISCUSSION PROTOTYPE AND DISCUSSION DISCUSSION LEARNERS FEED DISCUSSION STUDENTS OPEN TALK LECTURE FEED RESEARCHERS INSTALLATION LINE OPEN TALK LECTURE INTERNS COMPUTATION DISPLAY INSTALLATION LINE COMPUTATION DISPLAY PROGRAMS STUDIO PROTOTYPE AND FACILITY DISCUSSION CONSULTING DISCUSSION SPACE FACILITY FEED FESTIVAL SPACE CONSULTING SPACE OPEN TALK LECTURE OUTREACH SPACE FESTIVAL SPACE LINE RESEARCH SPACE INSTALLATION OUTREACH SPACE COMPUTATION DISPLAY CIVIL LAB RESEARCH SPACE STRUCTURAL LAB CIVIL LAB BIOLOGICAL LAB STRUCTURAL LAB NATURAL LAB BIOLOGICAL LAB VISUALIZATION LAB NATURAL LAB FACILITY COMPUTATIONAL LAB VISUALIZATION LAB CONSULTING SPACE COMPUTATIONAL LAB FESTIVAL SPACE OUTREACH SPACE RESEARCH SPACE CIVIL LAB STRUCTURAL LAB BIOLOGICAL LAB NATURAL LAB VISUALIZATION LAB COMPUTATIONAL LAB

PROFESSION

CORE PROFESSION

LEARNING

COMMON

PROFESSION

INTEGRATION PROXIMITY 3 INTEGRATION PROXIMITY 3 CORE PROFESSION

PROFESSION CORE PROFE3SSION PROFESSION LANDSCAPE CORE PROFE3SSION URBAN DESIGN LANDSCAPE RESRORATION URBAN DESIGN RESEARCH RESRORATION INDUSTRIAL AND RESEARCH PRODUCT DESIGN INDUSTRIAL AND ENTREPRENEUR PRODUCT DESIGN ENTREPRENEUR PROFESSION CORE PROFE3SSION LANDSCAPE OTHER PROFESSIONS URBAN DESIGN MEP OTHER PROFESSIONS RESRORATION MECHANICAL MEP RESEARCH ELECTRICAL MECHANICAL INDUSTRIAL AND PLUMBING ELECTRICAL PRODUCT DESIGN STEM PLUMBING ENTREPRENEUR SCIENCE STEM TECHNOLOGY SCIENCE ENGINEERING TECHNOLOGY MATHS ENGINEERING OTHER PROFESSIONS SMAC MATHS MEP SOCIAL SMAC MOBILITYMECHANICAL SOCIAL ELECTRICAL ANALYTICS MOBILITY PLUMBING CLOUDS ANALYTICS STEM CLOUDS SCIENCE TECHNOLOGY ENGINEERING MATHS SMAC SOCIAL MOBILITY ANALYTICS CLOUDS

LEARNING CORE PROFESSION

INTEGRATION PROXIMITY 2

COMMON

LEARNING

COMMON

LEARNERS STUDENTS RESEARCHERS INTERNS

PROFESSION

CORE PROFESSION

LEARNING

COMMON

INTEGRATION LEVEL 1

PROFESSION CORE PROFESSION

INTEGRATION LEVEL 1 INTEGRATION LEVEL 1

PROFESSION CORE PROFESSION LEARNING

INTEGRATION PROXIMITY 2 INTEGRATION PROXIMITY 2

LEARNERS STUDENTS RESEARCHERS INTERNS PROGRAMS STUDIO PROGRAMS PROTOTYPE AND STUDIO DISCUSSION PROTOTYPE AND DISCUSSION DISCUSSION LEARNERS FEED DISCUSSION STUDENTS OPEN TALK LECTURE FEED RESEARCHERS INSTALLATION LINE OPEN TALK LECTURE INTERNS COMPUTATION DISPLAY INSTALLATION LINE COMPUTATION DISPLAY PROGRAMS STUDIO PROTOTYPE AND DISCUSSION FACILITY DISCUSSION CONSULTING SPACE FACILITY FEED FESTIVAL SPACE CONSULTING SPACE OPEN TALK LECTURE OUTREACH SPACE FESTIVAL SPACE INSTALLATION LINE RESEARCH SPACE OUTREACH SPACE COMPUTATION DISPLAY CIVIL LAB RESEARCH SPACE STRUCTURAL LAB CIVIL LAB BIOLOGICAL LAB STRUCTURAL LAB NATURAL LAB BIOLOGICAL LAB VISUALIZATION LAB NATURAL LAB FACILITY COMPUTATIONAL LAB VISUALIZATION LAB CONSULTING SPACE COMPUTATIONAL LAB FESTIVAL SPACE OUTREACH SPACE RESEARCH SPACE CIVIL LAB STRUCTURAL LAB BIOLOGICAL LAB NATURAL LAB VISUALIZATION LAB COMPUTATIONAL LAB

INTEGRATION PROXIMITY 1 PROFESSION CORE PROFE3SSION PROFESSION LANDSCAPE CORE PROFE3SSION URBAN DESIGN LANDSCAPE RESRORATION URBAN DESIGN RESEARCH RESRORATION INDUSTRIAL AND RESEARCH PRODUCT DESIGN INDUSTRIAL AND ENTREPRENEUR PRODUCT DESIGN ENTREPRENEUR PROFESSION CORE PROFE3SSION LANDSCAPE OTHER PROFESSIONS URBAN DESIGN MEP OTHER PROFESSIONS RESRORATION MECHANICAL MEP RESEARCH ELECTRICAL MECHANICAL INDUSTRIAL AND PLUMBING ELECTRICAL PRODUCT DESIGN STEM PLUMBING ENTREPRENEUR SCIENCE STEM TECHNOLOGY SCIENCE ENGINEERING TECHNOLOGY MATHS ENGINEERING OTHER PROFESSIONS SMAC MATHS MEP SOCIAL SMAC MECHANICAL MOBILITY SOCIAL ELECTRICAL ANALYTICS MOBILITY PLUMBING CLOUDS ANALYTICS STEM CLOUDS SCIENCE TECHNOLOGY ENGINEERING MATHS SMAC SOCIAL MOBILITY ANALYTICS CLOUDS

COMMON

LEARNERS STUDENTS RESEARCHERS INTERNS

PROFESSION CORE PROFESSION

COMMON

PROFESSION

LEARNING

PROFESSION

CORE PROFESSION

LEARNING

COMMON CORE PROFESSION

LEARNING

PROFESSION

CORE PROFESSION

INTEGRATION PROXIMITY 1 INTEGRATION PROXIMITY 1

STUDIO PROTOTYPE AND DISCUSSION FACILITY DISCUSSION CONSULTING SPACE FACILITY FEED FESTIVAL SPACEOPEN TALK CONSULTING LECTURESPACE OUTREACH SPACE FESTIVALLINE SPACE INSTALLATION RESEARCH SPACE COMPUTATION OUTREACHDISPLAY SPACE CIVIL LAB RESEARCH SPACE STRUCTURAL LAB CIVIL LAB BIOLOGICAL LAB STRUCTURAL LAB NATURAL LAB BIOLOGICAL LAB VISUALIZATION LAB NATURAL FACILITY LAB COMPUTATIONAL LAB VISUALIZATION CONSULTINGLAB SPACE COMPUTATIONAL LAB FESTIVAL SPACE

COMMON PEOPLE

CORE PROFESSION

OUTREACH SPACE CORE PROFESSION RESEARCH SPACE OTHER PROFESSION CIVIL LAB COMMON OTHER PROFESSION STRUCTURAL LAB COMMON LEARNING BIOLOGICAL LAB LEARNING NATURAL LAB VISUALIZATION LAB COMPUTATIONAL LAB

INTEGRATION LEVEL 3 INTEGRATION LEVEL 3 COMMON PEOPLE

INTEGRATION LEVEL 3

CORE PROFESSION OTHER PROFESSION COMMON LEARNING

CITIES WITH ARCHITECTURAL EXPOSURE

CITIES WITH TECHNOLOGICAL EXPOSURE

CITIES WITH STUDENT AND RESEARCH FACILITIES EXPOSURE

NOMANCLATURE NOMANCLATURE OF OF KNOWLEDGE KNOWLEDGE NOMANCLATURE OF KNOWLEDGE INDIVIDUAL INDIVIDUAL - EXPLORATION - EXPLORATION

INDIVIDUAL-EXPLORATION ZONING

Zone Proximity PARK ACCESS PARK ACCESS DEINESDEINES PUBLICPUBLIC ACCESS ACCESS AND ARCHITECTURAL AND ARCHITECTURAL EVENTEVENT CONVERT CONVERT INTO PUBLIC INTO PUBLIC EVENTS EVENTS

CLOSED CLOSED

INCUBATOR-TO INCUBATOR-TO PROVE PROVE THE THE IDEAIDEA OF POSSIBILITIES OF POSSIBILITIES

events translate into public FEEDACK FEEDACK FROM FROM PEOPLE PEOPLE DISCUSSION DISCUSSION events

IDEAIDEA DEMONSTRATION DEMONSTRATION FROM FROM GOOD ACCESS TO PUBLIC TO LEARNING LEARNING REACH CONVEYING WITH PROGRAMME CREATE COMMON SPINE

DISCUSSION DISCUSSION WITHWITH CLIENTS CLIENTS

REACHREACH CONVEYING CONVEYING WITH WITH PROGRAMME PROGRAMME CREATE CREATE COMMON COMMON SPINE SPINE

In’ PIn’ P WORKSHOP WORKSHOP

CIRCULATION

NOMANCLATURE OF KNOWLEDGE

In’ L

RESEARCH LABS

INCUBATOR-TO PROVE THE IDEA OF POSSIBILITIES

DISCUSSION-MEETING PEOPLE OF OTHER FIELDS

Circulation

COMBINED OPEN SPACE COMMUNAL SHARE WITH FACILITIES

SECONDARY SECONDARY PROGRAMME PROGRAMME CREATES CREATES CIRCULATION CIRCULATION BETWEEN BETWEEN THE CLUSTERS THE CLUSTERS

In’ L

FIRST LEVELCommunal OF DEMONSRATION Sharing

- Facilities

In’ C CONVERGING FEEDACK FROM PEOPLE WITH SPINE

PROJECTINTEGRATION FROM PROFESSION INTEGRATION OF OF LEAVELS LEAVELS

IDEA DEMONSTRATION FROM Convergence- Spine LEARNING

THE SPINE ACCESS TO ALLURUR THE PUBLIC TO CARE OF OTHERS. CREAT A INTEGRATION WITH IN PRIMARY SPIRIT

ART ART DISPLAY DISPLAY

THE SPINE THE ACCESS SPINE ACCESS TO TO ALLURUR ALLURUR THE PUBLIC THE PUBLIC TO TO CARE CARE OF -OTHERS. OF OTHERS. CREATCREAT INTERGRATION KNOWLEDGE SHARING A INTEGRATION A INTEGRATION WITH IN WITH IN PRIMARY PRIMARY SPIRIT SPIRIT

PAVILION PAVILION INSTALLATION INSTALLATION

SECONDARY PROGRAMME CREATES CIRCULATION BETWEEN THE CLUSTERS

INFO AGE - OPEN HOUSE

WORKSHOP DISCUSSION VR

PROJECT FROM PROFESSION IDEA DEMONSTRATION FROM LEARNING

These functions put together create the spine of the ground level activities

DISCUSSION WITH CLIENTS

RESPEC

In’ L

INFO AG HOUSE Rx’ L

PARK A

ACCES WORKSH EVENT

EVENTS

DISCUSS VR

GOOD REACH PROGR COMM

In’ P WORKSHOP ART DISPLAY

CIRCULATION

NEW PROJECT DESIGN EXPO

Involvement of public translates the architectural space into outreach spaces

PRIMAR

CREATE GLOBE C

THE SPI ALLURU CARE O A INTEG PRIMAR

PAVILION INSTALLATION

SECON CREATE BETWEE

COMMUNAL SHARE WITH FACILITIES

AREA STATEMENT AREA AREA STATEMENT STATEMENT

Rx’ L

ROAD ACCESS

NEWNEW PROJECT PROJECT DESIGN DESIGN EXPO EXPO

GLOBE CORE In’ L

In’ L

LABS AGE AGE - OPEN - OPEN In’ LIn’RESEARCH L INFOINFO FIRST LEVEL OF DEMONSRATION HOUSE HOUSE ZONE PROXIMITY INCUBATOR-TO PROVE THE FIRSTFIRST LEVEL LEVEL OF DEMONSRATION OF DEMONSRATION IDEA OF POSSIBILITIES TheL park entry becomes a PARK ACCESS DEINES PUBLIC Rx’ LRx’ In’ C ACCESS AND ARCHITECTURAL route for public access into EVENT CONVERT INTO PUBLIC In’ CIn’ DISCUSSION-MEETING C WORKSHOP EVENTS WORKSHOP theOTHER site; the architectural PEOPLE OF FIELDS FEEDACK FROM PEOPLE

PROJECT PROJECT FROM FROM PROFESSION PROFESSION VR VR

Road Access GOODGOOD ACCESS ACCESS TO PUBLIC TO PUBLIC TO TO

OPEN SPACE

OPEN OPEN SPACE SPACE In’ In’ L LIn’ L

RESEARCH RESEARCH LABSLABS

DISCUSSION-MEETING DISCUSSION-MEETING PEOPLE PEOPLE OF OTHER OF OTHER FIELDS FIELDS

COMBINED

ZONING

INDIVIDUAL LEARNING

INDIVIDUAL INDIVIDUAL LEARNING LEARNING

ROAD ACCESS

INDIVIDUAL LEARNING

Primary programmes CREATES THE ZONE WITH RESPECT TO THE SITE ACCESS creates the entry to the site GLOBE CORE CORE COMBINED COMBINED GLOBE

In’ LIn’ L ZONE PROXIMITY

INTERGRATION - KNOWLEDGE SHARING

INTERGRATION INTERGRATION - KNOWLEDGE - KNOWLEDGE SHARING SHARING

CLOSED

PRIMARY PRIMARY PROGRAMME PROGRAMME CREATES CREATES THE ZONE THE WITH ZONE WITH RESPECT RESPECT TO THETO SITE THE ACCESS SITE ACCESS

CLOSED

INDIVIDUAL - EXPLORATION

INTEGRATION-KNOWLEDGE SHARING PRIMARY PROGRAMME

Zoning

INDIVIDUAL - EXPLORATION

NOMANCLATURE OF KNOWLEDGE

DISCUSSION DISCUSSION SPACE SPACE : 370.6 : 370.6 sq.msq.m STUDIO STUDIO 1 1 : 280.0 : 280.0 sq.msq.m STUDIO STUDIO 2 2 : 205.7 : 205.7 sq.msq.m LAB LAB : 709.2 : 709.2 sq.msq.m RECEPTION RECEPTION : 46.3 : 46.3 sq.msq.m INTEGRATION MEETING MEETING ROOM ROOM : OF 102.8 : 102.8 sq.msq.m LEAVELS DEMONSTRATION DEMONSTRATION : 98.5 : 98.5 sq.msq.m CORRIDOR CORRIDOR (INNER) (INNER) : 341.4 : 341.4 sq.msq.m CORRIDOR CORRIDOR (OUTER) (OUTER) : 170.5 : 170.5 sq.msq.m TOILETS TOILETS : 143.4 : 143.4 sq.msq.m CONGREGATION CONGREGATION SPACE SPACE : 727.8 : 727.8 sq.msq.m

These spaces aim to bring DISCUSSION SPACE STUDIO 1 together architectural STUDIO 2 professionals to interact LAB RECEPTION withCONVERGING the general public

: : : : : MEETING ROOM : WITH SPINE DEMONSTRATION : CORRIDOR (INNER) : CORRIDOR (OUTER) : TOILETS : Interaction across levels CONGREGATION SPACE :

370.6 sq.m 280.0 sq.m 205.7 sq.m 709.2 sq.m 46.3 sq.m 102.8 sq.m 98.5 sq.m 341.4 sq.m 170.5 sq.m 143.4 sq.m 727.8 sq.m

INTEGR LEAVE

EXPERIENCE SPACES The experience globe consist of virtial reality lab develop and operation space and adminisrtative space. The power of information age is knoledge , media culture is one example that .

VR LABS

V.R construction , simulation given the deep learning experience through the field.

APPROACH Virtualy reality learning given the deep learning experience to the user learning through the technology adoption in architecture.

TOWARDS LAB Connecting pathway between the experience space and lab space, creates the congregation spot.

Steel frame structure esd panels are used as the envelope of the structure

SEASONAL FEST

ART GALLERY

SEASONAL FEST OPEN EXPO

ART GALLERY

- 3.0 M

R13 M

OPEN EXPO

R11 M - 3.0 M

R9 M

26 M

R13 M R11 M

SERVICE

R9 M

TOILET

- 2.55 M

- 2.1 M + 3.0 M

SERVICE

TOILET

+ 3.0 M - 1.65 M

63 M

- 2.55 M

- 1.20 M

- 0.75 M

- 2.1 M + 3.0 M

- 0.30 M

+ 3.0 M - 1.65 M

- 1.20 M

38 M

CONSULTING SPACE

- 0.75 M

- 0.30 M

48 M

CONSULTING SPACE

65 M

23 M

CONSULTING SPACE

39 M CONSULTING SPACE

6M 2M

DISPLAY

+ 8.0 M

DISPLAY

20 M

SEASONAL FEST

STUDIO V R LAB

V R LAB

ART GALLERY

CONGREGATION SPOT

TO FACADE

FLOOR SLAB SUPPORTING

R9 M

ROOM

+ 24.0 M

NEW PRODUCT

18 M

EXPO

Ø2 M

V R LAB

Ø2 M

CONGREGATION SPOT

6M 8M

TOILET

27 M

Ø19 M

Ø25 M

+ 8.0 M

V R LAB

DEVOPS SPACE

PANEL

FLOOR SLAB SUPPORTING

Ø28 M

POWER

CONGREGATION SPOT

R11 M

T EXPO

152 M

76 M

NEW PRODUC

ROOM

147 M

R14 M

19 M

PANEL

- 3.0 M

V R LAB

OFFICE SPACE

POWER

OPEN EXPO

R13 M

BACKUP ROOM

STUDIO

TOILET

+ 24.0 M

V R LAB

- 2.55 M

SERVICE

TOILET

- 2.1 M

RECEPTION SPACE

- 1.65 M + 3.0 M

+ 3.0 M 2M

- 1.20 M RECEPTION SPACE

27 M

- 0.75 M

DEMO SPACE

+ 4.0 M

- 0.30 M

EXPERIMENT SPACE

DEMO SPACE

CONSULTING SPACE EXPERIMENT SPACE

DISCUSSION SPACE

+ 4.0 M

POWER ROOM

DISCUSSION SPACE

STRUCTURAL SIMULATION LAB

POWER ROOM

MATERIAL LAB 3M

27 M 10 M

CONSULTING SPACE

27 M

+ 4.0 M

OUTREACH SPACE PUBLIC SPACE

PUBLIC SPACE FLEXIBLE

TO FACADE

STUDIO

TO FACADE FLOOR SLAB SUPPORTING

Ø19 M

POWER - SHIFT

LEVEL 3 PLAN SCALE 1:200

LEVEL 3 PLAN

NOMENCLATURE OF KNOWLEDGE IN ARCHITECTURE

ROOM

FLOOR SLAB SUPPORTING

10 M

PANEL

CONGREGATION SPOT

LEVEL 2 PLAN SCALE 1:200

NOMENCLATURE OF KNOWLEDGE IN ARCHITECTURE

POWER

147 M

POWER - SHIFT

LEVEL 2 PLAN

OFFICE SPACE

Ø2 M 2M

TOILET

ADMINISTRATIVE SPACE

TOILET

RECEPTION SPACE

DEMO SPACE

EXPERIMENT SPACE

DISCUSSION SPACE

POWER ROOM

CIVIL LAB

SEASONAL FEST ART GALLERY OPEN EXPO SEASONAL FEST

- 3.0 M

R13 M

ART GALLERY

R11 M

R9 M

OPEN EXPO - 3.0 M

SERVICE

R13 M

TOILET

- 2.55 M

19 M R11 M - 2.1 M

R9 M

+ 3.0 M

+ 3.0 M - 1.65 M

26 M

- 1.20 M

- 0.75 M

SERVICE

TOILET

- 2.55 M

- 0.30 M

CONSULTING SPACE

- 2.1 M + 3.0 M

+ 3.0 M - 1.65 M

63 M - 1.20 M

- 0.75 M

- 0.30 M

CONSULTING SPACE

23 M

CONSULTING SPACE

DISPLAY

CONSULTING SPACE + 8.0 M

+ 8.0 M

FLOOR SLAB SUPPORTING

DISPLAY

TO FACADE

STUDIO

V R LAB

V R LAB Ø33 M

V R LAB

NEW PRODUC

T EXPO

77 M

Ø6 M

+ 24.0 M

CONGREGATION SPOT 9M

Ø27 M Ø2 M

ROOM

T EXPO

PANEL

NEW PRODUC

152 M

POWER

V R LAB

20 M

V R LAB

Ø6 M

+ 8.0 M

Ø2 M

+ 24.0 M

CONGREGATION SPOT 11 M

TOILET

V R LAB

FLEXIBLE

Ø29 M

15 M

+ 8.0 M

DEMOSPACE

V R LAB

- 0.15 M

11 M

V R LAB

RECEPTION SPACE

DEMO SPACE + 4.0 M

EXPERIMENT SPACE 7M

DEMO SPACE

+ 4.0 M

13 M

EXPERIMENT SPACE

DISCUSSION SPACE

+ 0.0 M

POWER ROOM

BIOLOGICAL LAB

DISCUSSION SPACE

POWER ROOM 4M 7M

ENVIRONMENTAL LAB

60 M

47 M

27 M

+ 4.0 M

PUBLIC SPACE

ENTRY

PUBLIC SPACE

FLEXIBLE

POWER - SHIFT NOMENCLATURE OF KNOWLEDGE IN ARCHITECTURE

10 M WIDE ROAD

LEVEL 4 PLAN SCALE 1:200

POWER - SHIFT NOMENCLATURE OF KNOWLEDGE IN ARCHITECTURE

EXIT

LEVEL 4 PLAN

LEVEL 1 PLAN POWER - SHIFT NOMENCLATURE OF KNOWLEDGE IN ARCHITECTURE

LEVEL 1 PLAN SCALE 1:200

LEVEL 5 PLAN

LEVEL 5 PLAN SCALE 1:200

FLEXIBLE SPACE AND OUTREACH SPACE

OUTER STRUCTURE MADE BY 3M X 3M MODULE

THE MODULE CAN TRANSFORM TO PLATFORM FLEXIBLE TEMPORARY DISPLAY SPACE ACT AS CONGREGATION SPOT.

FLEXIBLE SPACE MADE BY THE MODULE SIZE IS 2M X 3M

TWO MODULE BASE CONNECTED AND PIVOT AT THE CENTER

THE MECHANISM CONNECTED THE BASE PLATE TO EACH MODULE

HYDRAULIC MECHANISM MAKE IT POSSIBLE TO CONVERT

THE TRANSFORMATION TO ALLOW COMMUNITY EVENTS TO OPEN EVENT.

8 44 M

18 7 b

5 d 4

3 3

c 4 2 b

1 90°

2 90

°M

4 10

12 5

1 8

116°

M M

3°

S/A

6 0M °M

29° M

SEASONAL FEST ART GALLERY OPEN EXPO - 3.0 M

SERVICE

GRID MARKING PLAN

POWER - SHIFT

TOILET -1.5 M

GRID MARKING SCALE 1:200

NOMENCLATURE OF KNOWLEDGE IN ARCHITECTURE

- 2.55 M

- 2.1 M

-1.5 M

- 1.65 M

- 1.20 M

- 0.75 M

- 0.30 M

DISPLAY

+ 8.0 M

NEW PRODU

S/A

CT EXPO

+ 24.0 M + 8.0 M

+ 4.0 M

- 3.0 M

29 M

- 2.55 M

71 M

Ø37 M

+ 4.0 M

BASEMENT

PUBLIC SPACE 56 M

FLEXIBLE DEMOSPACE - 0.15 M

59 M

+ 0.0 M

29 M

PUBLIC SPACE

+ 0.0 M

ENTRY

FLEXIBLE DEMOSPACE - 0.15 M

10 M WIDE ROAD EXIT + 0.0 M

10 M WIDE ROAD EXIT

POWER - SHIFT

BASEMENT PLAN

NOMENCLATURE OF KNOWLEDGE IN ARCHITECTURE

BASEMENT PLAN SCALE 1:200

MASTERPLAN

S/A

ENTRY

7th semester - Internship 1

DNA ARCHITECTS CHENNAI, TAMILNADU, INDIA Worked on renovation work and facade design. Tender documentation and BOQ. Construction detailing, electrical layout and site execution. Schematic ideas and design proposals.

SECTIONS

FLOOR PLAN PRESENTATION

UNIT :3 SB 7

UNIT :4

SB 3

SB 2

S.B 1

SB 1

SB 7.1

S.B 6

S.B 2

S.B 5a

SB 5

S.B 4a

KEY PLAN

2' loft above

S.B 5

SB 8

S.B 3 KEYPLAN

SB 4

LEGEND S.NO

ITEM

PARTICULARS

LEGEND

2' loft above

SB 10

SB 9

SB 16 SB 13

2' loft above

SB 12

SB 17.1

SB 17

SB 15 SB 14

S.B 10 S.B 12

2' loft above

S.B 7

S.B 7a

TWO WAY SWITCH ONE WAY SWITCH TELEPHONE POINT 15 AMPS SOCKET FOR GEYSER EXHAUST FAN

S.B 9

S.B 8

MIRROR LIGHT

S.B 14

S.B 14a

S.B 11a

SPLIT A.C BELL POINT

PARTICULARS

CEILING FAN

2 S.B 13

T.V POINT

12 13 14 15

2' loft above

SWITCH BOARD

ITEM

1 S.B 11

WALL LIGHT CEILING LIGHT T.V

S.NO

ledge wall to detail

5 AMPS SOCKET WITH SWITCH 1x40W TUBE LIGHT

3 4 5 6 7 8 9 10 11

SB 11

S.B 4

CEILING FAN

2' loft above

SB 6

D.B BOX

5 AMPS SOCKET WITH SWITCH 1x40W TUBE LIGHT

3 4 5 6 7 8 9 10 11

WALL LIGHT CEILING LIGHT T.V POINT

T.V

SWITCH BOARD TWO WAY SWITCH ONE WAY SWITCH TELEPHONE POINT G

15 AMPS SOCKET FOR GEYSER

12 13 14 15

EXHAUST FAN MIRROR LIGHT SPLIT A.C BELL POINT

16 1

SB 1

SB 3

SB 1

SB 2

SB 3

1 -

SB 6

3 1 1

SB 7

2 -

2' loft above

SB 4

SB 10

SB 16 SB 13

SB 12

SB 17.1

SB 6

1 -

SB 7

SB 11

SB 7.1

3 -

SB 12

4 -

1 -

SB 8

SB 9

SB 14 SB 15

SB 10

SB 11

SB 16

3 2

SB 11.1

2 -

1 -

SB 12

1 -

SB 19

SB 13

SB 14

SB 14.1

1 -

SB 1

ENTRANCE PASSAGE @ 5'

SB 2

LIVING ROOM PASSAGE @ 5'

SB 3

LIVING ROOM @ 5'

SB 3

CHECKED BY

: E.N.B.A

CLIENT NAME

REVISED BY

: KARTHICK

SITE LOCATION : PEERKANKARANAI

: SIFA BUILDERS

SCALE

: 1:50

DATE

: 24/08/2017

DWG NO : DNA 2017 - FF & SF - DL - PLN - 02

SB 11

LIVING ROOM @ 5' M.BEDROOM @ 5'

SB 7

MASTER BEDROOM @ 5'

2' loft

S.B 1

SB 13

2' loft above

LIVING ROOM T.V POINT @ 5'

SB 5 SB 6

SB 12

2' loft above

SB 7.1

ENTRANCE PASSAGE @ 5'

S.B 2

LIVING ROOM @ 5'

S.B 3

LIVING ROOM T.V POINT @ 5'

S.B 4

MASTER BEDROOM @ 5'

S.B 4a

SB 7

M.BEDROOM A.C SOCKET @ 8'

S.B 5

M.BEDROOM @ 5'

S.B 5a

M.BEDROOM TOILET GEYSER POINT @ 8'

M.BEDROOM A.C SOCKET @ 8'

SB 8

M.BED TOILET @ 5'

SB 9

M.BED TOILET INSIDE @ 5'

SB 10

COMMON TOILET @ 5'

S.B 6

SB 10

COMMON TOILET INNER @ 5'

SB 14

SB 11.1

SB 14.1

M.BED TOILET @ 5'

S.B 7

KITCHEN @ 4'

S.B 7a

KITCHEN REFRIGERATOR @ 5' KITCHEN 5A SOCKET @ 4'

S.B 8

SB 12

KITCHEN @ 5'

SB 13

KITCHEN REFRIGERATOR @ 5'

SB 14 SB 15

KITCHEN 5A SOCKET @ 4'

S.B 11

KITCHEN 5A SOCKET @ 4'

S.B 11a

COMMON TOILET GEYSER @ 8'

BEDROOM 1 @ 5' BEDROOM 1 @ 5'

S.B 12

COMMON TOILET INNER @ 5'

S.B 13

BEDROOM 1 @ 5'

BEDROOM1A.C POINT SOCKET @ 8'

S.B 14

BEDROOM 1 @ 5'

S.B 14a

BEDROOM 1 A.C POINT SOCKET @ 8'

SB 17

TYPICAL ELECTRICAL LAYOUT

SB 17.1

TITLE :

SB 4.1

SB 19

SB 16

PROPOSED RESIDENTIAL APPARTMENTS @PEERKANKARANAI,CHENNAI BY SIFA BUILDERS CHENNAI

SB 5

SB 5.1

SB 2

SB 6

SB 18

SB 11

SB 14

PROJECT :

SB 5.1

1 -

SB 7.1

SB 17

SB 15

1 -

SB 4

SB 11

2' loft above

SB 4

SB 9

SB 18

1 -

2' loft above

SB 5

3 4

SB 17

SB 8

SB 4.1

SB 9

SB 13 SB 5

SB 4

SB 1

SB 8 SB 10

SB 6

D.B BOX

3 5

SB 7.1 SB 7.1

SB 3 SB 5 SB 2

SB 4

SB 2 SB 7

SB 18

M.BED TOILET GEYSER @ 8'

SB 19

COMMON TOILET GEYSER @ 8'

DNArchitects 2 n d

SB 8

PROJECT :

PROPOSED RESIDENTIAL APPARTMENTS @PEERKANKARANAI,CHENNAI BY SIFA BUILDERS CHENNAI

SB 9

TITLE :

TYPICAL ELECTRICAL LAYOUT

CHECKED BY

: E.N.B.A

CLIENT NAME

REVISED BY

: KARTHICK

SITE LOCATION : PEERKANKARANAI

: SIFA BUILDERS

SCALE

: 1:50

DATE

S.B 9

KITCHEN 5A SOCKET @ 4'

S.B 10

DINING @ 3'9" COMMON TOILET @ 5'

DNArchitects 2 n d

: 30/08/2017

DWG NO : DNA 2017 - FF & SF - DL - PLN - 02

ELECTRICAL LAYOUT

SECTION AND PLAN

SECTION AND DETAILS

Competition - Archdais Lunchbox

THE IDEOFFICE LIVE - WORK - PLAY Radicalising the way conventional offices function, a new approach to work in the professional field. Combinbing livingworking-playing in the same space

IDEOFFICE

PRIMARY WORKING IDEA MULTIDISCIPLINARY

INTERDISCIPLINARY

People from different disciplines working together, drawing inspiration and ideas from each otherâ&#x20AC;&#x2122;s discipline.

Integrating knowledge and methods from different disciplines, using real synthesis approach.

TRANSDISCIPLINARY Creating a unity of intellectual frameworks beyond the discplinary approach.

FORM EVOLUTION METHOD

A corner site with various entry points and access.

The built mass responds to the site profile while creating visual connection with the park.

The built form is raised by a level to create green spaces in the ground floor and parking in the basement.

The large mass is broken into levels to create the working clusters and common spaces.

The vertical cores bring in light till the basement and the negative spaces creating by the working modules act as knowledge sharing areas.

The facades of the form are marked with circulatory spaces which become like interactive hubs while serving movement across the floors.

The arcades provide structural framework anchoring the floor plates, providing stability to the form. Also reduce material used for construction.

The design allows for full natural ventilation and lighting cutting down all maintanence and electricity costs. A lightweighted construction.

“Architecture should speak of its time and place, but yearn for timelessness.” – Frank Gehry

RETHINKING

REINVENTING THE ‘OFFICE’ SPACE The idea of the conventional office is com

creativity in users. While serving its purpose of being a work environment, the design is evoc funct

RESUSCITATING THE NOTION OF ‘WORK’ In a place where one spends maximu

the conventional system of corporate blocks, and creates a space that enhances producti

REVIVING THE CONTEXT The office design is a people-oriented design responding to b

the richness of its cultural context creating a dialogue with the ethos of its surroundings, while approach

Also, unlike the conventional office block, which spends a huge annual expenditure on tempe WORKING CLUSTERS AND DISCUSSION SPACE

Working clusters

Multipurpose spaces

Multipurpose spaces Seminar rooms

Large office spaces

Small office spaces OAT space

Digital and conventional lib

OFFICE SPACES IN INDIA

mpletely stripped of its formal essentials, and reinvented to be a dynamic, versatile and lively space fostering innovation and cative enough to radicalize how office buildings are looked at; and serve as a model that critically questions the present day tioning of the corporate ‘workspace.’

um time of his/her week, work isn’t just a job; but is a lifestyle. This space is a union between work and personal life. It breaks ivity, fattens work hierarchies, and evokes an atmosphere inducing creative thought and collaborations among people.

behaviours and current mores, moulding itself to the social habits of users in this part of the world. The architecture brings in e respecting the needs of being a work place. Rather than it being a mere architectural expression, the building has a holistic h towards responding to the site it is in.

erature control and structural maintenance, the design is responsive and adaptive to the local climate and structural systems.

d brary

DIGITAL AND CONVENTIONAL LIBRARY

15m

MODULAR COMBINATION

A typical working module is created as large and small office with 90sqm and 25sqm each respectively on each floor.

The modules are repeated to create a collective space to serve people of the same discpline or interdiscipline.

The modules are stacked as double height spaces by extending their functionality upwards as a mezzanine floor.

These create central negative green spaces which act as collaborative spaces for discussions and presentations.

PLANNING ACROSS LEVELS-SPATIAL ORGANIZATION

LEVEL 5 & roof

LEVEL 3 & 4

LEVEL 1 & 2

BASEMENT LEVEL

8th semester - Internship 2

INFORM ARCHITECTS BANGALORE, KARNATAKA, INDIA Worked in multiple projects at different stages of design, including schematics, construction drawings, design development. 3D visualization and presentation

5575

2175

5575

3425

2175

5575

11 5575

10 2175

K 600 800

TOP RAIL 50MM DIA HOLLOW SS RAILING

40MM DIA HOLLOW SS BALUSTER 1050

1200

25MM DIA HOLLOW SS RAIL 200

600

TERRACE FLOOR 137.67 m

RCC STAIRS Face mounted railing typical detail

Railing Termination Details At Landing

1 : 30

1 : 40

200

600

20 MM GROOVE BETWEEN EPOXY AND PAINT

800

1500

1050

1500

1050

1500

1050

4500

1500

KOTA FLOORING

3-b

1200

900

900 3-d EP/GR - 11B

600

1050

300

100 X 100 SS PLATE BOLTED INTO STAIR WAIST SLAB USING 4 NO.EXPANSION BOLTS

800

1500

1050

1500

1050

EP/GR - 11B

1500

3-e

1500

600

150

3-c

150

3-a EP/GR - 11B

1500

SEVENTH FLOOR 133.17 m

900

1050

800

1500

1050 800 1500

1050

1500

1050

1500

100 X 100 SS PLATE BOLTED INTO WALL USING 4 NOS EXPANSION BOLTS TO SUPPORT RAILING

TOP RAIL 50MM DIA HOLLOW SS RAILING

200 600 800

1050

900

1500

1050

1500

1050

1500

1050

1500

1050

1500

300

RCC STAIRS

10 1500

600

Wall mounted railing typical detail 800

1050

4500

Tread Mounted - Railing Junction

1 : 30

200

1200

1500

225

600

KOTA SHORT BLASTER FINISH OF 75MM

KOTA FOR RISER

1500

800

1500

1050

300

5x5MM GROOVE

1050

1500

600

1050

1500 1500

1050

1200

4500

1050

1500

FOURTH FLOOR 119.67 m

150

1050

1 : 75

EPOXY WALL PAINT : GREY (RAL-7045, 7046) TO BE PAINTED ON GROUND FLOOR FOR MOCK UP

150

1500

200

STAIRS 01 GROUND FLOOR PLAN

Alignment to be coordinated at site

1500

1050

2400

4500

1200

1500

1 : 30

WALL PAINT : ORANGE (RAL-1017, 1034) TO BE PAINTED ON GROUND FLOOR FOR MOCK UP

600

FIFTH FLOOR 124.17 m

LANDING Wall mounted railing details on landing

1050

600

1200

600 470 470 600

EPOXY WALL PAINT : GREY (RAL-7045, 7046) TO BE PAINTED ON GROUND FLOOR FOR MOCK UP

SIXTH FLOOR 128.67 m

800

1200

600 1200

800

1200

2320

1500

600

800

1200

600

1050

1200

800

190

800

1260 1200

1200

600

1200

550

1200

930

330

270 510

100 X 100 SS PLATE BOLTED INTO WALL USING 4 NOS EXPANSION BOLTS TO SUPPORT RAILING

10 1500

TOP RAIL 50MM DIA HOLLOW SS RAILING

1050

4500

1500

1050

1 : 75

1500

STAIRS 01 BASEMENT PLAN

NOSING - 10MM WITH CURVE EDGE

KOTA FOR TREAD

600

200 600

RCC STAIRS 800

1500

1050

200

PRESSURIZATION SHAFT

THIRD FLOOR 115.17 m

Staircase tread details

1500

1050

1500

1050

1 : 75

1500

1 : 10

STAIRS 01- FIRST FLOOR TYPICAL PLAN

EQ EQ

800

DETAIL - A

25MM DIA HOLLOW SS RAIL

600

1500

1050

1500

1050

1500

SECOND FLOOR 110.67 m

600

40MM DIA HOLLOW SS BALUSTER

FACE MOUNTED RAILING To separate detail

1050 EQ EQ

200

---

1500

200

1050

200 1050

1200

1500

200

TOP RAIL 50MM DIA HOLLOW SS RAILING

800

600

1500

1050

4500

WALL MOUNTED RAILING To separate detail 13

1200

600

1050

4500

1500

20 MM GROOVE BETWEEN EPOXY AND PAINT

200

FACE MOUNTED RAILING To separate detail

600

First floor railing typical detail 1 : 20

Face mounted railing typical detail 1 : 20

Detail - A 1:5

FOR MOCK UP

800

1500

200

200 1050

200

RCC STAIRS

1500

1050

1500

1050

1500

1050

800

1050

PRESSURIZATION SHAFT

L 1500

200

WALL PAINT : ORANGE (RAL-1017, 1034) TO BE PAINTED ON GROUND FLOOR FOR MOCK UP EPOXY WALL PAINT : GREY (RAL-7045, 7046) TO BE PAINTED ON GROUND FLOOR FOR MOCK UP

GROUND FLOOR 101.67 m

Railing

1500

1050

1500

1050

800

1050

1500 1500

1050

WALL MOUNTED RAILING To separate detail

1200

4670

1500

1050

1500

600 1050

TREAD MOUNTED RAILING To separate detail

600 1500

4500

1050

1 : 75

1500

1050

1500

FIRST FLOOR 106.17 m STAIRS 01- SECOND FLOOR TYPICAL PLAN

600

BASEMENT FLOOR 97.00 m STAIRS 01- TERRACE FLOOR TYPICAL PLAN 1 : 75

3-a

3-b

1 : 75

PROJECT TITLE:

IMPORTANT NOTE

1.While every attempt has been made in preparation of this drawing to avoid mistakes, the architect cannot guarantee against human error. the contractor must check all dimensions, grade conditions and details at site prior to construction. 2.Any discrepancy in this or any other drawings related to this drawing shall be brought to the architect's notice immediately. 3.This drawing must be read in conjunction with related structural and services drawing. 4.All dimensions are in millimetres unless otherwise specified and should be verified by the contractor at site prior to construction. 5.Do not scale any measurement from the drawings -

This drawing is the property of InFORM ARCHITECTS & is not to be copied, issued or loaned to any third party for any purpose other than for which it has been issued.

LEGENDS NOTE : 1) Wall mounted railing detail to be followed in basement and along walls. Tread mounted railing detail to be followed only in ground floor on top of slab extension. Slab mounted railing detail to be followed in above floors. 2) Railing near the door to be terminated at 200mm from the edge of the door. 3) Railing-Balster alignment to be coordinated at site. 4) 1200 X 600 tile to be used for staircase.

3-c

3-d

1 : 75

REVISIONS

3-e

1 : 75

SCHEDULE

STAIRCASE 01 - VIEW

1 : 75

MEP : CONSULTANTS: ELECTRICAL : QDC India Consulting (P) Ltd # 377/61, 2nd floor, 19th Main Road, 1st Block, Rajaji Nagar Bangalore - 560010 Website : www.qdcindia.com HVAC :BBN ESCENDO CONSULTANCY PVT. LTD. Flat #102, 1st Floor, Vijetha Pinnacle, Shyamalal Building, Begumpet, Hyderabad - 500 016 PH: 040 40218348 / 47, E-MAIL: bbne.consultancy@gmail.com

CLIENT

ISSUED AS

SHEET SIZE

M/s. AMARA RAJA INFRA PVT. LTD.

GOOD FOR CONSTRUCTION

1060 X 700 MM

Kadapa Road, Karakambadi, Tirupathi. PH: +91-877-2265000 Ext: 7191 Fax: +91-877- 22856000

DRAWING NAME

SCALE

DATE

ORIENTATION

AS INDICATED 03/03/2018

PROJECT

STAIRCASE RAILING AND FINISHES DETAIL

PHE & FIRE :ESVE DESIGN SOLUTIONS PVT.LTD. #495, SanmathiI 9th main, 11th cross, ISRO layout Bangalore-560111 PH: 26664195/52 Website : www.esvedesign.com

STRUCTURAL CONSULTANTS: TECHNICAL PROJECTS CONSULTANTS Hyderabad office

ARCHITECTS

InFORM ARCHITECTS #422,Second Floor,9th Main Road Banashankari IInd Stage Bangalore-560 070.Ph/Fax: 080-26713360/61/62 Email: apoh@informarchitects.com

STAIRCASE 01- PLAN, ELEVATION & DETAILS ALL FLOORS

AMARA HOSPITAL, TIRUPATHI

DRAWING NO.

G2/WD/MM/ EP/GR - 11B

REVISION

BASEMENT GRADE SLAB DETAILS

BASEMENT CHAMBER AND TRAP SLAB DETAILS

5 3

Flooring - Grano + PVC: Of approved make and shade

Floor trims : 50mm wide to define the extents of the patient bed area

Suspended medical curtain: Of approved colour and make

Highlighter wall: Wall paint / wall paper/ Texture paint/Vinyl wallpaper Wall paint: Acylic emulsion Royale Aspira (Antibacterial, Antifungal)

4 15

15 10

Plain Gypsum false ceiling @3075mm from FFL

11 12

Highlighted Gypsum false ceiling @3025mm from FFL, with examination light over patient bed

1200x600mm metal grid false ceiling @3000mm from FFL.

Vinyl skirting: Coved 100mm height from FFL of approved make and shade.

Partition wall with ledge: Of approved colour and make

10.

Acrylic solid surface counter top: 50 mm thick: Of approved colour and make

2 8 13

Medical furniture:

3 9

11.

Patient bed: Of approved colour and make Bought out furniture:

12.

Attendant bed/Couch: Of approved colour and make

13.

Attendant Side table: Of approved colour and make

14.

Patient bedside table: Of approved colour and make Storage units for patient: Of approved colour and make

14 Recessed Gypsum false ceiling @3225mm from FFL

15.

11 2

12 Note : Lighting layout, MEP Services and medical Services co-ordination work in progress.

AMARA Hospital @ Tirupati

EMERGENCY CORRIDOR SW-False ceiling

16-02-2018

IPD- Double bed

Architects

09-02-2018

Architects

Patient Chart trolley: Of approved make

Medical equipment: Of approved make

Vinyl flooring: Antistatic Of approved make and shade.

Vinyl skirting Coved: 100mm height of approved make and shade.

Wall mounted monitor

Wall paint: Acylic emulsion Royale Aspira (Antibacterial, Antifungal)

Gypsum board plain false ceiling @3025MM from FFL

Special false ceiling: At 3225MM from FFL

Highlighter wall: Wall paper/ Texture wall paint Bought out furniture

6 9

Plain Gypsum false ceiling @3075mm from FFL

5 10

10.

Storage units

2 4

Recessed Gypsum false ceiling @3225mm from FFL

Note : Lighting layout, MEP Services and medical Services co-ordination work in progress.

AMARA Hospital @ Tirupati

EMERGENCY CORRIDOR SW-False ceiling

16-02-2018

Architects

AMARA Hospital @ Tirupati

CT scan room

09-02-2018

Architects

SPACE DESIGN

Sliding door with access control: To separate detail Glass partition : To separate detail

Medical services bedhead panel Privacy curtain Bedside table : Patient Chart trolley

Portable observation light: Of approved make Adjustable workstation : For Display and keyboard placement

RESUS ELE 4

RESUS ELE 3

RESUS ELE 1

RESUS ELE 2

Medical monitor : For caregiver Wall mounted telephone : At 1250mm from FFL Recycle bins: Of approved make Corner guards: Of approved make Tissue dispenser : Of approved make Sanitising fluid dispenser : Of approved make Hand dryer : Of approved make

Dry wall legend

Sharps bin: Of approved make

Type details

Type

Name Type 24 122mm thk

Sharps dispenser: Of approved make Glove dispenser: Of approved make

Specification - Outer layer of 12.5mm Fireline Gypsum - Inner layer of 12.5mm Plain Gypsum - 72mm thk Insulation - Inner layer of 12.5mm Plain Gypsum - Outer layer of 12.5mm Fireline Gypsum

Glazed Walls

Wall mounted ledge

Resusitation room plan

STC 34

16mm air cavity between two 6mm toughened glasses.

Wall legend

1:50

NOTE : Lighting layout, MEP Services and medical Services coordination work in progress.

AMARA Hospital @ Tirupati

Resusitation room plan

Architects

16-02-2018

Sliding door with access control: To separate detail Glass partition : To separate detail

Medical services bedhead panel Privacy curtain Bedside table : Patient Chart trolley

Portable observation light: Of approved make Adjustable workstation : For Display and keyboard placement

RESUS ELE 4

RESUS ELE 3

RESUS ELE 1

RESUS ELE 2

Dry wall legend Type details

Type

Sharps dispenser: Of approved make Glove dispenser: Of approved make

Specification - Outer layer of 12.5mm Fireline Gypsum - Inner layer of 12.5mm Plain Gypsum - 72mm thk Insulation - Inner layer of 12.5mm Plain Gypsum - Outer layer of 12.5mm Fireline Gypsum

Glazed Walls

Wall mounted ledge

Resusitation room plan

Name Type 24 122mm thk

STC 34

16mm air cavity between two 6mm toughened glasses.

Wall legend

1:50

NOTE : Lighting layout, MEP Services and medical Services coordination work in progress.

AMARA Hospital @ Tirupati

Resusitation room plan

20-02-2018

Architects

Resusitation room plan

OPENING DETAIL

Z 32

1250

750 EQ

900

645

1200

900

645

1200

435

435 EQ

900

1200 645 PARAPET

900

595

900

595

1200 645 PARAPET

900

3545 1200 645 900 PARAPET

TERRACE FLOOR 137.67 m W

800

Z 800

ELEVATION A 1 : 100

SECTION W1

SECTION W1 SECTION E1

SECTION E1

DIMENSIONS AS PER METAL CLADDING GROOVE ALIGNMENTS

435

SECTION W2 OUTSIDE

435

DIMENSIONS AS PER METAL CLADDING GROOVE ALIGNMENTS

SECTION W2

OUTSIDE

INSIDE

LIFT SHAFT

INSIDE

OUTSIDE

INSIDE

2 NOS 100x100 MS LINTELS (IN RED) [TO STRUCTURAL DETAILS]

ELEVATION B

645

METAL CLADDING 1200 PARAPET

ELEVATION A

150x150 MS STIFFENERS (IN RED) [TO STRUCTURAL DETAILS]

SECTION W1 1 : 50

SECTION W2

METAL CLADDING 150x150 MS STIFFENERS (IN RED) [TO STRUCTURAL DETAILS]

SECTION W3

1 : 50

TERRACE FLOOR 137.67 m N

595

3 NOS 100x100 MS LINTELS (IN RED) [TO STRUCTURAL DETAILS]

RECESSED METAL CLADDING [DARK SHADE]

3180

1250

900

RECESSED METAL CLADDING [DARK SHADE]

1 : 50

TERRACE FLOOR 137.67 m

SECTION E2

SECTION W3

SECTION E2

3500

265

1368

2250

1632

2250

1875

1205

SECTION W2

1875

3750

2250

2249

2250

1940

1942

1677

265

595

900

800

SECTION W3

300

TERRACE FLOOR 137.67 m

300x300 MS COLUMNS BEHIND

ELEVATION B H

1 : 100

SECTION E3

SECTION E3 DIMENSIONS AS PER METAL CLADDING GROOVE ALIGNMENTS

INSIDE

800

4 NOS 100x100 MS LINTELS (IN RED) [TO STRUCTURAL DETAILS]

OUTSIDE

4 NOS 100x100 MS LINTELS (IN RED) [TO STRUCTURAL DETAILS]

RECESSED METAL CLADDING [DARK SHADE]

4 NOS 100x100 MS LINTELS (IN RED) [TO STRUCTURAL DETAILS]

INSIDE

OUTSIDE

900

SECTION W1

RECESSED METAL CLADDING [DARK SHADE] 220x220 MS STIFFENERS (IN RED) [TO STRUCTURAL DETAILS]

220x220 MS STIFFENERS (IN RED) [TO STRUCTURAL DETAILS]

4 NOS 100x100 MS LINTELS (IN RED) [TO STRUCTURAL DETAILS]

3795

WEST SIDE PLAN

RECESSED METAL CLADDING [DARK SHADE]

300x300 MS COLUMNS (IN RED) [TO STRUCTURAL DETAILS]

220x220 MS STIFFENERS (IN RED) [TO STRUCTURAL DETAILS]

A 1250

200x200 MS BOX BEAM [TO STRUCTURAL DETAILS]

METAL CLADDING UNITIZED CURTAINWALL PANEL

TERRACE FLOOR 137.67 m

EAST SIDE PLAN

1250

SECTION W1

595

INSIDE

900

4 NOS 100x100 MS LINTELS (IN RED) [TO STRUCTURAL DETAILS]

800

595

100

DIMENSIONS AS PER METAL CLADDING GROOVE ALIGNMENTS

TERRACE FLOOR 137.67 m

SECTION E1 FACADE MS BACK SUPPORT

METAL CLADDING

TERRACE FLOOR 137.67 m

SECTION E2

1 : 50

SECTION E3

1 : 50

1 : 150 PROJECT TITLE:

IMPORTANT NOTE

This drawing is the property of InFORM ARCHITECTS & is not to be copied, issued or loaned to any third party for any purpose other than for which it has been issued. LEGENDS

KEY PLAN

REVISIONS

SCHEDULE

MEP : CONSULTANTS: ELECTRICAL : M/s MECA PROJECT ENGINEERS P Ltd. Building Services Consultants, #84/3, 2ND Floor, 4TH Main, Chamrajpete, Bangalore - 560018, PH- 26507360/70 E-MAIL: meca@mecaengineers.com HVAC :BBN ESCENDO CONSULTANCY PVT. LTD. Flat #102, 1st Floor, Vijetha Pinnacle, Shyamalal Building, Begumpet, Hyderabad - 500 016 PH: 040 40218348 / 47, E-MAIL: bbne.consultancy@gmail.com PHE & FIRE :ESVE DESIGN SOLUTIONS PVT.LTD. #495, SanmathiI 9th main, 11th cross, ISRO layout Bangalore-560111 PH: 26664195/52 Website : www.esvedesign.com

STRUCTURAL CONSULTANTS: TECHNICAL PROJECTS CONSULTANTS Hyderabad office

CLIENT

ISSUED AS

SHEET SIZE

M/s. AMARA RAJA INFRA PVT. LTD.

GOOD FOR CONSTRUCTION

840 X 594 MM

Kadapa Road, Karakambadi, Tirupathi. PH: +91-877-2265000 Ext: 7191 Fax: +91-877- 22856000

ARCHITECTS InFORM ARCHITECTS #422,Second Floor,9th Main Road Banashankari IInd Stage Bangalore-560 070.Ph/Fax: 080-26713360/61/62 Email: apoh@informarchitects.com

DRAWING NAME

MS FACADE BACK SUPPORT - ABOVE TERRACE PARAPET

SCALE AS INDICATED

DATE

ORIENTATION

26/12/17

PROJECT

MS DETAIL - PARAPET HOSPITAL PROJECT @ TIRUPATHI

DRAWING NO.

SC/AR-05D

REVISION

Competition - Square factor

EXPARTITE AN URBAN REFUSE SHACK The aim is to impact at least one needful family by using design as a tool to create sustainable and affordable product

EXPARTITE

AN URBAN REFUSE SHACK

Humans are rapidly becoming an urban species, with millions of people migrating to cities each year. Over half of the world’s population live in urban areas and this is likely to reach 70% of the population by 2050. How will urban centres across the world keep pace with predicted continuing growth? What are the visions of tomorrow’s cities?

0.3 billion 0.3 billion 0.3 billion

1000

0 As our cities grow, each of them are occupied by a diverse narrative of migrants 0who make 1950 1960 the city their home.

1990

2000

2010

2020

2000

All waste incinerated

15000

All waste recycled

5000 recycled All waste recycledAll wasteCumulative plastic waste generation and disposal

Urban rural population projection for 2050 5000

4000

1960

1970

0.3 billion

1000 0

25000

1950

2010

Rural population, 1980 1990 South 2000 Rural population, North

1960

1970

2020

1980

2030

1990

2000 2010 2020 2030 Primary waste generated 2040 2050

2040

2050

1950

1960

1970

Urban population, South Urban population, North

15000

All waste incinerated All waste recycled

10000

2000

10000

20000 1980 1990

All waste discarded

CHALLENGES FACED BY THE MIGRANTS 3000

2000

2010

2020

2030

15000

10000

5000

10000

2040

Urban population, South Urban population, North

4000 (Population in millions)

the global rural population 2014-2050

5000

Rural population, South Rural population, North

3000

All waste recycled

10000

Cumulative plastic waste generation and disposal

25000

1000 0

1950

1960

1970

1980

1990 Primary 2000 waste 2010 generated 2020 2030 All waste discarded

Urban population, South Urban population, North

2040

2050

1950

1960

1970

15000

All waste incinerated All waste recycled

10000

1000

5000

1950

1960

1970

1980

1990

2000

2010

2020

2030

2040

2050

1950

1960

1970

1980

1990

2000

2010

2020

2030

2040

5000

20000 1980 1990

2000

15000

All waste incinerated

2000

2010

2020

2030

2050

Stress on existing fabric due to incoming migrants

“Indifference is the biggest challenge facing global warming and extreme poverty”

2040

2050

5000

The migrants number are growing so quickly that governments cannot build out services and infrastructure fast enough to accommodate new arrivals. The scarcity of land and failed promises 0.3 billion inculcate a fraying trust. expected decline in 3000

20000

15000

5000

Urban rural population projection for 2050 Cumulative plastic waste generation and disposal expected decline in 5000 25000 5000 the global rural 1000 population 1950 1980 1960 1990 1970 2000 1980 2010 1990 2020 2000 2030 2010 2040 2020 2050 2030 2040 1960 2050 1970 1960 1990 2010 2030 1950 1980 1970 2000 1980 2010 1990 2000 2020 20000 2040 4000 1970 2030 1950 2020 2040 2050 Primary waste generated 0 Rural2020 population, 1950 1960 1970 1980 1990 2000 2010 2030 South 2040 2050 1950 1960 1970 1980 1990 2000 2010 2020 2030 2040 2050 2014-2050 Rural population, North All waste discarded

Urban rural population projection for 2050

Existing Urban fabric

All waste discarded

25000

(Million metric tons)

All waste discarded 10000 All waste discarded 3000 Urban population, South Urban population, North All waste incinerated All waste incinerated

Primary waste generated

(Million metric tons)

1980

Rural population, South Rural population, North

Mismanaged % of 20000 plastic waste

(Million metric tons)

1970

expected decline in the global rural population 2030 2014-2050 2040 2050 1950

4000

Cumulative plastic waste generation and disposal

(Million metric tons)

2000

(Million metric tons)

Urban population,Urban North population, North

Urban rural population projection for 2050

5000

(Population in millions)

0.3 billion Urban population,Urban Southpopulation, South

3000

Total plastic waste 15000 Primary waste generated Primary waste generated in a country

(Million metric tons)

1960

population All waste recycled 2014-2050

(Population in millions)

2000

theincinerated global rural All waste

(Population in millions)

1000

expected decline in All waste discarded

Cities with high Urban population, South 4000 Urban population, North Rural population, Rural population, South immigration rates South Rural population, North Rural population, North

25000

20000

Primary waste generated

Rural population, South Rural population, North

3000

1000

25000

Cumulative plastic waste generation Cumulative plastic waste generation and disposal and disposal

0.3 billion

5000

2000

1950

Cumulative plastic waste generation and disposal

Urban rural population for 2050 Urban rural population projection for projection 2050

population population 3000 4000 2014-20502014-2050

IMPACT ON CITY’S FABRIC

Urban rural population projection for 2050

(Population in millions)

SLUMS

(Population in millions)

2 in 8 of the world’s urban pollution live in

expected decline in 5000 the global rural indecline in expected expected decline population 5000 4000 the global rural the global rural 2014-2050

2050

ENVIRONMENTAL IMPACT

Waste generated per person

One machine can

Incoming migrants to the city

Increased landfill and dumping of plastic waste in produce enough ocean bricks to build one

Breaking the vivious cycle of plastic waste produced in a city

Plastic refuse is engineered to produce construction material and electricity

house of about 100 m2 every day

One machine can produce enough One machine can bricks to build one produce enough house of about 100 bricks to build one m2 every day One machine can

ADDRESSING A GREATER SOCIETAL CHANGE house of about 100 produce m2 everyenough day bricks to build one One machine can house of about 100 produce m2 everyenough day bricks to build one house of about 100 m2 every day

Drawing parallels between migrants and urban refuse

“Urban refuse” could offer a sustainable construction material for the houses of the future. Transforming plastic waste into an innovative “Lego type” construction system.

3–5 times stronger than ordinary concrete

3–5 times stronger than 3–5 times stronger than ordinary concrete ordinary concrete

3–5 times stronger than ordinary concrete

Highly mobile brick making machine mobile brick making machine It can be fit into one container, shipped all over be fit into one container, shipped all over the world and set up onsite

rld and set up onsite mobile brick making machine e fit into one container, shipped all over rld and set up onsite mobile brick making machine be fit into one container, shipped all over rld and set up onsite esin and hardener is mixed together into atogether into a Sand, resin and hardener is mixed porridge. lumpy porridge. hen This poured into apoured mould into on a avibrating is then mould on a vibrating sin and hardener is mixed together into a hich compresses compound. comtable which the compresses theThe compound. The comorridge. sets and the brick can be taken out of the pound sets and the brick can be taken out of the hen n 20poured min into a mould on a vibrating mould in 20 min esin and hardener is mixed together a hich compresses the compound. Theinto comy hardened and ready for use 24 hours later It is fully hardened and ready for use 24 hours later porridge. ets and the brick can be taken out of the hen poured into a mould on a vibrating n 20 min hich compresses the compound. The comhardened and ready for use 24 hours later sets and the brick can be taken out of the n 20 min y hardened and ready for use 24 hours later

Highly mobile brick making machine One machine can 3–5 times stronger than all produce It can be fit into one container, shipped over enough ordinary concrete bricks to build one the world and set up onsite

house of about 100 m2 every day

Plastic waste

3.93’’

Used tires

(anyis type) Sand, resinSand and90% hardener mixed together into a 90% lumpy porridge. 90% into a mould on a vibrating This is then poured 3’’ table which compresses the compound. Theblocks comThe bricks are large that can simply be Hardener The bricks are large blocks that can simply be 90% stacked pound sets and the brick can be taken out of the stacked They have LEGO-like pegs and are made to small Highly mobile brick making machine They have LEGO-like pegs mouldIt in The bricks are largedo that can simply be not require cementing to- and are made to small can20 bemin fit into one container,tolerances. shippedSoallthey overblocks stackedand it does nottolerances. gether take time So they do not require cementing toIt is fully and use 24 hourspegs later the hardened world and set up ready onsite for They have LEGO-like gether and areitmade small and does to not take time

20m2 Rs.1,80,000 20m2 Rs.1,80,000

11.81’’

3–5 times stronger than ordinary concrete

90%

The compound sets and the brick can be taken out of the mould in 20 min. It is fully hardened and ready for use 24 hours later. Electronic waste The cost is considerably lower than traditional systems used in rural areas too – the standard house mentioned above can be built for

The bricks are blocks that can simply beand These houses can be assembled remarkably quickly – a 40 m2 house divided into two bedrooms, a bathroom, dining room tolerances. Solarge theyliving do notroom, require cementing tostacked kitchen, and can be built by four people in just five days. These houses can be assembled remarkably quickly – a 40 m2 house divided bedrooms, a bathroom, living room, dining room and getherinto and two it does not take time They have LEGO-like pegs and are made to small kitchen, and can be built by four people in just five days. 20m2 tolerances. So they do not room, require cementing The cost is considerably lower than traditional systems used in rural areas too – the standard housea mentioned above can bedining built for These houses can be assembled remarkably quickly – a 40 m2 house divided into two bedrooms, bathroom, living room toand Rs.1,80,000 20m2 gether and it does not take time Rs.3,75,648 kitchen, and can be built by four people in just five days.

Rs.1,80,000

3-5 times stronger than concrete

Rs.3,75,648 These houses can be assembled remarkably quickly – a used 40 m2inhouse divided two bedrooms, a bathroom, room, dining The cost is considerably lower than traditional systems rural areas toointo – the standard house mentionedliving above can be builtroom for and Sand, resin and hardener is mixed together into a kitchen, and can be built by four people in just five days. Rs.3,75,648

lumpy porridge.

The cost is considerably lower than traditional systems used in rural areas too – the standard house mentioned above can be built for This is then poured into a mould on a vibrating Rs.3,75,648

Interlocking system of blocks - without binding material The bricks are large blocks that can simply be

stacked They have LEGO-like pegs and are made to small tolerances. So they do not require cementing together and it does not take time

“THERE ARE TWO AXES-SOCIAL INCLUSION & ENVIRONMENTAL RESPONSIBILITYtable which compresses the compound. The comThese houses can be assembled remarkably quickly – a 40 m2 house divided into two bedrooms, a bathroom, living room, dining room and 90% pound sets and the brick can be taken out of the RIGHTkitchen, AT and THE FUTURE OF CITIES” can beHEART built by fourOF peopleTHE in just five days. mould in 20 min It is fully hardened and ready for use 24 hours later

20m2

The cost is considerably lower than traditional systems used in rural areas too – the standard house mentioned above can be built for

Modular multiplication of 10 families- Housing typology

Kitchen/

Sleeping/

Storage

Living

Toilet

Urban farming

Type 1 - Farming communities Family size - 2-3 members Occupation - Loss of native work

232 sq.ft Toilet

1948 cu.ft

Compactely connected housing modules with central congregation space

Future expansion for families Kitchen/

Sleeping/

Storage

Working

Type 2 - Un-notified group Family size - 1-2 members Occupation - Jobs outside

227 sq.ft

2233 cu.ft Toilet

Sleeping/ Living

Toilet Portable

Kitchen/ Storage

Urban farming and market

Shops/ Eatries

Block combination of 60 families

Type 3 - Pucca slums Family size - 4 members Occupation - Small jobs

198 sq.ft Toilet Toilet

2282 sq.ft Sleeping/

Self sustaining community housing

Living

Art/craft work & display

Kitchen/

Cultural festivals and exhibitions

Storage

Type 4 - Nommadic communities Family size - 4 members Occupation - Impermanent work

129 sq.ft

2233 cu.ft

â&#x20AC;&#x153;House as a multi-functional space for work and stay ; Customizable and adaptive based on the needs of an individual userâ&#x20AC;?

1 3

1. Pully 2. Adjustable rope 3. Movable roofing panels

4.Hinge 5.Eco-blocks - wall panelling 6.Eco-structural vertical frames

7.Eco-structural horizontal frames 8.Steel base 9.Steel plates 4

Adjustable Roofing Panels - Pully Mechanism

Hinges for movable roofing panels 5 6

Manually operated roofing system - internal lighting & ventilation

Interlocking system of ecoblocks - walls and frame 6

7 9

Connection of horizontal and vertical members using steel plates

Recycled plastic blocks forming a floating base during flooding

Flexible structural system resistive to shear stress

20 hours

Setting up of steel base and vertical posts

Setting up of structural framework

Steel base connected to the vertical post

60 hours

80 hours

Construction of wall panelling interlocking system of eco-blocks

Fixing of structural frames using steel connectors

100 hours

Setting up of roofing panels and flooring base

120 hours

Fitting of pully mechanism to the movable roofing panels

Customization of the wall & roof panelling based on user & context

9th semester - Urban Design Studio

SERENDIPITOUS SPACES CREATING URBAN NEXUS A space that revives the dead fabric of the OMR stretch in Chennai. The collective gathering of all user groups for beneficial interaction and cross-cultural learning. A open and free space in the midst of the glass-concrete chaos of OMR

Farmers Market spaces

cinema and concert display Sunken seating and stepped seating

Multifuctional spaces

Furniture seating also enhances the interaction

open dining area has ability to transform into several activity spaces

multipurpose OAT for gathering spaces for functions ,parties etc

common plaza farmers market

okkiyam madavu existing bridge

Open Air Theatre LVL-0.30

LVL+2.0

Promanade aerial view

pedestrian bridge

Promanade perspective view

Ghats design

Entry plaza

water plaza

Pedestrian bridge view

Eating plaza

water plaza

pedestrian bridge

common plaza farmers market

Pedestrian bridge view

Ghats design

Open Air Theatre

Farmers market view

Open Amphitheatre view

common pavilion view

13 6 6

Level +4.5 m

6 3

7 7 7

Level +0.2

Level 0.0

Level +4.5 m

Level +0.2

Level +4.3 m

3 Level +4.5 m

4 Level +0.15

6 2 Level +0.15

Level +0.2

Level +0.15

SERENDIPITO

SERENDIPITOUS SPACES

SPACE 1 1. EXPERIENCE THROUGH THE DESIGN serendipitous circulation of pedestrian and cycling pathway to create preliminary interaction. SPACE 2 2. FOLKSONOMY SPACES EVENTS ORGANIZED BY PEOPLES a.workshop b.competition c.cultural events d.fun activity SPACE 3 3. AMBIENT DISPLAY a.implicit interaction b.subtle interaction c.personal interaction d.group conversation

6 2 2 1:12 slope ramp 1:12 slope ramp

1 11

1 Level 0.0 Level 0.0

KALAIGNAR KARUNANIDHI 1

SPACE 4 4. ACTION RESEARCH 5 - 20 PEOPLES GATHERING SPOT a.workshop b.extra curricular activities (dances,singing) c.lectures,knowledge sharing debates(TED TALKS) d.competitions(indoor games,carrom, VR games)

SALAI

SPACE 5 5. EMBODIED INTERACTION a.start with 2-3 peoples later it will be informal gathering spaces. b.a space without any primary function but with shade and seats.

1:12 slope ramp Level 0.0

10 2

Level +0.15

Level 0.0

1:12 slope ramp

Level 0.0 Level 0.0

KALAIGNAR KARUNANIDHI

SPACE 4 4. ACTION RESEARC 5 - 20 PEOPLES GA a.workshop b.extra curricular a (dances,singing) c.lectures,knowled debates(TED TALK d.competitions(ind VR games)

SALAI

TOLL GATE

SPACE 1 1. EXPERIENCE THRO serendipitous circ and cycling pathw preliminary intera SPACE 2 2. FOLKSONOMY SP EVENTS ORGANIZ a.workshop b.competition c.cultural events d.fun activity SPACE 3 3. AMBIENT DISPLA a.implicit interactio b.subtle interaction c.personal interact d.group conversati

1:12 slope ramp

Level +0.15

Level 0.0

SPACE 6 6. COMMERCIAL SPACES a. vendor shops,small food stalls b. new arrival products selling shops

1:12 slope ramp

Level +4.5 m

Level 0.0

SPACE 5 5. EMBODIED INTERA a.start with 2-3 peo informal gathering b.a space without an function but with s seats.

Level +4.3 m

SPACE 6 6. COMMERCIAL SPAC a. vendor shops,sma

b. new arrival produ

SPACE 7 7. CO-WORKING SPAC a.entrepreneurship b.startups c.freelancer workin

SPACE 7 7. CO-WORKING SPACE a.entrepreneurship b.startups c.freelancer working space

8. OVER BRIDGE 9. CAR PARKING 10. CHILDREN PLAY AR 11. WATCHMAN CABIN 12. TOILET 13. WATER TANK

8. OVER BRIDGE 9. CAR PARKING 10. CHILDREN PLAY AREA 11. WATCHMAN CABIN 12. TOILET 13. WATER TANK

LEGENDS LEGENDS

CREATING URBAN NEXUS SERENDIPITIOUS SPACES

GROUND LEVEL 1:400

LOWER LEVEL PLAN

FIRST LEVEL PLAN 1:

UPPER LEVEL PLAN

NORTHERN ZONE

SOUTHERN ZONE

Other miscellaneous works

“Form ever follows function.” – Louis Sullivan

CREATIVE WORK MISCELLANEOUS PROJECTS Various projects worked on across 5 years Best of works selected

SENIOR THESIS MODEL

INTERPRETATION CENTRE

HAGIA SOPHIA BUILDING MODEL

RURALS HOUSING MODEL

RENAULT BUILDING MODEL

Competition - Conventional trophy

THE FUTURE OF 2050 A DESIGN THAT HELPS PEOPLE DEAL WITH CONSTANT CHANGE The background of the year 2050 would be one of a dying world, with the depletion of natural resources, scarcity of land, changing climatic conditions and increasing disaster levels, an era where the existence of man becomes a crisis.

THE FUTURE OF 2050 “A design that helps people deal with constant change” The background of the year 2050 would be one of a dying world, with the depletion of natural resources, scarcity of land, changing climatic conditions and increasing disaster levels, an era where the existence of man becomes a crisis.

HUMAN BEHAVIOURAL PATTERNS Needs

Thoughts The various combinations and permutations create multiple instances of grouping the activities based on a individual’s need, in direct response to the time of the day

The era of horizontalness

FIRST INDUSTRIAL REVOLUTION Machine made goods

SECOND INDUSTRIAL REVOLUTION The era of verticalness

LIVING

land

TOILET

WORKING

MAN

Assembly line mass production

SLEEPING

water

COOKING

underground

THIRD INDUSTRIAL REVOLUTION

EATING

DIGITAL DYNAMICS SHAPE THE PHYSICAL CITY OF 2050

The considerable decrease in child and young population, predicting a living pattern of an individual or two, leading to changing trends in functionality and requirement of spaces

Self-Generated mass customization

The era of dynamic mobility

THE AGE OF AUGMENTED HUMANITY

HUMAN BEHAVIOUR

Generative design

FUNCTION

Human behavioural pattern - Built-environment

EXTERNAL CONDITIONS

Censors TIME

Situation

Multi-functional

Portable

STRUCTURE Self-assembling Minimal

Selfgenerative

Adaptive

“In the coming decade, technology will touch nearly every aspect of our lives” It will become impossible to remove technology from creation.

SELF-GENERATING FORMS IN NATURE Despite lacking a neuron-based system, slimemold - physarum polycephalum is capable of demonstrating complex behaviors, trying to obtain the shortest path and solving the maze

MODULAR MULTIPLICATION BINARY SYSTEM OF COMPOSITION

DEMOCRATISING DESIGN - SELF GENERATED MASS CUSTOMIZATION

Basic unit module -derative for furniture and housing module

BEDROOM + TOILET + KITCHEN

BEDROOM + KITCHEN + WORKSPACE

DINING/ GATHERING + TOILET

WORKSPACE + KITCHEN

BEDROOM

ENTRANCE + GATHERING Self-assembling block system

1000 cubic feet housing module

GENERATIVE LAYOUTS BASED ON DIFFERENT FUNCTIONAL COMBINATIONS

Binary system - squares & circles “ The only thing that is radical is space we do not know how to inhabit. This means space where we have to invent the ways to act and to live “ - Lebbeus Woods There is no longer any distinction between habitat, place of worship, place of passage, place of pleasure, place of work, it is the sole temple, which must contain everything

WATER MANAGEMENT SYSTEM

WATER AND ENERGY PRODUCTION SYSTEM Harvesting fresh water and energy from air 2

THE ERA OF ECOLOGICAL INNOVATION - THE SELF-SUSTAINING MODULE The core concept of the design was to develop a series of systems that would create the framework for a self-sustaining module, whereas the internal layout of the module would change based on the needs of the user. “Change being the new constant”, the architect’s role is merely to design these systems for the people of the future. The systems are self-adaptive and generative, intelligent enough to deal with the external and internal factors of the built environment. A small 10’X10’X10’ module is conceived as a repetitive basic unit, which combines to form various structures in the city scale. These structures again adaptive, and self-generative, evolve as different prototypes based on the need of the hour. Some structures adaptive to the environment on the land and some to the sea and air.

SELF ASSEMBLING - PORTABLE

STRUCTURAL FRAMEWORK Magnetic lined edges 3

SELF SUFICIENT SYSTEM 3

FOOD PRODUCTION SYSTEM Aquaphonics and Hydrophonics 4

CLIMATICALLY RESPONSIVE

SKIN Adaptive skin - Based on biomimicry

SKIN Storage of water droplets - channel 6

MULTI - FUNCTIONAL

DYNAMIC FLOORING SYSTEM Self generative - modular furnitures 7

DISASTER RESILIENT

FLOOD RESILIENT - BASE STRUCTURE High density polystrene & water re-use system

MODULAR REPETITION - SELF ASSEMBLING OF MULTIPLE MODULES AT CITY SCALE

REPETITION OF BASIC 1000 CUBIC FEET MODULE - SELF GENERATIVE DURING TIMES OF DISASTER TAKING RESILIENT FORMS TO SUSTAIN

ONE ITERATION OF A FORM CAPABLE OF SUSTAINING IN WATER It’s the year 2050 in a generic city, heavily populated area where once greenery and peace existed, if they haven’t already been swallowed by the ever increasing exploitation spreading throughout the city. The land is seen to be completely filled with chaos leaving no space for agriculture and dwellings. The thoughts, needs and situations of people have changed over time. People prefer more of minimal but multi-functional structures. Super AI that will transcend human intelligence will be created Computing power on the machines doubles every 2 years, and by 2050 computers will be 30 thousand times faster and smarter than they are today. Smarter than human AI will be probably created much earlier than 2050, and by 2050 the existence of non-human super-intelligence will be certain. Most human-to-human interactions will happen in Virtual Reality Due to the growth and excellence of virtual reality more and more of our daily activities will move into the virtual world. OBJECTIVES : • To come up with a portable and multi-functional structure for the year 2050 • To design a modular structure within the size limitations of 10’X10’X10’ • The human behaviour, situations, climate, context and environment of the year 2050 are considered

ITERATION OF FORM CAPABLE OF SUSTAINING IN LAND

sapjai12@gmail.com +91-9940533515

“The mother art is architecture. Without an architecture of our own we have no soul of our own civilization.” – Frank Lloyd Wright