The document provides details for the proposed layout of a reform shop located on the ground and upper ground floors of a building. It includes dimensional layouts showing the arrangement and sizes of areas like the entrance, organic cafe, fitting rooms, toilets, and dome display. The layouts also indicate built partitions, columns, wall panelling, and other construction elements. Color coding is used to distinguish between existing, built, and demolished walls and structures.
Inference from case studies for designing ISBTMridul Bhandari
The document compares two interstate bus terminals (ISBT) in India based on their design features and facilities. Both have a hot and dry climate. The ISBT in Vadodara has a smaller campus and built-up area compared to the ISBT in Kashmiri Gate, New Delhi. Some positive aspects of the ISBTs are facilities for disabled access, fire safety measures, and a connected shopping mall. However, some negative aspects are lack of accessibility for disabled people to certain areas, poor ventilation in administrative areas, and absence of clear signage leading to confusion over entries.
The document describes the traditional Bhonga house of the Kutch region in Gujarat, India. The Bhonga is a circular mud structure with conical thatched roof. It has thick earthen/mud walls constructed using the cob technique and is supported by a central wooden post. The Bhonga is resilient to earthquakes and suitable for the desert climate, providing shelter to families in the region for hundreds of years.
Not only the Best Architecture College in Gurgaon, Sushant School of Art and Architecture at Ansal University takes pride in being the Best Architecture School in India.
Sushant School of Art and Architecture is a School with long standing experience of more than two decades and rated one of the best private schools in India and among the best in Asia. Highly qualified faculty with foreign exposure; State-of-the-art equipments and infrastructure that facilitate dynamic and innovative way of learning with focus on learning by doing: Well-equipped labs & studios, field study trips (throughout the academic year), Integrated campus facilities including experimentation laboratory & outdoor spaces, construction technology yard, in-house 3-D/Laser printer for modelling, workshop areas for material & construction study; Regular interaction with industry leaders, renowned architects and engineers from National and International practices, student exchange/ joint workshops with International Institutions; Highly successful Alumni who have worked on prestigious global projects; Emphasis is on vocational and professional skills, which particularly in architecture means not only spatial manipulation, but also the ability to concretize ideas in to build form; Emphasis on liberal thinking and ethical values; Using new design pedagogy and emerging technologies: A predominantly studio-based academic delivery to make the education process simulative, interactive, reflective and creative - that in a way sums up the School.
The document summarizes the traditional pol house architecture of Ahmedabad, Gujarat. [1] Pols are enclosed residential neighborhoods entered through gates, featuring narrow streets and shared community spaces. [2] They originated from rural khadki settlements for security, with homes adjoining and enclosing shared yards. [3] Pol houses are organized around central courtyards (chowks), with rooms along three walls and an entrance platform (oatla) on the fourth, providing light, ventilation, and climate control in Gujarat's hot, dry climate.
Food street is located in VV Puram, one of the oldest localities in Bangalore. It stretches 200 meters from VB Bakery to Arya Samaaj temple and is surrounded by residential areas. It started in 1962 as a small market and grew due to the population. Currently it provides space for hand washing, drinking water, and dustbins. The street's culture and growth have been influenced by the dominant Vaishya community in the area and their interest in community. It has created a unique identity in the neighborhood through the traditional street culture.
VERNACULAR ARCHITECTURE OF MAHRASHTRA (WEST)Mansi Jain
This document discusses vernacular architecture and traditional housing typologies in Maharashtra. It describes the warm and humid climate of the region and how architectural features like sloped roofs, baffle walls, and cross ventilation respond to the climate. It then discusses wadas, a traditional housing type consisting of rooms arranged around an open courtyard. Wadas varied in size from ordinary single-family homes to large complexes owned by nobility. Key features of wadas included wooden structural frames, courtyards providing light and ventilation, and orientation around a central open space. Examples of specific wada plans and architectural details are also provided.
Yamuna Apartments is a 200-unit housing complex designed for lower-middle income residents in India. The complex was designed as an "urban village" with narrow pedestrian streets (galis) that restrict vehicular traffic to the perimeter. The units are arranged around a central square used for recreation. The design incorporates traditional Indian elements like balconies, courtyards, and terraces to establish private, semi-private, and public spaces and maximize cross-ventilation while maintaining a sense of community.
literature review in museum and art gallery designritikchaudhary15
This document provides information on the space requirements and design considerations for art galleries and museums. It discusses the history and functions of art galleries and museums. It also outlines the minimum space requirements for key areas like galleries, auditoriums, libraries, lecture halls, workshops, cafeterias, and parking. It discusses circulation patterns for galleries and considers approaches like linear, grid, spiral and star patterns.
Inference from case studies for designing ISBTMridul Bhandari
The document compares two interstate bus terminals (ISBT) in India based on their design features and facilities. Both have a hot and dry climate. The ISBT in Vadodara has a smaller campus and built-up area compared to the ISBT in Kashmiri Gate, New Delhi. Some positive aspects of the ISBTs are facilities for disabled access, fire safety measures, and a connected shopping mall. However, some negative aspects are lack of accessibility for disabled people to certain areas, poor ventilation in administrative areas, and absence of clear signage leading to confusion over entries.
The document describes the traditional Bhonga house of the Kutch region in Gujarat, India. The Bhonga is a circular mud structure with conical thatched roof. It has thick earthen/mud walls constructed using the cob technique and is supported by a central wooden post. The Bhonga is resilient to earthquakes and suitable for the desert climate, providing shelter to families in the region for hundreds of years.
Not only the Best Architecture College in Gurgaon, Sushant School of Art and Architecture at Ansal University takes pride in being the Best Architecture School in India.
Sushant School of Art and Architecture is a School with long standing experience of more than two decades and rated one of the best private schools in India and among the best in Asia. Highly qualified faculty with foreign exposure; State-of-the-art equipments and infrastructure that facilitate dynamic and innovative way of learning with focus on learning by doing: Well-equipped labs & studios, field study trips (throughout the academic year), Integrated campus facilities including experimentation laboratory & outdoor spaces, construction technology yard, in-house 3-D/Laser printer for modelling, workshop areas for material & construction study; Regular interaction with industry leaders, renowned architects and engineers from National and International practices, student exchange/ joint workshops with International Institutions; Highly successful Alumni who have worked on prestigious global projects; Emphasis is on vocational and professional skills, which particularly in architecture means not only spatial manipulation, but also the ability to concretize ideas in to build form; Emphasis on liberal thinking and ethical values; Using new design pedagogy and emerging technologies: A predominantly studio-based academic delivery to make the education process simulative, interactive, reflective and creative - that in a way sums up the School.
The document summarizes the traditional pol house architecture of Ahmedabad, Gujarat. [1] Pols are enclosed residential neighborhoods entered through gates, featuring narrow streets and shared community spaces. [2] They originated from rural khadki settlements for security, with homes adjoining and enclosing shared yards. [3] Pol houses are organized around central courtyards (chowks), with rooms along three walls and an entrance platform (oatla) on the fourth, providing light, ventilation, and climate control in Gujarat's hot, dry climate.
Food street is located in VV Puram, one of the oldest localities in Bangalore. It stretches 200 meters from VB Bakery to Arya Samaaj temple and is surrounded by residential areas. It started in 1962 as a small market and grew due to the population. Currently it provides space for hand washing, drinking water, and dustbins. The street's culture and growth have been influenced by the dominant Vaishya community in the area and their interest in community. It has created a unique identity in the neighborhood through the traditional street culture.
VERNACULAR ARCHITECTURE OF MAHRASHTRA (WEST)Mansi Jain
This document discusses vernacular architecture and traditional housing typologies in Maharashtra. It describes the warm and humid climate of the region and how architectural features like sloped roofs, baffle walls, and cross ventilation respond to the climate. It then discusses wadas, a traditional housing type consisting of rooms arranged around an open courtyard. Wadas varied in size from ordinary single-family homes to large complexes owned by nobility. Key features of wadas included wooden structural frames, courtyards providing light and ventilation, and orientation around a central open space. Examples of specific wada plans and architectural details are also provided.
Yamuna Apartments is a 200-unit housing complex designed for lower-middle income residents in India. The complex was designed as an "urban village" with narrow pedestrian streets (galis) that restrict vehicular traffic to the perimeter. The units are arranged around a central square used for recreation. The design incorporates traditional Indian elements like balconies, courtyards, and terraces to establish private, semi-private, and public spaces and maximize cross-ventilation while maintaining a sense of community.
literature review in museum and art gallery designritikchaudhary15
This document provides information on the space requirements and design considerations for art galleries and museums. It discusses the history and functions of art galleries and museums. It also outlines the minimum space requirements for key areas like galleries, auditoriums, libraries, lecture halls, workshops, cafeterias, and parking. It discusses circulation patterns for galleries and considers approaches like linear, grid, spiral and star patterns.
The document discusses the low-cost housing project in Dwarka Sec 23 that will provide homes for 2,300 families. The total projected cost is 762.3 crores rupees and the project is expected to be completed by October 2013. The housing complexes will include amenities like shops, parks, community centers, and anganwadi centers. The units are basic two-room units with separate bathroom and kitchen areas. Buildings will be walk-up structures of five floors or less using prefabricated building materials and construction techniques to reduce costs.
Pondicherry had been passed on to multiple colonial powers of Dutch, Portuguese, English, but predominantly French. Even now there's a huge French influence in Pondicherry, now a Union Territory of India.
anant raje, architect, indian architect, design, philosophy, concept, works, projects, educational purpose, buildings, pictures, iifm, bda, louis i kahn of india, life, carrer, death, photos
Art and architecture in india post 1947Alisha Sinha
After independence, Indian architecture went through significant changes driven by new agendas of democracy, development, and economy. [1] Modernist themes and materials like brick, concrete, glass, and steel were used to create realistic, functional structures for housing, institutions, and government buildings. [2] Indian artists also embraced modernist styles, blending international styles with local imagery to help establish India's new cultural identity. [3] Architects grappled with how to integrate indigenization without appearing backward in the global context.
Architecture case study - IIM AhemdabadOnal Kothari
The campus of IIM-Ahmedabad is not only an institution of learning but also a place for everyone to see. That is why; the institute draws the attention of both the students as well as common man. The campus of IIM Ahmedabad is spread over 67 acres of land. The building design of institute was created by noted architect Louis Kahn a famous American architect known for his majestic architectural designs.
Rajasthan has a rich architectural heritage showcased through its grand palaces, forts and havelis. The Poddar Haveli in Nawalgarh reflects this tradition, with intricate stone carvings and frescos adorning its walls, columns and ceilings. Its massive courtyard and use of local materials like stone and plaster help combat the state's hot climate. Now a museum, the haveli's interior preserves Rajasthani culture through historical artifacts and paintings. Courtyards were central to havelis, serving social and practical functions through ventilation, light and privacy.
Museum Case Studies
http://en.wikipedia.org/wiki/Museum
A museum is an institution that cares for (conserves) a collection of artifacts and other objects of scientific, artistic, cultural, or historical importance and makes them available for public viewing through exhibits that may be permanent or temporary.[1] Most large museums are located in major cities throughout the world and more local ones exist in smaller cities, towns and even the countryside. Museums have varying aims, ranging from serving researchers and specialists to serving the general public. The continuing acceleration in the digitization of information, combined with the increasing capacity of digital information storage, is causing the traditional model of museums (i.e. as static "collections of collections" of three-dimensional specimens and artifacts) to expand to include virtual exhibits and high-resolution images of their collections for perusal, study, and exploration from any place with Internet.[citation needed] The city with the largest number of museums is Mexico City with over 128 museums. According to The World Museum Community, there are more than 55,000 museums in 202 countries.[2]
The Aranya Low-Cost Housing project in Indore, India provided serviced housing plots and infrastructure for 6,500 low-income families. The project was led by architect Balkrishna Doshi and included mixed income neighborhoods organized around a central spine. It featured a hierarchy of pedestrian-prioritized roads and distributed open spaces to improve accessibility. Climate-responsive design like north-south orientation and shared walls minimized solar heat gain. The "site and service" approach provided basic infrastructure like water, sewer, and electricity to allow residents to construct homes appropriate to their needs.
The Sabarmati Ashram museum in Ahmedabad, India was designed by architect Charles Correa to follow the concepts of Mahatma Gandhi. The buildings are arranged in a casual meandering pattern centered around a water court. The museum consists of five rooms containing Gandhi's letters, office items, books, and photos, separated by brick walls and wooden screens and connected by an open courtyard. The simple construction uses local materials like brick, wood, stone, and ceramic roof tiles respecting Gandhi's philosophy of cultural diffusion.
Sidhpur is a town in Gujarat known for its pilgrimage sites and unique European-influenced architecture. The Dawoodi Bohra community, a Shia Muslim trading group from Gujarat, built distinctive multi-story residences called Vohrawads in their native towns. These narrow, deep houses shared walls and organized around a central courtyard, promoting community closeness. The intricate architecture featured ornate woodwork, facades with jali screens, and central shafts providing light and ventilation while maintaining privacy between families.
Jawahar Kala Kendra is a cultural centre in Jaipur, India dedicated to Jawaharlal Nehru. Architect Charles Correa designed the centre based on the original city plan of Jaipur, arranging squares to represent the nine planets. The 9.5 acre complex includes art galleries, workshops, a library, and Shilpgram, a rural complex with replicas of huts from different regions of Rajasthan showcasing crafts and culture. By invoking the original city plan and using local materials like red sandstone, Correa created a space that blends traditional Indian concepts with contemporary design to display and promote India's cultural heritage.
The Atira Housing project in Ahmedabad, India was one of architect Balkrishna Doshi's early experiments in public housing from 1956. The housing was commissioned by Kasturbhai Lalbhai for workers at the Atira Textile Factory and researchers at the Physical Research Laboratory. Doshi designed low-cost housing units inspired by Le Corbusier's projects, using local materials and natural ventilation. The north-south oriented houses had verandas and cross ventilation slots. Each single room house had a patio, toilet and shared drainage between backyards. Though Doshi hoped to use local potters for the vaulted structures, bricks were ultimately used to control costs. The project took on a village-like character over time as
1) The document proposes a design for an Applied Arts Crafts and Design Campus inspired by the works of architect Charles Correa.
2) It will incorporate Correa's approach of blending modernism with traditional Indian architecture through stepped platforms, outdoor classrooms, and connecting indoor and outdoor spaces.
3) The design aims to make education feel sacred through its organization of academic blocks at the highest level, with recreational areas below, evoking traditional Indian concepts.
This document provides information about Paliyam Nalukettu, a 450-year-old traditional Kerala house located in Paravur, Ernakulam District. It consists of a central courtyard surrounded by rooms on all four sides. The two-storey structure has kitchen, delivery rooms, and private bedrooms. Traditional materials and architectural features like thick laterite walls, tiled roofs, windows, ventilation openings, and a raised plinth were used to keep interiors cool and protect from floods/insects. The central courtyard, thick walls, overhangs, and passive ventilation techniques modulated temperature and airflow inside.
Padma Shri Achyut Kanvinde was an influential Indian architect known for pioneering modern architecture in India. He studied at Sir JJ School of Arts in Mumbai and Harvard University under Bauhaus founder Walter Gropius, which greatly influenced his style. Some of Kanvinde's most notable works include the IIT Kanpur campus, which he designed in the 1960s. The campus features a central academic complex surrounded by residential buildings, with an emphasis on functionality, open spaces, and connecting walkways influenced by the Bauhaus style.
Group housing accommodates groups rather than individual units, making it both public and private. It is a common form of mass housing worldwide. This document discusses different types of group housing like cluster housing and row housing. It provides details on various government schemes for group housing in India. It also outlines building bye-laws, standards, and the National Building Code provisions for elements like minimum plot size, maximum height, open spaces, parking etc. for group housing projects.
Introduction
Types
Building Rules & Regulations
Orientation
External Circulation
External Elements
Grouping
Internal Circulation
Space Analysis
Building Services
This document contains a site plan schematic diagram and floor plans for a residential development. The site plan shows 47 different areas across the property including amenities like pools, gardens, and recreational areas. The floor plans show the layout of different apartment unit types, labeled A through F, across 14 blocks. The plans provide dimensions and details on the unit layouts, finishes, and fixtures.
This document contains working drawings for a residential building project located at 28 Westlands Rd, Glen Waverly, Victoria 3150, including a site plan, ground floor plan, first floor plan, roof plan, and elevations. The site area is 651.37m2 and building area is 242.79m2. The ground floor includes a double garage, porch, and living areas. The first floor contains bedrooms and a balcony. Finishing materials and notes are included in legends.
The document discusses the low-cost housing project in Dwarka Sec 23 that will provide homes for 2,300 families. The total projected cost is 762.3 crores rupees and the project is expected to be completed by October 2013. The housing complexes will include amenities like shops, parks, community centers, and anganwadi centers. The units are basic two-room units with separate bathroom and kitchen areas. Buildings will be walk-up structures of five floors or less using prefabricated building materials and construction techniques to reduce costs.
Pondicherry had been passed on to multiple colonial powers of Dutch, Portuguese, English, but predominantly French. Even now there's a huge French influence in Pondicherry, now a Union Territory of India.
anant raje, architect, indian architect, design, philosophy, concept, works, projects, educational purpose, buildings, pictures, iifm, bda, louis i kahn of india, life, carrer, death, photos
Art and architecture in india post 1947Alisha Sinha
After independence, Indian architecture went through significant changes driven by new agendas of democracy, development, and economy. [1] Modernist themes and materials like brick, concrete, glass, and steel were used to create realistic, functional structures for housing, institutions, and government buildings. [2] Indian artists also embraced modernist styles, blending international styles with local imagery to help establish India's new cultural identity. [3] Architects grappled with how to integrate indigenization without appearing backward in the global context.
Architecture case study - IIM AhemdabadOnal Kothari
The campus of IIM-Ahmedabad is not only an institution of learning but also a place for everyone to see. That is why; the institute draws the attention of both the students as well as common man. The campus of IIM Ahmedabad is spread over 67 acres of land. The building design of institute was created by noted architect Louis Kahn a famous American architect known for his majestic architectural designs.
Rajasthan has a rich architectural heritage showcased through its grand palaces, forts and havelis. The Poddar Haveli in Nawalgarh reflects this tradition, with intricate stone carvings and frescos adorning its walls, columns and ceilings. Its massive courtyard and use of local materials like stone and plaster help combat the state's hot climate. Now a museum, the haveli's interior preserves Rajasthani culture through historical artifacts and paintings. Courtyards were central to havelis, serving social and practical functions through ventilation, light and privacy.
Museum Case Studies
http://en.wikipedia.org/wiki/Museum
A museum is an institution that cares for (conserves) a collection of artifacts and other objects of scientific, artistic, cultural, or historical importance and makes them available for public viewing through exhibits that may be permanent or temporary.[1] Most large museums are located in major cities throughout the world and more local ones exist in smaller cities, towns and even the countryside. Museums have varying aims, ranging from serving researchers and specialists to serving the general public. The continuing acceleration in the digitization of information, combined with the increasing capacity of digital information storage, is causing the traditional model of museums (i.e. as static "collections of collections" of three-dimensional specimens and artifacts) to expand to include virtual exhibits and high-resolution images of their collections for perusal, study, and exploration from any place with Internet.[citation needed] The city with the largest number of museums is Mexico City with over 128 museums. According to The World Museum Community, there are more than 55,000 museums in 202 countries.[2]
The Aranya Low-Cost Housing project in Indore, India provided serviced housing plots and infrastructure for 6,500 low-income families. The project was led by architect Balkrishna Doshi and included mixed income neighborhoods organized around a central spine. It featured a hierarchy of pedestrian-prioritized roads and distributed open spaces to improve accessibility. Climate-responsive design like north-south orientation and shared walls minimized solar heat gain. The "site and service" approach provided basic infrastructure like water, sewer, and electricity to allow residents to construct homes appropriate to their needs.
The Sabarmati Ashram museum in Ahmedabad, India was designed by architect Charles Correa to follow the concepts of Mahatma Gandhi. The buildings are arranged in a casual meandering pattern centered around a water court. The museum consists of five rooms containing Gandhi's letters, office items, books, and photos, separated by brick walls and wooden screens and connected by an open courtyard. The simple construction uses local materials like brick, wood, stone, and ceramic roof tiles respecting Gandhi's philosophy of cultural diffusion.
Sidhpur is a town in Gujarat known for its pilgrimage sites and unique European-influenced architecture. The Dawoodi Bohra community, a Shia Muslim trading group from Gujarat, built distinctive multi-story residences called Vohrawads in their native towns. These narrow, deep houses shared walls and organized around a central courtyard, promoting community closeness. The intricate architecture featured ornate woodwork, facades with jali screens, and central shafts providing light and ventilation while maintaining privacy between families.
Jawahar Kala Kendra is a cultural centre in Jaipur, India dedicated to Jawaharlal Nehru. Architect Charles Correa designed the centre based on the original city plan of Jaipur, arranging squares to represent the nine planets. The 9.5 acre complex includes art galleries, workshops, a library, and Shilpgram, a rural complex with replicas of huts from different regions of Rajasthan showcasing crafts and culture. By invoking the original city plan and using local materials like red sandstone, Correa created a space that blends traditional Indian concepts with contemporary design to display and promote India's cultural heritage.
The Atira Housing project in Ahmedabad, India was one of architect Balkrishna Doshi's early experiments in public housing from 1956. The housing was commissioned by Kasturbhai Lalbhai for workers at the Atira Textile Factory and researchers at the Physical Research Laboratory. Doshi designed low-cost housing units inspired by Le Corbusier's projects, using local materials and natural ventilation. The north-south oriented houses had verandas and cross ventilation slots. Each single room house had a patio, toilet and shared drainage between backyards. Though Doshi hoped to use local potters for the vaulted structures, bricks were ultimately used to control costs. The project took on a village-like character over time as
1) The document proposes a design for an Applied Arts Crafts and Design Campus inspired by the works of architect Charles Correa.
2) It will incorporate Correa's approach of blending modernism with traditional Indian architecture through stepped platforms, outdoor classrooms, and connecting indoor and outdoor spaces.
3) The design aims to make education feel sacred through its organization of academic blocks at the highest level, with recreational areas below, evoking traditional Indian concepts.
This document provides information about Paliyam Nalukettu, a 450-year-old traditional Kerala house located in Paravur, Ernakulam District. It consists of a central courtyard surrounded by rooms on all four sides. The two-storey structure has kitchen, delivery rooms, and private bedrooms. Traditional materials and architectural features like thick laterite walls, tiled roofs, windows, ventilation openings, and a raised plinth were used to keep interiors cool and protect from floods/insects. The central courtyard, thick walls, overhangs, and passive ventilation techniques modulated temperature and airflow inside.
Padma Shri Achyut Kanvinde was an influential Indian architect known for pioneering modern architecture in India. He studied at Sir JJ School of Arts in Mumbai and Harvard University under Bauhaus founder Walter Gropius, which greatly influenced his style. Some of Kanvinde's most notable works include the IIT Kanpur campus, which he designed in the 1960s. The campus features a central academic complex surrounded by residential buildings, with an emphasis on functionality, open spaces, and connecting walkways influenced by the Bauhaus style.
Group housing accommodates groups rather than individual units, making it both public and private. It is a common form of mass housing worldwide. This document discusses different types of group housing like cluster housing and row housing. It provides details on various government schemes for group housing in India. It also outlines building bye-laws, standards, and the National Building Code provisions for elements like minimum plot size, maximum height, open spaces, parking etc. for group housing projects.
Introduction
Types
Building Rules & Regulations
Orientation
External Circulation
External Elements
Grouping
Internal Circulation
Space Analysis
Building Services
This document contains a site plan schematic diagram and floor plans for a residential development. The site plan shows 47 different areas across the property including amenities like pools, gardens, and recreational areas. The floor plans show the layout of different apartment unit types, labeled A through F, across 14 blocks. The plans provide dimensions and details on the unit layouts, finishes, and fixtures.
This document contains working drawings for a residential building project located at 28 Westlands Rd, Glen Waverly, Victoria 3150, including a site plan, ground floor plan, first floor plan, roof plan, and elevations. The site area is 651.37m2 and building area is 242.79m2. The ground floor includes a double garage, porch, and living areas. The first floor contains bedrooms and a balcony. Finishing materials and notes are included in legends.
This document appears to be an architecture portfolio containing details of projects designed by Timon Wanga. It includes details of two main projects - The Comic Sports Centre, described as an experimental concept design exploring architectural tools and forms, and a mixed-use development located in the CBD featuring apartments, offices, retail and underground parking. Floor plans, sections and renderings are provided for both projects along with notes on the designs and considerations.
This document is an architectural portfolio from 2016 containing selected works. It includes construction documents and permitting for a multi-unit residential project. The first page provides a site plan and floor plans for a new construction of 5 residential units over podium construction. Notations on the plans specify wall types, floor types, accessibility requirements and other project details.
Signature Global City 37D-2 Sector 37D GurgaonOrion Realtors
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*West Park at BSD CITY*
West Park merupakan sebuah kawasan seluas 1,8 Ha. Dengan Total unit 104 unit Ruko dengam berbagai varian.
Equestrian Park seluas 1 Ha. Posisi Equestrian Park persis berada disebelah kawasan West Park.
*Equestrian Park akan mulai beroperasi di Mei 2017*
Kawasan West Park ini berada di seberang kawasan Vanya Park , sehingga unit west park dapat melihat view danau Vanya Park. Selain itu West Park berada di lokasi yang prime karena berada di ROW 42 meter.
Kedepannya di dekat dengan kawasan West Park akan dibangun Residential,art center, culinary, recreation dan business sehingga area kawasan ini akan menjadi CBD terbaru dari BSD CITY dan kawasan yang terintegrasi.
*Row 16 m didalam kawasan West Park*
Type unit yang ditawarkan :
*Blok A,B dan E*
- Hoek 6,5 x 16 (3 lantai) harga mulai 5,2 M
- Hoek 5,5 x 16 (2 lantai) harga mulai 3,3 M
- 4,5 x 16 (2 lantai) harga mulai 2,7 M
*Blok C*
- Hoek 6,5 x 16 (3 lantai) harga mulai 5,8 M
- Hoek 5,5 x 16 (2 lantai) harga mulai 4,5 M
- 4,5 x 16 (2 lantai) harga mulai 3,8 M
*Blok D*
- D1 ukuran 5,5 x 16 (2 lantai) harga mulai 3 M
- D2 ukuran 4,5 x 16 (2 lantai) harga mulai 2,5 M
- D3-8 ukuran 4,5 x Irr (2 lantai) harga mulai 1,3 M
*Blok F*
- 4,5 x 16 (2 Lantai) harga mulai 2,5 M
- 4,5 x 13,5 (2 lantai) harga mulai 2,2 M
*struktur Ruko 2 Lantai sudah kuat untuk struktur 3 lantai*
*** *PROMO PENJUALAN* ***
*PROMO KONSUMEN*
1. *Promo Cara Pembayaran *
- Hard Cash menjadi 24 bulan
- Cash Bertahap 12 Bulan menjadi 36 bulan
- Cash Bertahap 24 Bulan menjadi 48 bulan
- KPR Ekspress menjadi KPR DP 20% cicil 12 bulan
- KPR 9 Bulan menjadi KPR DP 20% cicil 20 bulan
- KPR 12 Bulan menjadi KPR 30% cicil 24 bulan
2. *Cash Back Pembelian*
- Harga s.d 2 Milyar sebesar Rp 50 juta
- Harga diatas 2 Milyar sebesar Rp 100 juta
*harga excl ppn dan wajib membuka usaha 6 bulan setelah BAST selama 6 bulan berturut-turut
3. *Discount 3% untuk penjualan Early Bird*
*Penjualan mulai Senin, 23 Januari 2016*
*Cara Pembelian*
- UTJ Rp 10 juta
- FC KTP dan NPWP
Hubungi Segera :
Daniel Sunardi
08180300450
Brochure Ruko West Park BSD City, ruko terbaru BSD City 2017 dengan harga jual daripada Rp. 1,2 milyaran.
Info lanjut : https://investproperti.com/ruko-west-park-bsd-city-dijual-perdana-rp-12-milyaran/
SFT designLAB Installation art PortfolioSFT designLAB
This document provides information about Studio Form Techniques Pvt. Ltd., an engineered art studio based in Bangalore, India. It includes examples of installation art, kinetic sculptures, and other design projects the studio has completed using materials like glass, stainless steel, cardboard, and fiberglass. The studio specializes in conceptualizing and fabricating complex architectural installations that incorporate lighting, motion, and other interactive elements.
The document acknowledges thanks to the Board of Management and Principal of PAPNI School of Architecture for their support and guidance in completing the project of designing a shopping centre/mall. Thanks are also conveyed to the Head of Department and design mentors for their valuable suggestions and constant encouragement that helped in successful completion of the project. The project aimed to visualize and explore shopping experiences and translate them into a desirable architectural form for a shopping centre/mall that could accommodate various activities like shopping, entertainment, leisure spaces etc.
This document is a decree that modifies the budget calculations and classifications for the provincial government of Rio Negro, Argentina. It modifies revenue calculations, expenditure breakdowns by organization and object, the overall expenditure budget, and the budget classification manual. The modifications are detailed in annexed tables that are part of the decree. The decree is signed by the governor and minister of economy.
Where home is a water paradise and more.
Nestled by the idyllic Sungei Serangoon, you are at one with nature, surrounded by fresh air and botanical scents. A verdant habitat of 9 blocks, tranquility pervades throughout 1157 apartment units, 6 exquisite terrace houses and 2 exclusive semi-detached homes. Here, living is a breeze with the presence of 6 retail outlets and a childcare centre within, Kingsford WaterBay brings convenience right to your doorstep.
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Watch video here: https://youtu.be/EnZrcQqSoeU
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The document provides a code analysis summary for a proposed tenant improvement project at an existing one-story building. The building has a footprint of 159,515sf and total area of 174,568sf. The occupancies include office, production, and warehouse. The analysis finds the building meets egress requirements based on an increased occupant load of 788. Accessibility and parking requirements are identified.
This document summarizes information about a new residential development project called Sumadhura LNR Lake Breeze being built by Sumadhura Infracon Pvt. Ltd. in Bangalore, India. The development will include luxury apartments ranging from 2-4 bedrooms, with high-quality finishes and amenities such as swimming pools, a gym, and clubhouse. The project is located near a lake, providing residents with views of greenery and open spaces, and is close to many schools, hospitals, and employment areas in Bangalore.
1 bhk apartment for sale in whitefield bangaloreSumadhura Group
Sumadhura offers 1,2,3,4 BHK Luxury Apartments with Modern amenities around Whitefield and Hosa Road in Bangalore and Gachibowli Hyderabad. With over a decade of experience in the real estate sector, Sumadhura Group has established itself as a premier residential property developer in the country with significant presence in the metropolitan city of Bangalore. For More Information Visit http://www.sumadhuragroup.com/ or call +91 8431999444
Sumadhura Offers 1,2,3,4 BHK Luxury Apartments with Modern amenities around Whitefield and Hosa Road in Bangalore and Gachibowli Hyderabad. With over a decade of experience in the real estate sector, Sumadhura Group has established itself as a premier residential property developer in the country with significant presence in the metropolitan city of Bangalore.
For More Information Visit http://www.sumadhuragroup.com/ or call +91 8431999444
Sumadhura offers 1,2,3,4 BHK Luxury Apartments with Modern amenities around Whitefield and Hosa Road in Bangalore and Gachibowli Hyderabad. With over a decade of experience in the real estate sector, Sumadhura Group has established itself as a premier residential property developer in the country with significant presence in the metropolitan city of Bangalore.
For More Information Visit http://www.sumadhuragroup.com/ or call +91 8431999444
Check out newly launched flats for sale in Bangalore. Buy residential apartments at affordable prices. Explore real estate property in Bangalore at www.bricks.in
This document provides structural drawings and notes for a connecting bridge project at Masco Exports Ltd. It includes design codes and parameters used, concrete specifications and strengths, rebar specifications and development lengths. It also provides general notes on foundation type, concrete cover thickness requirements, lap splice lengths, and structural member details like slab end reinforcing and column splice locations. The consultant for this project is Geotech & Structures Limited.
تملك شقق فاخرة بغرفة نوم وغرفتي نوم في داون تاون دبي بالإمارات العربية المتحدةMOHAMMAD ALKHAIL
تملك شقق فاخرة بغرفة نوم وغرفتي نوم في داون تاون دبي بالإمارات العربية المتحدة
تبدأ الأسعار من 1،790،000 درهم إماراتي
برج داماك إليجانس في وسط مدينة دبي هو فرصتك للعيش في تحفة فنية.
يقع على بعد أمتار قليلة من برج خليفة ، أفضل وسائل الراحة في المدينة ، وأكثر من ذلك بكثير.
الميزات الرئيسية لبرج داماك إليجانس
شقق من غرفة وغرفتين نوم للبيع في دبي
عنوان فريد عند مدخل دبي مول
من تصميم المصمم العالمي الشهير زهير مراد
مناظر مثالية للصور للعجائب المعمارية في دبي
تقديم صور بانورامية لبرج خليفة المذهل
إطلالات خلابة على زعبيل وقناة دبي
يضم ردهة أنيقة مع مرايا وكريستالات
يتميز بتصميمات داخلية فائقة الأناقة مع تشطيبات عالية الجودة
على بعد أمتار قليلة من برج خليفة
15 دقيقة بالسيارة من مطار دبي الدولي
عنوان استثنائي لبرج داماك إليجانس في وسط مدينة دبي
وسائل الراحة
لوبي كبير
نادي رياضي
حمام السباحة
منطقة سرير الشمس
البحيرات
منطقة لعب الاطفال
الانتهاء الربع الأول من 2026
This document contains lists of members and drawings related to the documentation and measured drawings of Lian Huat Company. The lists include 40 members and their student IDs, and 40 technical drawings numbered LHCO.001 to LHCO.040 relating to the building, including plans, elevations, sections, schedules and details. The drawings were prepared by Team Lian Huat of the Penang Group.
Similar to An interior designing thesis on -Sustainable Interior with recyclable materials (20)
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Tanjore Painting: Rich Heritage and Intricate Craftsmanship | Cottage9Cottage9 Enterprises
Explore the exquisite art of Tanjore Painting, known for its vibrant colors, gold foil work, and traditional themes. Discover its cultural significance today!
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8. 22794,62
R
7
0
5
9
2254
1723
2031
R
3
2
9
8
R
3
3
7
3
900
7
5
0
75
0
1
0
0
0
900
750
750 1000 750 750
1496
750 750
6
7
1
676
751
1905
R
6
9
8
4
R
7
0
5
9
2347
2038
TOPIC:
PROPOSED PARTITION LAYOUT-
GROUND FLOOR
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
750
R
6
9
8
4
R
7
0
5
9
3
0
4
7
1228
1
7
9
6
R
9
3
3
7
559
2049
2957
2231
568
2
6
7
7
1782
1725
5266
3022
7135
6221
17449
14010
4109
R
2
3
5
3
4
R
5
0
5
9
6
0
980
112
3844 3807
1082
552
552
299
299
Ø997
Ø897
299
299
Ø997
Ø897
299
299
Ø997
Ø897
COLOUR
INDICATION
DESCRIPTION
BUILT PARTITIONS
RCC COLUMN
COLUMN CLADDING
BRICK WALL
WALL PANELLING
D0
D3 D3
D3
1000
D2
D2
D3
D3
D3
D3 D3 D3
D1
D1
D1
360 360
360 360
360 360
ALL PARTITIONS ARE CURVE SHAPED AND MATERIAL IS GYPSUM MULTIBOARD 9.5
MM THICK. FRAMEWORK USED IN GYPROX CURVILINEAR CHANNELS
DETAILS SPECIFIED IN DETAIL SHEET
DATE: 5.1.2021
SHEET NO :9
9. TOPIC:
PROPOSED PARTITION LAYOUT -UPPER
GROUND FLOOR
22794,62
22794,62
22794,62
C' C
B
B'
A A'
D'
D E'
E
299
299
Ø997
Ø897
299
299
Ø997
Ø897
299
299
Ø997
Ø897
175
750
1
0
0
0
D3
D3
75
0
D3
D1
750
886
1000
D1
360 360
360 360
360 360
COLOUR
INDICATION
DESCRIPTION
BUILT PARTITIONS
RCC COLUMN
COLUMN CLADDING
BRICK WALL
WALL PANELLING
ALL PARTITIONS ARE CURVE SHAPED AND MATERIAL IS GYPSUM MULTIBOARD 9.5
MM THICK. FRAMEWORK USED IN GYPROX CURVILINEAR CHANNELS
DETAILS SPECIFIED IN DETAIL SHEET
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
DATE: 5.1.2021
SHEET NO :9
16. PLATFORM LIFT FOR WHEELCHAIR
ACCESS BY MOBILITY AIDS
PVC CHARCOAL
PANELS
DENIM PLANTERS
AUTOMATIC SLIDING ENTRANCE
DOOR BY ENOX
FACADE ELEVATION
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
TOPIC:
PROPOSED SECTIONAL ELEVATIONS
SCALE- AS
MENTIONED
19 MM THICK PRE CAST
TERRAZZO SLAB
900 MM HIGH PLINTH
4 MM THICK, 1220 X 1500 MM
SIZE, COIL COATED (NO VOC)
ACP SHEET (BY ALUDECOR)
CONTAINING RECYCLED
ALUMINIUM CLADDING
SS FINISHED TOP GLASS PATCH
FITTING BY ENOX,
GLASS SEALING PROFILE FLOOR
TO GLASS, PRODUCT CODE:EGP
510
12 MM THICK TOUGHENED
GLASS BY SAINT GOBAIN
ACTIVATOR SENSOR FOR
AUTOMATIC SLIDING DOOR
SIGNBOARD AND LOGO FROM
POST CONSUMER RECYCLED
PLASTIC
9450
1150
7400
900
914
233
150
150
150
150
150
1093
1963
3450
2350
2440
2400
2550
PLATFORM LIFT
FOR
WHEELCHAIR
USERS
STAIRCASE STAIRCASE STAIRCASE STAIRCASE
DATE: 5.1.2021
SHEET NO :17
22794,62
BAGGAGE COUNTER
1. ENTRANCE
6. POWER WALL
7. HISTORY WALL
12. WOMENS FITTING ROOMS
14. STAFF AREA
17. CASH COUNTER
MANNEQUINS
13. STORAGE ROOM
1 2 3 4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
KEY PLANS AT 1: 200 SCALE
GROUND FLOOR UPPER GROUND FLOOR
22794,62
De
Baed
De
Baed
De
Baed
De
Baed
22794,62
3D. CHILDREN WEAR
4. ACCESSORIES DISPLAY
5. FOOTWEAR DISPLAY
18. ACCESSORIES BY
LOCAL ARTISANS
22794,62
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
SCALE- 1:50
17. RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
TOPIC:
PROPOSED SECTIONAL ELEVATIONS
387
450
300
150
697
SECTION A-A'
150 MM THICK SLAB
12 MM THICK GYPSUM BOARD
CEILING SUSPENDED AT FROM
FFL
PNEUMATIC VACUUM
ELEVATOR FOR WHEELCHAIR
ACCESS
60 MM DIA 22 FEET HIGH
BAMBOO POLES FIXED IN 100
MM HIGH WOODEN MEMBER
ON THE FLOOR AND FIXED IN
THE CEILING
DENIM PLANTER
COLUMNS CLADDED WITH 5
PLY SALVAGED CARDBOARD
990 MM DIA 300 MM DEEP
NICHE FOR SHELVING MADE
OUT OF RECLAIMED WOOD
PALLETS IN THE WALL
1050 X 2100 MM VERTICAL
MIRROR
40 MM DIA STAINLESS STEEL
PIPE BLACK POWDER COATED
CURVED IN 1800 MM DIA
DISPLAY RACK
WALL PAINT WITH USED DENIM
FIBRES (TEXTILE PAINT BY
COLOURCOATS)
550 MM DEEP DISPLAY SHELF
MADE OUT OF 5 PLY
CARDBOARD
2700 MM HIGH CARDBOARD
DOME WITH 2170 MM OUTER
DIAMETER
520 X 430 MM TIRE SEATING
WITH RECYCLABLE
POLYSTYRENE FOAM
VIRTUAL MIRROR FOR TRIAL
RECLAIMED WOODEN PALLET
SHELVING IN THE TIRES
SUSPENDED ON THE WALL WITH
THE HELP OF RECYCLED ROPES
150 MM THICK SLAB
850
8700
700
1465
2100
1195
2300
83
527
620
1950
3150
995
1754
2001
4117
4200
DOME DISPLAY
DISPLAY-CARDBOARD SHELVES
STAIRCASE TO
MEZZANINE FLOOR
PNEUMATIC
ELEVATOR CAFETERIA
DATE: 5.1.2021
SHEET NO :18
SCALE- AS
MENTIONED
22794,62
BAGGAGE COUNTER
1. ENTRANCE
6. POWER WALL
7. HISTORY WALL
12. WOMENS FITTING ROOMS
14. STAFF AREA
17. CASH COUNTER
MANNEQUINS
13. STORAGE ROOM
1 2 3 4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
KEY PLANS AT 1: 200 SCALE
GROUND FLOOR UPPER GROUND FLOOR
22794,62
De
Baed
De
Baed
De
Baed
De
Baed
22794,62
3D. CHILDREN WEAR
4. ACCESSORIES DISPLAY
5. FOOTWEAR DISPLAY
18. ACCESSORIES BY
LOCAL ARTISANS
22794,62
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
SCALE- 1:50
A A' A A'
18. RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
TOPIC:
PROPOSED SECTIONAL ELEVATIONS
SECTION B-B'
PNEUMATIC VACUUM
ELEVATOR FOR WHEELCHAIR
ACCESS
60 MM DIA 22 FEET HIGH
BAMBOO POLES FIXED IN 100
MM HIGH WOODEN MEMBER
ON THE FLOOR AND FIXED IN
THE CEILING
DENIM PLANTER
COLUMNS CLADDED WITH 5
PLY SALVAGED CARDBOARD
HISTORY WALL HIGHLIGHTING
COMPANY'S MAJOR EVENTS AND
PROGRESS THROUGH YEARS IN
FORM OF PICTURES AND WRITTEN
INFORMATION WITH SOLID ACRYLIC
LETTERS
DENIM PANTS SUSPENDED ON
WALL WITH ROPE AND PULLEY
SYSTEM
BAMBOO RAILING
EXTERNAL GLASS
FACADE
550 MM DEEP DISPLAY SHELF
MADE OUT OF 5 PLY
CARDBOARD
2700 MM HIGH CARDBOARD
DOME WITH 2170 MM OUTER
DIAMETER
850
700
3500
83
700
850
3267
83
189
50
150
936
1315
1465
8400
8317
8700
HISTORY WALL
DOME DISPLAY
STAIRCASE TO
MEZZANINE FLOOR
150 MM THICK SLAB
150 MM THICK SLAB
DATE: 5.1.2021
SHEET NO :19
SCALE- AS
MENTIONED
22794,62
BAGGAGE COUNTER
1. ENTRANCE
6. POWER WALL
7. HISTORY WALL
12. WOMENS FITTING ROOMS
14. STAFF AREA
17. CASH COUNTER
MANNEQUINS
13. STORAGE ROOM
1 2 3 4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
KEY PLANS AT 1: 200 SCALE
GROUND FLOOR UPPER GROUND FLOOR
22794,62
De
Baed
De
Baed
De
Baed
De
Baed
22794,62
3D. CHILDREN WEAR
4. ACCESSORIES DISPLAY
5. FOOTWEAR DISPLAY
18. ACCESSORIES BY
LOCAL ARTISANS
22794,62
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
SCALE- 1:50
B'
B' B B
19. RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
TOPIC:
PROPOSED SECTIONAL ELEVATIONS
SECTION C-C'
CRUSHED GLASS AND RECYCLED
PLASTIC EMBEDDED IN
CONCRETE COUNTERTOP
PLANTER HANGING FROM
CEILING WITH ROPES
FOLDABLE WOODEN WRITING
MENU BOARD
730 MM DIA RECLAIMED
WOODEN ROUND TABLE TOP
AND BLACK POWDER COATED
MS LEGS
SALVAGED CARDBOARD AND
STYROFOAM CHAIR
990 MM DIA 300 MM DEEP
NICHE FOR SHELVING MADE
OUT OF RECLAIMED WOOD
PALLETS IN THE WALL
1050 X 2100 MM VERTICAL
MIRROR
WALL PAINT WITH USED DENIM
FIBRES (TEXTILE PAINT BY
COLOURCOATS)
550 MM DEEP DISPLAY SHELF
MADE OUT OF 5 PLY
CARDBOARD
1592
993
2100
2652
1465
439
887
2100
750
695
800
ORGANIC CAFE
TOILET FOR
DIFFERENTLY
ABLED PEOPLE
MENS FITTING ROOMS
STAFF AREA
STORAGE ROOM
WOMENS
FITTING
ROOM
LADIES
RESTROOM
GENTS
RESTROOM
DATE: 5.1.2021
SHEET NO :20
SCALE- AS
MENTIONED
22794,62
BAGGAGE COUNTER
1. ENTRANCE
6. POWER WALL
7. HISTORY WALL
12. WOMENS FITTING ROOMS
14. STAFF AREA
17. CASH COUNTER
MANNEQUINS
13. STORAGE ROOM
1 2 3 4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
KEY PLANS AT 1: 200 SCALE
GROUND FLOOR UPPER GROUND FLOOR
22794,62
De
Baed
De
Baed
De
Baed
De
Baed
22794,62
3D. CHILDREN WEAR
4. ACCESSORIES DISPLAY
5. FOOTWEAR DISPLAY
18. ACCESSORIES BY
LOCAL ARTISANS
22794,62
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
SCALE- 1:50
C'
C C C'
20. SECTION D-D'
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
DATE: 5.1.2021
TOPIC:
PROPOSED SECTIONAL ELEVATIONS
150 MM THICK SLAB
12 MM THICK GYPSUM BOARD
CEILING SUSPENDED AT FROM
FFL
150 MM THICK SLAB
COLUMNS CLADDED WITH 5
PLY SALVAGED CARDBOARD
SALVAGED CARDBOARD AND
STYROFOAM CHAIR
BAMBOO RAILING
2700 MM HIGH CARDBOARD
DOME WITH 2170 MM OUTER
DIAMETER
HISTORY WALL HIGHLIGHTING
COMPANY'S MAJOR EVENTS AND
PROGRESS THROUGH YEARS IN
FORM OF PICTURES AND WRITTEN
INFORMATION WITH SOLID ACRYLIC
LETTERS
990 MM DIA 300 MM DEEP
NICHE FOR SHELVING MADE
OUT OF RECLAIMED WOOD
PALLETS IN THE WALL
550 MM DEEP DISPLAY SHELF
MADE OUT OF 5 PLY
CARDBOARD
1200 X 800 MM BATHROOM WALL
TILES
565 X 195 MM COUNTER TOP
WASHH BASIN AT 1000 MM FROM
FFL
TOILET FOR
DIFFERENTLY ABLED
PEOPLE
CASH DESK MENS FITTING
ROOM
HISTORY WALL
DOME
DISPLAY
DISPLAY (CARDBOARD
SHELVES)
WINDOW DISPLAY
STAIRCASE
PLATFORM LIFT
900
150
1113
1234
1984
8400
700
150
1475
6842
4099
865
1315
3267
2652
1000
698
2100
2652
1198
698
1204
NILAYA NATURAL ORGANIC
WALL PAINT BY ASIAN PAINTS
SHEET NO :21
SCALE- AS
MENTIONED
22794,62
BAGGAGE COUNTER
1. ENTRANCE
6. POWER WALL
7. HISTORY WALL
12. WOMENS FITTING ROOMS
14. STAFF AREA
17. CASH COUNTER
MANNEQUINS
13. STORAGE ROOM
1 2 3 4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
KEY PLANS AT 1: 200 SCALE
GROUND FLOOR UPPER GROUND FLOOR
22794,62
De
Baed
De
Baed
De
Baed
De
Baed
22794,62
3D. CHILDREN WEAR
4. ACCESSORIES DISPLAY
5. FOOTWEAR DISPLAY
18. ACCESSORIES BY
LOCAL ARTISANS
22794,62
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
SCALE- 1:50
D'
D
D'
D
21. RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
TOPIC:
PROPOSED SECTIONAL ELEVATIONS
SECTION E-E'
DISPLAY OF TREE MADE OUT OF
CARDBOARD USED FROM
CARDBOARD BOXES SHIPPING TO
THE STORE BRANCHES
-CORRUGATED PAPER ROLLED
TWISTED SHAPED SUSPENDED
LUMINAIRE RECYCLED
POLYCARBONATE BRAND-PHILIPS
600 X 600 REINDEER MOSS WALL
PANELS FITTED INTO WOODEN
BACK FRAMES
PNEUMATIC VACUUM
ELEVATOR FOR WHEELCHAIR
ACCESS
60 MM DIA 22 FEET HIGH
BAMBOO POLES FIXED IN 100
MM HIGH WOODEN MEMBER
ON THE FLOOR AND FIXED IN
THE CEILING
DENIM PANTS SUSPENDED ON
WALL WITH ROPE AND PULLEY
SYSTEM
520 X 430 MM TIRE SEATING
WITH RECYCLABLE
POLYSTYRENE FOAM
730 MM DIA RECLAIMED
WOODEN ROUND TABLE TOP
AND BLACK POWDER COATED
MS LEGS
1465
700
850
4200
4100
1742
2385
250
1315
715
999
800
438
718
150
8400
8317
2735
2635
900
NILAYA NATURAL ORGANIC
WALL PAINT BY ASIAN PAINTS
ORGANIC CAFE
CAFE
SERVING
COUNTER
STAIRCASE TO
MEZZANINE
FLOOR
PNEUMATIC
ELEVATOR DISPLAY WINDOW DISPLAY
DATE: 5.1.2021
SHEET NO :22
SCALE- AS
MENTIONED
22794,62
BAGGAGE COUNTER
1. ENTRANCE
6. POWER WALL
7. HISTORY WALL
12. WOMENS FITTING ROOMS
14. STAFF AREA
17. CASH COUNTER
MANNEQUINS
13. STORAGE ROOM
1 2 3 4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
KEY PLANS AT 1: 200 SCALE
GROUND FLOOR UPPER GROUND FLOOR
22794,62
De
Baed
De
Baed
De
Baed
De
Baed
22794,62
3D. CHILDREN WEAR
4. ACCESSORIES DISPLAY
5. FOOTWEAR DISPLAY
18. ACCESSORIES BY
LOCAL ARTISANS
22794,62
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
SCALE- 1:50
E
E' E'
E
22.
23.
24.
25.
26.
27.
28. RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 59
TOPIC:
PROPOSED LAYOUT FOR REFORM SHOP
GROUND FLOOR SCALE- 1: 50
DATE:
22794,62
2 MAGNUM-LARGE TERAZZO SLABS
MAKE: BHARAT FLOORING
SIZE: 1000 X 600 MM
THICKNESS: 18 MM
MATERIAL:
TOPPING - WHITE OR GREY CEMENT,
PIGMENT, FILLER, RECYCLED- T3 SIZE
MARBLE, STONE AND GLASS CHIPS
BACKING - GREY AND WHITE CEMENT,
STONE GRIT/ DUST
19 MM THICK PRE CAST
TERRAZZO SLAB
BIO BASED TILE
SIZE: 600 X 1000
COMPANY: ARMSTRONG
COATED WITH BFT VIRUS SHIELD
LEVEL INDICATION FROM FFL
1 MAGNUM-LARGE TERAZZO SLABS
MAKE: BHARAT FLOORING
SIZE: 1000 X 600 MM
THICKNESS: 18 MM
MATERIAL:
TOPPING - WHITE OR GREY CEMENT,
PIGMENT, FILLER, RECYCLED- T3 SIZE
MARBLE, STONE AND GLASS CHIPS
BACKING - GREY AND WHITE CEMENT,
STONE GRIT/ DUST
3 RECYCLED PLASTIC TILE
FEATURE: MADE FIREPROOF BY
ADDING SAND
SIZE: 600 X 600 MM
THICKNESS 12 MM
COMPANY: SHAYNA ECOUNIFIED
4 RECYCLED RUBBER FLOOR MAT
TILE: MADE FROM RECYCLED TIRE
RUBBERS.
COLOUR : BLACK
THICKNESS: 10 MM
SIZE: 600 X 600
MAKE: FAB FLOORINGS INDIA
SYMBOL DESCRIPTION
STARTING TILE INDICATION
NAHNI TRAP
RECYCLED RUBBER
FLOOR MAT TILE
600 X 600 MM RECYCLED
PLASTIC TILE BY
SHAYNA ECOUNIFIED
CAST-IN-SITU TERRAZZO
CASTED ON SITE -CREAM
ITALIAN WHITE MARBLE
AND RECYCLED GLASS
CHIPS ON WHITE BASE
STONE FLOORING
UNDER THE
COUNTER
ANTISKID TILE IN THE
TOILET AREA
MAGNUM - BLUE
LAGOON BASE WITH MIX
T3 SIZE GLASS CHIPS
WITH WHITE CEMENT
BACKING AND STONE
DUST
BAMBOO STAIRCASE
TREAD SHOWN IN
DOTTED
30 MM WIDE ALUMINIUM
TRANSITION STRIP
5 MM THICK ALUMINIUM
DIVIDER STRIP PLACED
AT 1500 MM BREATHING
DISTANCE FOR
TERRAZZO FLOOR
5. RECYCLABLE CARPET TILE
BRAND: INTERFACE
SIZE: 500 X 500 MM
TEXTURE:TUFTED TEXTURE
THICKNESS: 7 MM
RECYCLED CARPET FIBRES
BACKING: GLASBAC®RE 100 %
RECYCLED POST CONSUMER
CONTENT
ADHESIVE: LOW VOC INTERTAC,
A WATER BASED ACRYLIC
R5040
R3374
R3404
Ø2100
Ø4100
1500
1500
1500
1500
1500
180
600 600 600 600 600 600
485
298
507
600
600
600
600
600
600
600
600
600
600
600
249
1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000
100
A
E
D
C
WHITE COLOURED TILES, BROKEN
DISHES AND GLASS MOSAIC FILLED
IN SPECIFIED SHAPE
GREEN COLOURED TILES, BROKEN
DISHES AND GLASS MOSAIC FILLED
IN SPECIFIED SHAPE
COLOURED WASTE
TILES, BROKEN DISHES
AND GLASS MOSAIC
FILLED IN SPECIFIED
SHAPE
B
F
40 X 14 FLEXIBLE
ALUMINIUM DIVIDER
STRIP
648
600
600
481
600
447
600 525
150
300 444 1500 1500
600 600 600 600 600 600 600 272 1500 1500 1500 1500
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
300
1800
1198 6252 900
1194 3511
3676
1194
1838
1838
1191
2465
666
751
15070
19281
21969
BAGGAGE COUNTER
1. ENTRANCE
WOMENS FITTING ROOMS
STAFF AREA
MANNEQUINS
STORAGE ROOM
STAIRCASE
WHEELCHAIR ACCESS ELEVATOR
TOILET FOR
DIFFERENTLY ABLED
TOILET
MEN FITTING ROOMS
KITCHEN AND SERVING COUNTER
ORGANIC CAFE
WINDOW DISPLAY
+/-00
-10
+/-00
29. RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 59
TOPIC:
PROPOSED LAYOUT FOR REFORM SHOP
UPPER GROUND-MEZZANINE FLOOR SCALE- 1:
DATE:
22794,62
22794,62
22794,62
COATED WITH BFT VIRUS SHIELD
1 MAGNUM-LARGE TERAZZO
SLABS
MAKE: BHARAT FLOORING
SIZE: 1000 X 600 MM
THICKNESS: 18 MM
MATERIAL:
TOPPING - WHITE OR GREY
CEMENT, PIGMENT, FILLER,
RECYCLED- T3 SIZE MARBLE,
STONE AND GLASS CHIPS
BACKING - GREY AND WHITE
CEMENT, STONE GRIT/ DUST
3 RECYCLED PLASTIC TILE
FEATURE: MADE FIREPROOF BY
ADDING SAND
SIZE: 600 X 600 MM
THICKNESS 12 MM
COMPANY: SHAYNA ECOUNIFIED
NAHNI TRAP
LEVEL INDICATION
FROM FFL
STARTING TILE INDICATION
SYMBOL DESCRIPTION
2 MAGNUM-LARGE TERAZZO
SLABS
MAKE: BHARAT FLOORING
SIZE: 1000 X 600 MM
THICKNESS: 18 MM
MATERIAL:
TOPPING - WHITE OR GREY
CEMENT, PIGMENT, FILLER,
RECYCLED- T3 SIZE MARBLE,
STONE AND GLASS CHIPS
BACKING - GREY AND WHITE
CEMENT, STONE GRIT/ DUST
BAMBOO STAIRCASE TREAD
BAMBOO STAIRCASE
TREAD
600 X 600 MM RECYCLED
PLASTIC TILE BY
SHAYNA ECOUNIFIED
CAST-IN-SITU TERAZZO
WITH DIVIDER STRIPS AND
CREAM ITALIAN WHITE
MARBLE AND BLUE AND
GREEN GLASS CHIPS ON
WHITE BASE
MAGNUM - BLUE
LAGOON BASE WITH MIX
T3 SIZE GLASS CHIPS
WITH WHITE CEMENT
BACKING AND STONE
DUST
30 MM WIDE CUSTOM
RECLAIMED WOOD
TRANSITION STRIP
G
H
D
19 MM THICK PRE CAST
TERRAZZO SLAB
600
397
21
644
1427
1492
1324
638
363
391
1500
1500
1500
1500
394
1500 1500 1500 1500 1500 1500 1500 1500 1500 1500 1500 1500 1500
549
533
R
5
6
2
2
R
3
4
2
9
3022
1606
2999
1655
2380
941 554 1500 1500 974
949
518
846
656
1059
452
234
541
1054
307
1697
969
1086
1130
272
843
2181
1188
412
485
363
1372
379
1238
1041
235
7411
50
19281
21969
DISPLAY
DISPLAY
DISPLAY
DISPLAY
TAILOR ROOM
EMERGENCY EXIT
FITTING ROOMS
MANNEQUINS
DISPLAY
STAIRCASE
WHEELCHAIR ACCESS ELEVATOR
SCALE- 1: 50
900
1050
1200
1350
1500
1650
1800
1950
2100
2250
2400
2550
2700
2850
3000
3150
3300
3450
3600
3750
3900
4050
4200
30. 5 MM THICK FLEXIBLE
DIVIDER STRIP OF
ALUMINIUM
18 MM THICK TERRAZZO
FLOORING POURED
WITH POLYMERIC AND
CEMENT BINDER
65 MM SCREEDING
MARBLE, STONE, GLASS
CHIPS AGGREGATE SIZE
9-10 MM
PROPORTION OF
AGGREGATES: BINDER-
1.5 :1
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
TOPIC:
DETAILS FOR FLOORING LAYOUT
ROLL NO- 56
SIGNATURE AND REMARKS:
SCALE- AS
MENTIONED
DETAIL A
BROKEN TILES,
DISHES,GLASS PIECES
APPROX. SIZE: 25-40
MM
FIXED WITH CEMENT
MORTAR AND TILE
GROUT
DETAIL B
4 MM RICH CEMENT
8 MM THICK MOSAIC
PATTERN
65 MM THICK
SCREEDING
DETAIL C
SECTION AT B
DETAIL D
7 MM THICK 500 X 500 SIZE
RECYCLED CARPET TILE BY
INTERFACE
3 MM THICK LOW VOC, INTERTAC
WATER BASED ACRYLIC
ADHESIVE
50 MM PCC
150 MM RCC SLAB
18 MM THICK TERRAZZO
FLOORING POURED
WITH POLYMERIC AND
CEMENT BINDER
65 MM SCREEDING
MARBLE, STONE, GLASS
CHIPS AGGREGATE SIZE
9-10 MM
PROPORTION OF
AGGREGATES: BINDER-
1.5 :1
150 MM RCC SLAB
5 MM THICK DIVIDER
STRIP OF ALUMINIUM
18 MM THICK TERRAZZO
FLOORING POURED
WITH POLYMERIC AND
CEMENT BINDER
65 MM SCREEDING
MARBLE, STONE, GLASS
CHIPS AGGREGATE SIZE
9-10 MM PROPORTION
OF AGGREGATES:
BINDER- 1.5 :1
50 MM PCC
150 MM RCC SLAB
40 X 14 MM FLEXIBLE
TRANSITION STRIP OF
ALUMINIUM
SCALE- 1: 1
SCALE- 1: 1
SCALE- 1:
SCALE- 1:
SCALE- 1: 1
18
65
50
5
1750
620
280
420
90
7
18
65
50
5
48
48
3
4
40
5
48
14
69
50
18
4
2
33
150 MM RCC SLAB
FLEXIBLE,
GALVANIZED STEEL
WIRE CHICKEN WIRE
MESH 1 MM THICK
31. 25 MM NOSING
38 MM THICK, 1000 X
300 MM BAMBOO
TREAD
450 X 600 MM, STEEL I
BEAM 20 MM THICK
FLANGE
100 X 300 MM, 6.35 MM
THICK STEEL PLATE
6 MM DIA, 30 MM
LENGTH
COUNTERSUNK
SCREWS
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
TOPIC:
DETAILS FOR FLOORING LAYOUT
ROLL NO- 56
SIGNATURE AND REMARKS:
SCALE- 1:1
DETAIL E
DETAIL F
DETAIL G
DETAIL H
4 MM THICK RICH CEMENT
5 MM THICK FLEXIBLE
DIVIDER STRIP OF
ALUMINIUM
65 MM SCREEDING
18 MM THICK TERRAZZO
FLOORING POURED
WITH POLYMERIC AND
CEMENT BINDER
50 MM PCC
150 MM RCC SLAB
40 X 14 MM FLEXIBLE
TRANSITION STRIP OF
ALUMINIUM
7 MM THICK BIO BASED
TILE BY ARMSTRONG
SCALE- 1: 2
MARBLE, STONE, GLASS
CHIPS AGGREGATE SIZE
9-10 MM
PROPORTION OF
AGGREGATES: BINDER-
1.5 :1
SCALE- 1: 2
12 MM THICK RECYCLED PLASTIC
TILE BY SHAYNA ECOUNIFIED
18 MM THICK CEMENT MORTAR
BEDDING
18 MM THICK NATURAL BAMBOO
SOLID WOOD PLANK BY KAARA
FLOORING
2 MM THICK UNDERLAY FOR
WOODEN FLOORING
50 MM PCC
65 MM SCREEDING
150 MM RCC SLAB
50 MM PCC
65 MM SCREEDING
150 MM RCC SLAB
4 MM THICK RICH CEMENT
4 MM THICK RICH CEMENT
7 MM THICK BIO BASED
TILE BY ARMSTRONG
4 MM RICH CEMENT
8 MM THICK MOSAIC
PATTERN
40 X 14 MM FLEXIBLE
TRANSITION STRIP OF
ALUMINIUM
18
7
20
3
2
633
25
38
6.35
9
0
325
25
150
112
12
1865
50
18
2
32. TOPIC:
PROPOSED CEILING LAYOUT FOR SHOP
22794,62
SR. NO PICTURE MATERIAL DESCRIPTION
1
POLYESTER (PET) FELT
60% PRE-CONSUMER
RECYCLED
BRAND: TURF CEILINGS
100 % RECYCLED
WOODWORKS
CHANNELED TEGULAR
FSC CERTIFIED REAL
WOOD VENEER
VENEER SPECIFICATION:
5904W7 IN NATURAL
VARIATIONS LIGHT
CHERRY (NLC)
MATERIALS:
100 % RECYCLED
PAPER LINERS, GYPSUM
1220 MM X 2440 MM, 12
MM THICK GYPSUM
PLAIN BOARD BY SAINT
GOBAIN (GYPROC PLAIN)
2
3
22794,62
B
B'
E'
E
POLYESTER RECYCLED
BAFFLE CEILING
POLYESTER RECYCLED
BAFFLE CEILING
22794,62
22794,62
22794,62
De
Baed
De
Bae
d
De
Baed
De
Bae
d
De
Baed
De
Bae
d
De
Baed
De
Bae
d
+ 2635
+ 2635
+ 2635
+ 2635
+ 2935
+ 2935 + 2935
+ 2935
+ 7135
+ 7135 + 7135 + 7135 + 7135
+ 6935
+ 6935
+ 6935 + 6935
+ 6935
+ 2485
+ 6685
+ 2485
4010
R2850
257
SECTION B-B'
1465
850
1450
1715
265
709
700
850
1715
SECTION E-E'
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
33. 22794,62
22794,62
22794,62
TOPIC:
PROPOSED CEILING LAYOUT FOR SHOP
SR. NO PICTURE MATERIAL DESCRIPTION
POLYESTER (PET) FELT
60% PRE-CONSUMER
RECYCLED
BRAND: TURF CEILINGS
100 % RECYCLED
WOODWORKS
CHANNELED TEGULAR
FSC CERTIFIED REAL
WOOD VENEER
VENEER SPECIFICATION:
5904W7 IN NATURAL
VARIATIONS LIGHT
CHERRY (NLC)
MATERIALS:
100 % RECYCLED
PAPER LINERS, GYPSUM
1220 MM X 2440 MM, 12 MM
THICK GYPSUM PLAIN
BOARD BY SAINT GOBAIN
(GYPROC PLAIN)
GYPSUM MOISTURE
RESISTANT BOARD 15
MM THICK, 1220 MM X
2440 MM
MATERIAL: WOOD FIBER
PANEL
BRAND: ARMSTRONG
98% BIOBASED PRODUCT
CERTIFIED SUSTAINABLE
CEILING
25 MM THICK
1200 MM DIAMETER
E'
E
GYPSUM MOISTURE
RESISTANT BOARD
GYPSUM MOISTURE
RESISTANT BOARD
WOOD
FIBER
PANEL
+ 2485
+ 2485
+ 2485
+ 2485
+ 2485
+ 2485
+ 2485
+ 2485
+ 2485 + 2485
+ 2635
+ 2635
+ 2635
+ 2635
+ 2635
+ 2635
+ 2635
+ 2785
+ 2785
1739 2772
Ø1200
Ø1200
74
202
5037
4412
1240
22794,62
5133
4921
7456
75
5879
E'
B
B'
E'
SECTION B-B'
1465
1315
625
1565
600
700
150
1465
100
850
615
1465
723
SECTION E-E'
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
ENTRANCE
34. SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 59
TOPIC:
PROPOSED REFLECTED CEILING LAYOUT
FOR SHOP- MEZZANINE LEVEL SCALE- 1:
DATE:
22794,62
22794,62
C' C
B
B'
A A'
D'
D E'
E
22794,62
22794,62
22794,62
De
Baed
De
Bae
d
De
Baed
De
Bae
d
De
Baed
De
Bae
d
De
Baed
De
Bae
d
S
S
CEILING SWIRL DIFFUSER
RETURN AIR GRILL
SUPPLY AIR GRILL
SMOKE DETECTOR
FIRE SPRINKLER
PENDANT LIGHT
CEILING SUSPENDED TUBE LIGHT
RECESSED SPOT LIGHT
LED STRIP LIGHT
SYMBOL DESCRIPTION
TRACK LIGHT
S
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
HIGH CEILING
SPEAKER
LOW CEILING SPEAKER
35. C' C
B
B'
A A'
D'
D E'
E
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
TOPIC:
PROPOSED CEILING LAYOUT FOR SHOP
ROLL NO- 59
SCALE- 1:
DATE:
22794,62
22794,62
22794,62
22794,62
S
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
S
CEILING SWIRL DIFFUSER
RETURN AIR GRILL
SUPPLY AIR GRILL
SMOKE DETECTOR
FIRE SPRINKLER
PENDANT LIGHT
CEILING SUSPENDED TUBE LIGHT
RECESSED SPOT LIGHT
LED STRIP LIGHT
SYMBOL DESCRIPTION
TRACK LIGHT
HIGH CEILING
SPEAKER
LOW CEILING SPEAKER
ENTRANCE
ENTRANCE
44. SB10 STAFF AREA 1200 R11-R14, SP10
SB11 STAFF AREA 750 1, 16 AMP PLUG
POINT WITH A
SWITCH
1 , 6 AMP PLUG
POINT WITH A
SWITCH
SB12 STORAGE
ROOM
1200 SP11, SP12
MDB 3 GENERAL
LIGHTING
1000 SP13-SP40, R15-
R18
MDB 4 DISPLAY
LIGHTING
1000 SL3-SL5, SL9-SL12,
M13-M18, L17-L47
SB13 TAILOR ROOM 750 R19-R21,
1, 6 AMP PLUG
POINT WITH A
SWITCH,
1, 16 AMP PLUG
POINT WITH A
SWITCH
MDB 5 ELEVATOR
NOTE:
• ALL CONNECTIONS FOR CCTV CAMERAS, ALARM SYSTEM,
EMERGENCY), FIRE DETECTION PANEL FROM UPS.
• ALL AUTOMATIC SENSOR EQUIPMENTS IN THE TOILET AREA ARE
BATTERY OPERATED.
45. 22794,62
22794,62
22794,62
22794,62
De
Baed
De
Bae
d
De
Baed
De
Bae
d
De
Baed
De
Bae
d
De
Baed
De
Bae
d
22794,62
MAIN FEEDER PIPE
BRANCHES SMOKE DETECTOR
FIRE SPRINKLER
FEEDER PIPE 100, 70, 35
MM THICK
PENDANT SPRINKLER
360 DEGREE HEAD
3000 MM DIAMETER FOR
WATER THROW
COMPANY: SIEMENS
MATERIAL COPPER
SPRINKLE TYPE: SPRAY
MULTI SENSOR SMOKE
DETECTOR
BRAND: SIEMENS
OPERATING
TEMPERATURE: 0 - 49 C
DETECTION DIAMETER:
3000 MM
C'
C
SECTION C-C'
TOPIC:
FIRE SPRINKLER LAYOUT
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
2640
1888
2559
2559
2604
2595
2405 2511 2461 2519 2484 2575 2523 2479
PENDANT SPRINKLER
180 DEGREE HEAD
3000 MM DIAMETER FOR
WATER THROW
COMPANY: SIEMENS
MATERIAL COPPER
SPRINKLE TYPE: SPRAY
46. 22794,62
22794,62
22794,62
22794,62
C' C
MAIN FEEDER PIPE
BRANCHES
SMOKE DETECTOR
FIRE SPRINKLER
SECTION C-C'
1701
1139
PENDANT SPRINKLER
360 DEGREE HEAD
3000 MM DIAMETER FOR
WATER THROW
COMPANY: SIEMENS
MATERIAL COPPER
SPRINKLE TYPE: SPRAY
MULTI SENSOR SMOKE
DETECTOR
BRAND: SIEMENS
OPERATING
TEMPERATURE: 0 - 49 C
DETECTION DIAMETER:
3000 MM
TOPIC:
FIRE SPRINKLER LAYOUT
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
FEEDER PIPE 100, 70, 35
MM THICK
1775
2626
2512
3058 2533 2729 2743 2818 2860 2638 871
1725
47. 22794,62
22794,62
SMOKE DETECTOR
FIRE SPRINKLER
PENDANT SPRINKLER
360 DEGREE HEAD
3000 MM DIAMETER FOR
WATER THROW
COMPANY: SIEMENS
MATERIAL COPPER
SPRINKLE TYPE: SPRAY
MULTI SENSOR SMOKE
DETECTOR
BRAND: SIEMENS
OPERATING
TEMPERATURE: 0 - 49 C
DETECTION DIAMETER:
3000 MM
ELECTRICAL SHUT OFF
FIRE EXTINGUISHER
FIRE EXIT
ASSEMBLY POINT
FIRE ALARM CALL POINT
ESCAPE ROUTE
22794,62
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING
ROLL NO- 56
TOPIC:
FIRE FIGHTING LAYOUT AND EVACUATION
LAYOUT SCALE- 1:50
ENTRANCE
48. 22794,62
22794,62
22794,62
BRANCHES
22794,62
22794,62
22794,62
De
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De
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d
De
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De
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d
TOWARDS BUILDING'S
BACKSIDE STAIRCASE
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING
ROLL NO- 56
SCALE- 1:50
TOPIC:
FIRE FIGHTING LAYOUT AND EVACUATION
LAYOUT
SMOKE DETECTOR
FIRE SPRINKLER
PENDANT SPRINKLER
360 DEGREE HEAD
3000 MM DIAMETER FOR
WATER THROW
COMPANY: SIEMENS
MATERIAL COPPER
SPRINKLE TYPE: SPRAY
MULTI SENSOR SMOKE
DETECTOR
BRAND: SIEMENS
OPERATING
TEMPERATURE: 0 - 49 C
DETECTION DIAMETER:
3000 MM
ELECTRICAL SHUT OFF
FIRE EXIT
ASSEMBLY POINT
FIRE ALARM CALL POINT
ESCAPE ROUTE
ENTRANCE
FIRE EXTINGUISHER FOAM
HEIGHT AT 1200 MM FROM FFL
49. DAMPER
22794,62
22794,62
22794,62
De
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De
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De
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De
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De
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De
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d
De
Baed
De
Bae
d
GROUND
SOURCE
HEAT PUMP
GEOTHERMAL
EARTH VERTICAL
LOOPS
BOREFIELD
WARM
BOREFIELD
COLD
AHU AHU AHU
S S
TOPIC:
HVAC LAYOUT
TONNAGE CALCULATION:
AREA (GROUND FLOOR) = 3500 SQ FEET
TOTAL HEIGHT 28 FEET (14=14)
VALUES TO BE DEDUCTED
FALSE CEILING 4.8 +3.8
RAISED FLOOR = 100 = 0.3 FEET
3500
2 = 1750
VOLUME OF AIR:
HALF AREA WITH THE MEZZANINE (1750) X HEIGHT TILL THE MEZZANINE
(14-3.8-0.3=9.9) = 17325
HALF AREA ABOVE MEZZANINE= (1750) X HEIGHT ABOVE MEZZANINE (14-4.8=9.2)
= 16100
HALF AREA WITHOUT MEZZANINE (1750) X HEIGHT (28-4.8-0.3= 22.9) = 40075
TOTAL VOLUME OF AIR= 17325 + 16100 + 40075= 73500
TOTAL TONNAGE REQUIRED
VOLUME OF AIR/1000
=73500 / 1000
=73.5=74 TONS
TYPE OF DIFFUERS USED:
CEILING SWIRL DIFFUSERS
TYPE XARTO
BRAND: TROX
VOLUME FLOW RATE RANGE /110 – 954 M³/H
DIFFUSER FACE MADE OF GALVANISED SHEET STEEL,
POWDER-COATED
FOR SUPPLY AIR
SUPPLY GRILL
VENTILATION GRILLES
MADE OF SHEET STEEL
INDIVIDUALLY ADJUSTABLE, HORIZONTAL BLADES
DIFFUSER-TYPE FRONT BORDER
COMPANY- TROX
SIZE: L-1225 MM, W-325 MM, H-225 MM
X-CUBE AIR HANDLING
UNIT
COMPANY: TROX
SIZE: 2000 MM X 1200 MM
X 600 MM
ULTRA VIOLET GERM
IRRADIATION INSTALLED
IN THE DUCT SYSTEM
AHU SPECIFICATIONS TONNAGE SIZE-W X D X H COMPANY
AHU 1 15 2500 X 1500 X 1200 TROX
AHU 2 15 2500 X 1500 X 1200 TROX
AHU 2 15 2500 X 1500 X 1200 TROX
TOTAL 45
COLOUR INDICATION DESCRIPTION
AC RIGID DUCT
AHU
SUPPLY GRILL
RETURN GRILL
22794,62
22794,62
PLENUM
1300
1000
300
300
300
300
300
300
6000
300
1000
850
850
700
550
550
400
300
300
850
850
1000
150
150
700
150
550
300
300
300
300
300
2000
1200
2000
1200
2000
1200
557
558
505
15TONS 15TONS 15TONS
1000
850
150
700
150
550
150
400
150
550
700
R
S
AC FLEXIBLE DUCT
AIR DAMPER
CEILING SWIRL DIFFUSERS
850 x 450
DUCT
1000 x 500
DUCT
700 x
400
DUCT
700 x
400
DUCT
700 x
400
DUCT
850 x 450
DUCT
1000 x 500
DUCT
850 x 450
DUCT
1000 x 500
DUCT
UVGI
LIGHTS IN
THE DUCT
UVGI
LIGHTS IN
THE DUCT
AIR DAMPER
AIR DAMPER
UVGI
LIGHTS IN
THE DUCT
550 x
350
DUCT
550 x
350
DUCT
550 x
350
DUCT
400 x
300
DUCT
400 x
300
DUCT
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
50. 22794,62
22794,62
AHU SPECIFICATIONS TONNAGE SIZE-W X D X H COMPANY
AHU 4 15 2500 X 1500 X 1200 TROX
AHU 5 15 2500 X 1500 X 1200 TROX
TOTAL 30
22794,62
S
S S
10 TONS
AHU
10 TONS
2000
AHU
S S
S
TOPIC:
HVAC LAYOUT
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
GROUND
SOURCE
HEAT PUMP
GEOTHERMAL
EARTH VERTICAL
LOOPS
BOREFIELD
WARM
BOREFIELD
COLD
TONNAGE CALCULATION:
AREA (GROUND FLOOR) = 3500 SQ FEET
TOTAL HEIGHT 28 FEET (14=14)
VALUES TO BE DEDUCTED
FALSE CEILING 4.8 +3.8
RAISED FLOOR = 100 = 0.3 FEET
3500
2 = 1750
VOLUME OF AIR:
HALF AREA WITH THE MEZZANINE (1750) X HEIGHT TILL THE MEZZANINE
(14-3.8-0.3=9.9) = 17325
HALF AREA ABOVE MEZZANINE= (1750) X HEIGHT ABOVE MEZZANINE (14-4.8=9.2)
= 16100
HALF AREA WITHOUT MEZZANINE (1750) X HEIGHT (28-4.8-0.3= 22.9) = 40075
TOTAL VOLUME OF AIR= 17325 + 16100 + 40075= 73500
TOTAL TONNAGE REQUIRED
VOLUME OF AIR/1000
=73500 / 1000
=73.5=74 TONS
TYPE OF DIFFUERS USED:
CEILING SWIRL DIFFUSERS
TYPE XARTO
BRAND: TROX
VOLUME FLOW RATE RANGE /110 – 954 M³/H
DIFFUSER FACE MADE OF GALVANISED SHEET STEEL,
POWDER-COATED
FOR SUPPLY AIR
SUPPLY GRILL
VENTILATION GRILLES
MADE OF SHEET STEEL
INDIVIDUALLY ADJUSTABLE, HORIZONTAL BLADES
DIFFUSER-TYPE FRONT BORDER
COMPANY- TROX
SIZE: L-1225 MM, W-325 MM, H-225 MM
X-CUBE AIR HANDLING
UNIT
COMPANY: TROX
SIZE: 2000 MM X 1200 MM
X 600 MM
ULTRA VIOLET GERM
IRRADIATION INSTALLED
IN THE DUCT SYSTEM
COLOUR INDICATION DESCRIPTION
AC RIGID DUCT
AHU
SUPPLY GRILL
RETURN GRILL
R
S
AC FLEXIBLE DUCT
AIR DAMPER
CEILING SWIRL DIFFUSERS
ENTRANCE
51. TOPIC:
SECURITY LAYOUT FOR SHOP
22794,62
22794,62
22794,62
De
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De
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De
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De
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De
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De
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d
De
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De
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d
90°
90°
90°
9
0
°
9
0
°
9
0
°
9
0
°
9
0
°
9
0
°
9
0
°
9
0
°
9
0
°
90°
1
1
0
°
1
1
0
°
9
0
°
9
0
°
9
0
°
9
0
°
SYMBOL DESCRIPTION PICTURE
EAS GATE
(ELECTRONIC ARTICLE SURVEILLANCE)
ESSENTIALS 2.0M OPEN FRAME RF PEDESTAL
WITH THE ADVERTISEMENT POSTER INSERT
BRAND: SENSORMATIC
MATERIAL: ALUMINIUM FRAME AND GLASS
SIZE: 500 X 200 MM
PEOPLE COUNTING DEVICE
BRAND: FOOTFALL CAM 3D PLUS
SIZE: 600 X 150 MM
MODEL NO: FC-F3DP02
LENS DEGREE STANDARD 90 DEGREE
CONSUMPTION 5 WATTS
MOUNTED WITH METAL DROP POLE
DIGITAL VIDEO RECORDER
BRAND: CP PLUS
RESOLUTION: 1080P
POWER SOURCE: CORDED ELECTRICAL
USB, HDMI CONNECTOR
INDOOR BULLET CAMERA
BRAND: CP PLUS
20 MTR VISION
SIZE: 203 X 127 X 127 MM
NIGHT VISION
DEGREE OF VISION: 90
CORDED ELECTRIC POWER SOURCE
OUTDOOR WATERPROOF BULLET CAMERA
BRAND: CP PLUS
NIGHT VISION: 30 M
RESOLUTION 1080P
MATERIAL: PLASTIC
WIRELESS CONNECTION
CORDED ELECTRIC POWER SOURCE
TYPE OF MOUNTING: WALL MOUNT
SIZE: 148 X 74 X 74 MM
DEGREE OF VISION: 110
ALERT SYSTEM METALGUARD
TO DETECT MAGNETS/MAGETIC DETACHERS
VIA ALARM, CCTV
BRAND: SENSORMATIC
SIZE: 200 X 75 MM
DIGITAL REMOTE ALARM
BRAND: SENSORMATIC
LOCATION AT THE ENTRANCE
HIGH VOLUME AUDIBLE ALARM
THERMAL SCANNER- FEVER DETECTION BULLET
CAMERA
BRAND: CP PLUS
MODEL NO CP-WNC-T6201-T
FEVER DETECTION: UPTO 40°C
3.6 MM FIXED LENS
LONG WAVELENGTH IR SENSOR
ANGLE OF VIEW 51°
DETECTION TIME: 3 SEC
SIZE: 241 X 78 X 81 MM
FINGERPRINT READER AND TIME ATTENDANCE
BRAND CP PLUS
LCD: 4" 480 X 320 COLOR DISPLAY
HARDWARE PLATFORM: WS306
FINGERPRINT CAPTURING: OPTICAL SENSOR
RECOGNITION SPEED: 1 SEC
ELEVATOR EYEBALL DOME CAMERA
BRAND CP PLUS
NIGHT VISION
WIDE ANGLE 120 DEGREE
MODEL GIT2707201738
SIZE: 116 X 109 X 88 CM
WIDE ANGLE DOME CAMERA
NIGHT VISION
BRAND CP PLUS
CP-VAC-V24FL4
2.4 MP FULL HD IR VANDAL DOME CAMERA - 40
MTR.
132MM X 132MM X 105.7MM
2.8-12MM VARIFOCAL LENS
90°
110°
51
5
1
90°
120°
120°
TOPIC:
SECURITY LAYOUT FOR SHOP
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
52. EAS GATE
(ELECTRONIC ARTICLE SURVEILLANCE)
ESSENTIALS 2.0M OPEN FRAME RF
PEDESTAL
WITH THE ADVERTISEMENT POSTER
INSERT
BRAND: SENSORMATIC
MATERIAL: ALUMINIUM FRAME AND GLASS
SIZE: 500 X 200 MM
PEOPLE COUNTING DEVICE
BRAND: FOOTFALL CAM 3D PLUS
SIZE: 600 X 150 MM
MODEL NO: FC-F3DP02
LENS DEGREE STANDARD 90 DEGREE
CONSUMPTION 5 WATTS
MOUNTED WITH METAL DROP POLE
DIGITAL VIDEO RECORDER
BRAND: CP PLUS
RESOLUTION: 1080P
POWER SOURCE: CORDED ELECTRICAL
USB, HDMI CONNECTOR
INDOOR BULLET CAMERA
BRAND: CP PLUS
20 MTR VISION
SIZE: 203 X 127 X 127 MM
NIGHT VISION
DEGREE OF VISION: 90
CORDED ELECTRIC POWER SOURCE
OUTDOOR WATERPROOF BULLET CAMERA
BRAND: CP PLUS
NIGHT VISION: 30 M
RESOLUTION 1080P
MATERIAL: PLASTIC
WIRELESS CONNECTION
CORDED ELECTRIC POWER SOURCE
TYPE OF MOUNTING: WALL MOUNT
SIZE: 148 X 74 X 74 MM
DEGREE OF VISION: 110
ALERT SYSTEM METALGUARD
TO DETECT MAGNETS/MAGETIC
DETACHERS
VIA ALARM, CCTV
BRAND: SENSORMATIC
SIZE: 200 X 75 MM
DIGITAL REMOTE ALARM
BRAND: SENSORMATIC
LOCATION AT THE ENTRANCE
HIGH VOLUME AUDIBLE ALARM
THERMAL SCANNER- FEVER DETECTION
BULLET CAMERA
BRAND: CP PLUS
MODEL NO CP-WNC-T6201-T
FEVER DETECTION: UPTO 40°C
3.6 MM FIXED LENS
LONG WAVELENGTH IR SENSOR
ANGLE OF VIEW 51°
DETECTION TIME: 3 SEC
SIZE: 241 X 78 X 81 MM
FINGERPRINT READER AND TIME
ATTENDANCE
BRAND CP PLUS
LCD: 4" 480 X 320 COLOR DISPLAY
HARDWARE PLATFORM: WS306
FINGERPRINT CAPTURING: OPTICAL
SENSOR
RECOGNITION SPEED: 1 SEC
22794,62
90°
90°
90°
9
0
°
9
0
°
90°
90° 90°
9
0
°
90
°
90°
90°
9
0
°
TOPIC:
SECURITY LAYOUT FOR SHOP
SYMBOL DESCRIPTION PICTURE
90°
110°
51
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
22794,62
22794,62
22794,62
ENTRANCE
53. TOPIC:
PROPOSED PUBLIC ADDRESS SYSTEM
FOR SHOP
22794,62
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De
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De
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De
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d
SYMBOL DESCRIPTION PICTURE
COMPUTER -
SOURCE OF MUSIC SYSTEM
COMMERCIAL MIXER AMPLIFIER
BRAND: JBL
PART # CSMA180
MODEL # CSMA 180
OUTPUT 80 WATTS
HxWxD SIZE:43 X 218 X 303MM
VOLUME CONTROL DEVICE
BRAND: JBL
PRODUCT NO CSR-V (US - WHT)
IN CEILING SPEAKER
BRAND: JBL
DRIVER 200 MM FULL RANGE
3 W TRANSFORMER
90 DEGREE CONICAL COVERAGE
327 MM DIAMETER BAFFLE X 84 MM
DEPTH FROM BACK OF BAFFLE.
OVERALL DEPTH, 99 MM
HIGH CEILING SPEAKER
BRAND: JBL
PRODUCT NO CONTROL 47HC
NARROW 75° COVERAGE FOR HIGH
CEILING
TRANSFORMER TAP 7.5 W
DIMENSIONS: 332 MM DIA X 351 MM
DEPTH FROM BACK OF BAFFLE
CUTOUT SIZE: 307 MM DIA
PAGING MICROPHONE
BRAND: JBL
CSPM-2 FOR TWO ZONES
H X L X W SIZE: 254 X 177 X 114
ENTRANCE
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
CONICAL
DISPERSION 75
DEGREES
54. 22794,62
22794,62
22794,62
22794,62
CONICAL
DISPERSION 75
DEGREES
SYMBOL DESCRIPTION PICTURE
COMPUTER -
SOURCE OF MUSIC SYSTEM
COMMERCIAL MIXER AMPLIFIER
BRAND: JBL
PART # CSMA180
MODEL # CSMA 180
OUTPUT 120 WATTS
HxWxD SIZE:43 X 218 X 303MM
VOLUME CONTROL DEVICE
BRAND: JBL
PRODUCT NO CSR-V (US - WHT)
IN CEILING SPEAKER
BRAND: JBL
DRIVER 200 MM FULL RANGE
3 W TRANSFORMER
90 DEGREE CONICAL COVERAGE
327 MM DIAMETER BAFFLE X 84 MM
DEPTH FROM BACK OF BAFFLE.
OVERALL DEPTH, 99 MM
HIGH CEILING SPEAKER
BRAND: JBL
PRODUCT NO CONTROL 47HC
NARROW 75° COVERAGE FOR HIGH
CEILING
TRANSFORMER TAP 7.5 W
DIMENSIONS: 332 MM DIA X 351 MM
DEPTH FROM BACK OF BAFFLE
CUTOUT SIZE: 307 MM DIA
PAGING MICROPHONE
BRAND: JBL
CSPM-2 FOR TWO ZONES
H X L X W SIZE: 254 X 177 X 114
SPEAKER WIRE
TOPIC:
PROPOSED PUBLIC ADDRESS SYSTEM
FOR SHOP
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
57. TOPIC:
SECTIONS FOR SUPER IMPOSED LAYOUT
SECTION A-A'
387
1035
1250
850
150
700
450
300
150
500
550
697
300
1465
1465
SECTION C-C'
550
500
1465
1465
850
1450
1715
265
709
SECTION C-C'
1701
1139
1643
1139
SECTION B-B'
22794,62
22794,62
C' C
B
B'
A A'
D'
D E'
E
22794,62
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De
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De
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De
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De
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De
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De
Baed
De
Baed
De
Baed
S S
DISPLAY
DISPLAY
DISPLAY
TAILOR ROOM
EMERGENCY EXIT
FITTING ROOMS
MANNEQUINS
DISPLAY
BAGGAGE COUNTER
1. ENTRANCE
STAIRCASE
WHEELCHAIR ACCESS ELEVATOR
WINDOW DISPLAY
22794,62
22794,62
22794,62
22794,62
C' C
B
B'
A A'
D'
D E'
E
S
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
58. TOPIC:
SECTIONS FOR SUPER IMPOSED LAYOUT
SECTION B-B'
SECTION F-F'
SECTION B-B'
1465
1315
625
1565
600
700
150
1465
700
850
100
850
1465
723
1715
SECTION E-E'
SECTION E-E'
SECTION F-F'
22794,62
22794,62
C' C
B
B'
A A'
D'
D E'
E
22794,62
22794,62
22794,62
De
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De
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De
Baed
De
Baed
De
Baed
De
Baed
De
Baed
De
Baed
S S
DISPLAY
DISPLAY
DISPLAY
TAILOR ROOM
EMERGENCY EXIT
FITTING ROOMS
MANNEQUINS
DISPLAY
BAGGAGE COUNTER
1. ENTRANCE
STAIRCASE
WHEELCHAIR ACCESS ELEVATOR
WINDOW DISPLAY
22794,62
22794,62
22794,62
22794,62
C' C
B
B'
A A'
D'
D E'
E
S
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
59. 2541
235
2161
733
1268 1206
3071
750
928
750 750
3709
PLAN
A A'
B
B'
FRESH WATER SUPPLY PIPE 50 MM
WASTE PIPE 75 MM
SOIL PIPE 150 MM
VENT PIPE 25 MM
INDICATION DESCRIPTION DIAMETER
TOILET FOR
DIFFERENTLY ABLED
PEOPLE
TOILET FOR
DIFFERENTLY ABLED
PEOPLE
SECTIONAL ELEVATION A-A'
MEN TOILET WOMEN TOILET
CAFE KITCHEN
MEN TOILET WOMEN TOILET
CAFE KITCHEN
DUCT
TOPIC:
PROPOSED PLUMBING LAYOUT
PARTICULARS WITH DESCRIPTION
KITCHEN SINK FAUCET
BRAND:JAQUAR
ESSCO SWINGING CASTED SPOUT
(TABLE MOUNTED MODEL) WITH
AERATOR
MQT-523JAQUARTYPE:KITCHEN SINK
TAP
PRODUCT SERIES:MARVEL MQT-523
MODEL:MQT-523
MATERIAL:BRASS
FINISH:CHROME
KITCHEN SINK
INSET SINK, 1 BOWL,
STAINLESS STEEL 55 X 55 CM
SENSOR FAUCET
BRAND: JAQUAR
SENSOR FAUCET FOR WASH BASIN
(BATTERY OPERATED)
PRODUCT
CODE: SNR-CHR-51011NPRODUCT
RANGE: SENSOR FAUCETS
FLUSH
I FLUSH
NAME/NUMBER
FLV-CHR-1075KFLUSH VALVE TYPE
DUAL FLUSH MATERIAL ALUMINUM
BRAND JAQUAR
SHAPE RECTANGLE
TYPE DUAL FLUSH
PUSH BUTTON NO OF BUTTON2
WC
BIDSPA RIMLESS WALL HUNG BIDSPA
RIMLESS WALL HUNG WC WITH
ELECTRONIC SEAT COVER , HINGES,
ACCESSORIES SET
SIZE:400X580X370 MM
PRODUCT CODE: ITS-WHT-89953PP
JET SPRAY
BRAND: JAQUAR
HEALTH FAUCET ALD CHR 565,
1 M EASY FLEX TUBE AND HOOKS
PACKAGE DIMENSIONS : 24.1 X 18.2
X 5 CM; : B07N8WLP2D
TOILET PAPER HOLDER
TOILET ROLL HOLDER WITH FLAP
TOILET ROLL HOLDER WITH
STAINLESS STEEL
PRODUCT
CODE: ACN-CHR-1153SPRODUCT
RANGE: CONTINENTAL
AUTOMATIC SOAP DISPENSERS
AUTOMATIC SOAP DISPENSERS,
CAPACITY : 0.8L, MATERIAL:
ALUMINIUM/ABS, FINISH :
CHROME/BLACKPRODUCT
CODE: SDR-BLC-DJ0160AS
GRAB BAR
GRAB BARGRAB BAR RIGHT 90º
ANGLE, SATINPRODUCT
CODE: WAC-SAP-BAD090CS
GRAB BARGRAB BAR 692 MM
LONG, WHITE PRODUCT
CODE: WAC-WHT-BR0600
WASH BASIN
COUNTER TOP BASIN
SIZE: 565X415X190MM
PRODUCT CODE: FLS-WHT-5601
PRODUCT RANGE: FLORENTINE
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
60. TOPIC:
PROPOSED WIFI LAYOUT FOR SHOP
22794,62
22794,62
22794,62
22794,62
C' C
B
B'
A A'
D'
D E'
E WIFI MESH SYSTEM
3 NODES EACH COVERING 1750 SQ FEET
COVERAGE 5000 SQ FEET
AMAZON EERO MESH WIFI SYSTEM – ROUTER
REPLACEMENT FOR WHOLE-HOME COVERAGE (3-PACK)
WIFI COVERAGE
COVERS UP TO 5,000 SQ. FT.
ROUTER (CONNECTS TO MODEM AS PRIMARY ROUTER)
WIRELESS NETWORK SPEED
WIFI CONNECTIVITY
DUAL-BAND WIFI RADIOS, SIMULTANEOUS 2.4 GHZ AND 5
GHZ, 2X2 MU-MIMO, BEAMFORMING, IEEE 802.11A/B/G/N/AC
WIRED CONNECTIVITY
2 AUTO-SENSING GIGABIT PORTS FOR WAN AND/OR LAN
CONNECTIVITY
SMART HOME CONNECTIVITY
700 MHZ QUAD-CORE PROCESSOR, 512MB RAM, 4GB
FLASH STORAGE
SECURITY AND NETWORK SERVICES
WPA2 ENCRYPTION, FAMILY PROFILES, DHCP, IPV6, NAT,
VPN PASSTHROUGH, UPNP, STATIC IP AND PORT
FORWARDING REQUIRED FOR SETUP
SUPPORTED IOS OR ANDROID DEVICE, INTERNET
SERVICE (WITH CABLE OR DSL MODEM, IF REQUIRED).
LEARN MORE ABOUT SETUP.
ENVIRONMENTAL REQUIREMENTS
HUMIDITY OPERATING: 20%-90% NON-CONDENSING,
OPERATING ALTITUDE: <3000 M
DIMENSIONS 98 MM X 98 MM X 60 MM
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
SHEET NO :7
ENTRANCE
61. TOPIC:
PROPOSED WIFI LAYOUT FOR SHOP-
MEZZANINE LEVEL
22794,62
22794,62
22794,62
22794,62
22794,62
De
Baed
De
Bae
d
De
Baed
De
Bae
d
WIFI MESH SYSTEM
3 NODES EACH COVERING 1750 SQ FEET
COVERAGE 5000 SQ FEET
AMAZON EERO MESH WIFI SYSTEM – ROUTER
REPLACEMENT FOR WHOLE-HOME COVERAGE (3-PACK)
WIFI COVERAGE
COVERS UP TO 5,000 SQ. FT.
ROUTER (CONNECTS TO MODEM AS PRIMARY ROUTER)
WIRELESS NETWORK SPEED
WIFI CONNECTIVITY
DUAL-BAND WIFI RADIOS, SIMULTANEOUS 2.4 GHZ AND 5
GHZ, 2X2 MU-MIMO, BEAMFORMING, IEEE 802.11A/B/G/N/AC
WIRED CONNECTIVITY
2 AUTO-SENSING GIGABIT PORTS FOR WAN AND/OR LAN
CONNECTIVITY
SMART HOME CONNECTIVITY
700 MHZ QUAD-CORE PROCESSOR, 512MB RAM, 4GB
FLASH STORAGE
SECURITY AND NETWORK SERVICES
WPA2 ENCRYPTION, FAMILY PROFILES, DHCP, IPV6, NAT,
VPN PASSTHROUGH, UPNP, STATIC IP AND PORT
FORWARDING REQUIRED FOR SETUP
SUPPORTED IOS OR ANDROID DEVICE, INTERNET
SERVICE (WITH CABLE OR DSL MODEM, IF REQUIRED).
LEARN MORE ABOUT SETUP.
ENVIRONMENTAL REQUIREMENTS
HUMIDITY OPERATING: 20%-90% NON-CONDENSING,
OPERATING ALTITUDE: <3000 M
DIMENSIONS 98 MM X 98 MM X 60 MM
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
SCALE- 1:50 DATE: 5.1.2021
ENTRANCE
62. CURVED POLYCARBONATE
GLASS TUBE WALLS
SELF SUPPORTING ALUMINIUM
AND STEEL STRUCTURE
SUPPORT OF RAILS
THE ROOF OF THE TUBE, MADE
OF STEEL, ENSURES AIR TIGHT
CLOSURES WITH SUCTION
VALVES AND INLETS
MODULAR STRUCTURED TUBE
FITTED ON EACH OTHER
ELEVATOR CAR WITH
ANCHORING SYSTEM
HEAD UNIT SUCTION ASSEMBLED
WITH TURBINES AND CONTROL
UNIT
ELEVATOR BY NIBAV
LIFTS, INDIA
TECHNICAL
SPECIFICATION
MAXIMUM STOPS: 2 STOPS
(G+1)
MAX TRAVEL HEIGHT: 10500 MM
RATED LOAD / CAPACITY: 210 KG
UNIT TYPES: SPLIT, INTEGRATED
& SOUND PROOF
TRAVEL SPEED: 0.15 M/SEC
CLEAR SPACE REQUIRED: 1010
MM
POWER CONSUMPTION: 3.7 KVA
(STABILIZED POWER)
ELECTRICAL REQUIREMENT :
230V, 60/50 HZ, 22 AMP SINGLE
PHASE POWER
RCC SLAB
RCC SLAB
2890
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE
AND
REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
TOPIC:
DETAIL FOR PNEUMATIC ELEVATOR AND
SPIRAL STAIRCASE SCALE- 1:30 DATE: 5.1.2021
UP
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WITH HANDRAILS
25 MM NOSING
38 MM THICK, 1000
X 300 MM BAMBOO
TREAD
450 X 600 MM,
STEEL I BEAM 20
MM THICK FLANGE
100 X 300 MM, 6.35
MM THICK STEEL
PLATE
6 MM DIA, 30 MM
LENGTH
COUNTERSUNK
SCREWS
DETAIL AT STAIRCASE
SCALE- 1: 10
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SHEET NO- 29
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NOSING
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1000 X 300 MM
BAMBOO
TREAD
STEEL RISER
WEDGE PLATE
200 X 300 MM,
STEEL I BEAM
20 MM THICK
FLANGE
200 X 600 MM,
6.35 MM THICK
STEEL PLATE
DETAIL AT STAIRCASE
SCALE- 1: 10
63. 100 x 50 MM TW STUDS 600 C/C
19 MM THICK BACKING MARINE
PLY
12 MM DRAINAGE MAT
50 MM THICK GREEN MOSS WALL
PANEL SIZE 600 X 600 BY
GREENOPIA
35
8
180
180
8
35 MM THICK POLYSTYRENE
FOAM UPHOLSTERED WITH
COTTON FABRIC
8 MM THICK PLY FIXED TO
FOAM BY FLATTENED
SCREWS
180 MM WIDE, 520 MM OUTER
DIAMETER TIRE
25 X 40 MM WOODEN BLOCKS
AS LEGS SCREWED TO 8 MM
THICK PLY
8 MM THICK PLY
TIRE FINISHED WITH OIL
BASED PAINT BY NILAYA
ORGANIC PAINT- ASIAN
PAINTS
35 MM THICK POLYSTYRENE
FOAM UPHOLSTERED WITH
COTTON FABRIC
180 MM WIDE, 520 MM OUTER
DIA AND 400 MM INNER DIA
TIRE FINISHED WITH OIL
BASED PAINT BY NILAYA
ORGANIC PAINT- ASIAN
PAINTS
520
452
400
TIRE SEAT IN CAFETERIA
SCALE 1:5
RACHANA SANSAD'S
ACADEMY OF ARCHITECTURE
(B.VOC, Interior design.)
SIGNATURE AND REMARKS:
NAME: AMRUTA VAISHAMPAYAN
TYBVOC INTERIOR DESIGNING MARKS
ROLL NO- 56
TOPIC:
DETAILS SCALE- AS
MENTIONED
DATE: 5.1.2021
SHEET NO- 63
12 MM THICK INTERNAL PLASTER
150 MM THICK WALL
DETAIL AT MOSS WALL
SCALE 1:5
CARDBOARD CHAIR
SCALE 1:2.5
CARDBOARD CUTOUTS ASSEMBLY MEMBERS
5 MM THICK 5 PLY THICK SALVAGED CARDBOARD
NO GLUE NO SCREW ASSEMBLY
THIS CHAIR IS MADE FROM SALVAGED
CARDBOARD AND STYROFOAM.
TO STORE, 300 MM TALL STYROFOAM BOX CAN BE
REMOVED AND CHAIR CAN FOLD FLAT.
CAN HOLD >300 LBS.
ISOMETRIC VIEW
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150 MM THICK RCC PARDI
450 MM HIGH PARAPET WALL
150 MM THICK RCC SLAB
30 X 30 MM THICK ALUMINIUM SECTION
4 MM THICK COIL COATED ACP SHEET
SIGNBOARD CONTAINING RECYCLED ALUMINIUM
BY ALUDECOR
270 X 270 MM ROLLING SHUTTER WITH 190
DIAMETER ROLLING RING
12 MM THICK TOUGHENED GLASS BY SAINT
GOBAIN
1120
FACADE SIGNBOARD DETAIL
SCALE 1:10
50
12
19
100 100 100
12
69. ORGANIC CLOTHING
STORE- SUSTAINABLE
INTERIOR WITH RECYCLED
MATERIALS
NOVEMBER 2020
Mentor:
Ar. Kumar Kubsad Sir
Academy of Architecture
B.Voc. (Interior Design)
Rachana Sansad, Prabhadevi, Mumbai 400025.
Student:
Amruta Vaishampayan
Academy of Architecture
B.Voc. (Interior Design)
3
rd
Year B.Voc.
Rachana Sansad, Prabhadevi, Mumbai 400025.
70. 2
AMRUTA VAISHAMPAYAN
DECLARATION
This is to declare that the project report titled “Organic clothing store” has been
personally prepared by me. I further declare that I have not taken help from any
person /groups/institution other than my guide – Ar. Kumar Kubsad Sir.
All references articles, books etc duly acknowledged in the report and material has
not been copied from any published work including any project report published
before.
Name of Student: Amruta Vaishampayan
Signature of Student
71. 3
AMRUTA VAISHAMPAYAN
CERTIFICATE
Design Dissertation
Final (3
rd
) Year B.Voc in Interior design
Topic: Organic Clothing Store- Sustainable Interior with Recycled Materials
This is to certify that the project report titled “Organic Clothing Store- Sustainable
Interior With Recycled Materials” submitted by Amruta Vaishampayan has been
completed by his/ her under my guidance and supervision. The work is his/ her own
contribution in the terms of original articulations and has not been copied from any
published work including any project report published before. All references are duly
acknowledged in the report.
Guide: Ar. Kumar Kubsad
Signature of guide.
Date:
Signature
Ar. Prakash Anjarlekar.
Head of Department
Academy of Architecture
B.Voc (Interior Design).
Seal of College.
Rachana Sansad,
Prabhadevi,
Mumbai 400 025
72. 4
AMRUTA VAISHAMPAYAN
ACKNOWLEDGEMENT
This piece of acknowledgement is an attempt to express the feeling of gratitude
towards people who helped me in successfully completing the project.
Successful completion of this project has given me great sense of achievement.
My deep gratitude goes first to my project guide, Ar. Kumar Kubsad sir for guiding
me throughout the project and giving his valuable inputs to it.
I would also like to thank Ar. Ketan Dadarkar sir, Ar. Rashmi Tapke ma’am, Akshata
Yadav ma’am, Bhagyesh Dawane sir, Nikita Sakpal ma’am for their constant
support. Thanks to Ar. Prakash Anjarlekar sir for always motivating. Thanks to all
the respected faculties who helped me throughout the course and this project.
Thanks to my parents for supporting me and all my friends and batchmates for
guiding and helping throughout the course.
Thanks goes to all the designers, architects and engineers that participated in the
survey conducted by me and also giving their valuable feedbacks and inputs on the
topic.
74. 6
AMRUTA VAISHAMPAYAN
INDEX
Sr.
No. Particulars
Page
no.
1 Abstract 8
2 Introduction 9
2.1 Clothing stores 9
2.2 Organic Clothing 10
2.3 Recycling in interior design 10
3 Aims and objectives 12
4 History and Evolution 13
4.1 Global approach and Indian Approach 13
4.2 History of denim 14
4.3 the past and future of organic clothing 15
5 Need and scope 16
5.1 Sustainable Fashion 17
5.2 Future of waste management 18
5.3 Future scope after COVID19 pandemic 20
6 Case Study 22
6.1 Online Case study 1 22
6.2 Online Case study 2 26
6.3 Inference 31
7 Data collection 32
7.1 Ergonomics and anthropometry 32
7.2 Norms as per National Building Code 38
7.3 Survey regarding recycled materials 41
7.4 Research on recycled materials 49
7.5 Visual merchandising 56
75. 7
AMRUTA VAISHAMPAYAN
7.6 Study of services 59
8 Site report 60
8.1 Location of the site 60
8.2 Environmental study 66
8.3 Site photographs 67
8.4 Site Justification 69
9 Zoning and flow chart 70
10 Client brief 72
11 Design brief and area statement 73
12 Design Program 75
12.1 Division of the areas 75
12.2 Sustainability in proposed design 77
13
14
Bibliography and webliography
Drawings
82
83
76. 8
AMRUTA VAISHAMPAYAN
1. ABSTRACT
Sustainable fashion is a recent movement within the fashion industry that aims to
reduce environmental depletion.
It aims at increasing ethical treatment of workers and follows fair trade practices.
There has always been a strong link between interior design and fashion. Both of
these are artistic expression of the individual or masses. When it comes to
sustainability in interior design, interior designers have the
opportunity to adopt sustainable design practices and enhance healthy indoor air
quality. They can adhere to sustainable solutions through their choices in decisions
taken while designing process. For e.g., materials selection, construction methods,
furnishing, and lighting and even air conditioning system.
This research aims at designing a sustainable interior space with the use of
recycled or recyclable materials, for the brand that makes organic and eco-friendly
clothing. this is the study that concludes by promoting the importance of using
recycled/ recyclable materials to ensure consistent sustainable interior design
solutions.
77. 9
AMRUTA VAISHAMPAYAN
2. INTRODUCTION
2.1 CLOTHING STORE: INTERIOR DESIGN
A clothes shop or clothes store is any shop which sells items of ready-made
clothing. A small shop which sells expensive or designer clothing may be called a
boutique.
The essential function of retail spaces is to display and sell merchandise. The
design of these spaces involves the co-ordination of architectural, interior design
and merchandising elements as necessary to meet the programmatic needs of the
client. It is critical that the space is designed properly taking into consideration all
the requirements, in which the customer and the store personnel function is of the
highest quality.
DENIM CLOTHING AND THE ENVIRONMENTAL IMPACT:
Denim requires 1500 gallons of water to grow 1.5 pounds of cotton that is
needed to produce a pair of jeans. Denim is usually made with indigo-dyed warp
yarn and undyed weft yarn. The indigo dye used was natural and derived from
plant source, but later the trend shifted to synthetic indigo dye. The use of metal
accessories such as buttons, zippers and rivets such as leather-look labels and
composition and care labels used in jeans production makes it difficult to recycle
them. Hence, denim manufacturing is harmful to the environment.
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AMRUTA VAISHAMPAYAN
2.2 ORGANIC CLOTHING
ORGANIC FIBERS-
The fibers that has been grown or raised without the use of toxic
insecticides, fungicides or herbicides. Cotton, wool, jute and silk are the most
common organic fibers.
ORGANIC CLOTHING –
✓ The clothing made from materials raised in compliance with organic
agricultural standards is categorized under organic clothing.
✓ It may be composed of cotton, jute, silk, ramie, or wool and has no
genetically modified seeds, no synthetic pesticides or fertilizers.
✓ Organic cotton is so much better for the environment –
✓ It’s grown without the use of synthetic fertilisers and harmful pesticides,
and makes for better soil for future crops.
✓ There are a few fashion brands that claim that all of the cotton is used to
make clothing is 100% organic.
2.3 RECYCLING IN INTERIOR DESIGN
Recycling:
recycling is the process of converting waste materials into new materials
and objects.
Recycling includes breaking down old materials to create new ones. It also
includes upcycling.
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AMRUTA VAISHAMPAYAN
Upcycling:
the process of creating something new and better from old items.
In contrast to reusing or recycling, upcycling uses existing materials to improve
upon the original ones.
The end result is often a product or item that is eco-friendly and at times
handmade and one-of-a-kind.
Source- https://en.wikipedia.org/wiki/Recycling
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AMRUTA VAISHAMPAYAN
3. AIMS AND OBJECTIVES:
The main objective of this study is to examine, evaluate, research more closely the
use of recyclable materials in interior design.
it affects the environment and eventually affects our society. In this way, this
study helps to bring about to the recognition and realization of society, as the
study in the field of interior design.
Recycling is a key component of modern waste reduction and is the third
component of the "reduce, reuse, and recycle" waste hierarchy. Thus, recycling
aims at environmental sustainability by substituting raw material inputs into and
redirecting waste outputs out of the economic system.
1. Recycling conserves resources.
when we recycle, used materials are converted into new products, reducing the
need to consume natural resources. If used materials are not recycled, new
products are made by extracting fresh, raw material from the earth, through
mining and forestry. Recycling helps conserve important raw materials and
protects natural habitats for the future.
2. It saves energy.
using recycled materials in the manufacturing process uses considerably less
energy than that required for producing new products from raw materials - even
when comparing all associated costs including transport etc. Plus there are extra
energy savings because more energy is required to extract, refine, transport and
process raw materials ready for industry compared with providing industry-ready
materials.
3. Recycling helps protect the environment.
Recycling reduces the need for extracting, refining and processing raw materials all
of which create substantial air and water pollution. As recycling saves energy it also
reduces greenhouse gas emissions, which helps to tackle climate change.
4. Recycling reduces landfill.
when we recycle, recyclable materials are reprocessed into new products, and as a
result the amount of rubbish sent to landfill sites reduces.
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AMRUTA VAISHAMPAYAN
4. HISTORY AND EVOLUTION
4.1 GLOBAL APPROACH AND INDIAN APPROACH
WORLD APPROACH:
✓ The modern phenomenon of shopping for pleasure is closely linked to the
emergence of a middle class in the 17th and 18th-century Europe.
✓ As standards of living improved in the 17th century, consumers from a broad
range of social backgrounds began to purchase goods that were in excess of
basic necessities.
✓ By the 17th-century, produce markets gradually gave way to shops and shopping
centers
✓ The first clothes shops were opened in Europe. Before the era of ready-made
clothes, some ready-made clothes may have been made in the sixteenth
century.
✓ The number of clothes shops appears to have risen steadily long before the
beginning of large-scale industrial manufacture of clothing in the second half of
the nineteenth century.
HISTORY OF TEXTILE INDUSTRY: THE INDIAN APPROACH
the modern textile industry took birth in India -in the early nineteenth
century
The cotton textile industry, however, made its real beginning in Bombay, in
1850s.
the first cotton mill in Ahmedabad, which was eventually to emerge as a rival
centre to Bombay, was established in 1861. The spread of the textile industry
to Ahmedabad was largely due to the Guajarati trading class.
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AMRUTA VAISHAMPAYAN
4.2 HISTORY OF DENIM:
✓ Denim cloth itself has an unusual history. The name comes from serge de
Nimes, or the serge of Nimes, France. Originally, it was strong material made
from wool.
✓ By the 1700s, it was made from wool and cotton. Only later was it made solely
from cotton. Originally, it was used to make sails, but eventually, some
innovative Genovese sailors thought it fit that such fine, strong material would
make great pants, or "genes."
✓ The name for blue jeans was derived from the color of the fabric used to make
them. Denim was treated with a blue dye obtained from the indigo plant. Indigo
had been used as a dye since 2500 b.c. in such diverse places as Asia, Egypt,
Greece, Rome, Britain, and Peru.
✓ Blue jean manufacturers imported indigo from India until the twentieth
century, when synthetic indigo was developed to replace the natural dye.
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AMRUTA VAISHAMPAYAN
✓ Blue jeans in the form we know them today didn't come about until the
middle of the nineteenth century.
✓ The first sustainable alternative for denim was proposed by Levi Strauss, an
enterprising immigrant who happened to have a few bolts of blue denim
cloth on hand, recognized a need for strong work pants in the mining
communities of California.
✓ Blue jeans started becoming popular among young people in the 1950s.
4.3 THE PAST AND FUTURE OF ORGANIC CLOTHING
The past
Scientists dates the first use of cotton from 6,000bc.
The first evidence of organic cotton originated in India and Pakistan.
By the 1st century, Arab traders brought their cotton products to Italy and Spain
and organic cotton was later introduced to Europe during late medieval times.
Now being introduced to Africa in the 18th century, and then spreading to India,
Pakistan, and china, tradition varieties were soon being replaced with their own
methods. During the industrial revolution, the invention of the spinning machine
and cotton gin was a great help to the cotton manufacturing industry.
The future
After disappearing for about a century, naturally colored cotton suddenly appeared
as a fashion item in the early 1990s. Now establishing new and sustainable ways to
further sustainable markets, the use of organic cotton helps to reduce the high
amount of pesticides and insecticides inhaled by cotton farmers.
Organic cotton is now being applied worldwide, with most companies
transitioning to the environmentally friendly material. Since the introduction of
organic products has been brought into the mainstream fashion industry, the
technique has now also been used on linen and wool.
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AMRUTA VAISHAMPAYAN
5. NEED AND SCOPE:
In india, a proper waste management system is urgent necessary for the
following reasons:
(a) to control different types of pollution, i.e., air pollution, soil pollution, water
pollution.
(b) to stop the spread of infectious diseases.
(c) to conserve all our environmental resources, including forest, minerals water.
(d) to recycle the hazardous wastes for further production.
(e) to implement proper wastes management policy, successful and safe disposal
of solid and liquid wastes are very necessary.
(f) to conserve animals and their natural habitat.
5.1 Sustainable fashion
It is a movement and process of fostering change to fashion products and the
fashion system towards greater ecological integrity and social justice. Sustainable
fashion concerns more than addressing fashion textiles or products. It comprises
addressing the whole system of fashion. This means dealing with interdependent
social, cultural, ecological and financial systems.
Benefits of going organic-
Organic products meet stringent standards
Protect future generations
Organic farms respect our water resources
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AMRUTA VAISHAMPAYAN
Organic farmers build healthy soil
Organic farmers work in harmony with nature
Organic producers are leaders in innovative research
Organic producers strive to preserve diversity
Organic farming helps rural communities
The three pillars of sustainability bounded by the environment
Advantages over conventional fibre:
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AMRUTA VAISHAMPAYAN
What exactly is "waste?"
Waste is anything we throw away or get rid of, that doesn’t get used.
The 3 'r's
Reduce, reuse, recycle – these three 'r' words are an important part of
sustainable living, as they help to cut down on the amount of waste we have to
throw away.
The third 'r' is about making sure you separate items that can be recycled,
meaning they can be used for a new purpose.
5.2 The future of waste management
Future of waste management is one of the world’s biggest challenges at the
moment with the bulky, smelling waste that is being generated all over the
world in quantities beyond the imaginable. Developed countries like Sweden and
the U.S. somehow manage to dispose most of it and some gets even recycled or
turned into compost.
India’s challenges in waste management
With rapid urbanisation, the country is facing massive waste management
challenge. Over 377 million urban people live in 7,935 towns and cities and
generate 62 million tonnes of municipal solid waste per annum. Only 43 million
tonnes (mt) of the waste is collected, 11.9 mt is treated and 31 mt is dumped in
landfill sites. Solid waste management is one among the basic essential services
provided by municipal authorities in the country to keep urban centres clean.
However, almost all municipal authorities deposit solid waste at a dump yard
within or outside the city haphazardly. Experts believe that India is following a
flawed system of waste disposal and management.
Today, most commonly recycled products are paper, cardboard, plastics, glass
and aluminium products. Recycling can be done at home as well as in
conjunction with local government programs, associations and business. Many
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AMRUTA VAISHAMPAYAN
businesses pay for iron scraps or beverage cans we use every day, thus
increasing the cost of their products. Aluminium recycling saves 95% of the
energy it needs to produce from raw materials. The energy saved from recycling
an aluminium ton is equal to the amount of electricity that a household uses for
almost 10 years.
recycling an aluminium cans saves energy by using a 100 watt bulb for 20
hours, a computer for 3 hours, or a tv set for 2 hours. Recycling 20 cans
requires the energy of producing a new can.
Reasons why recycling is necessary:
Recycling saves energy, as the manufacturer does not need to take and
consume the first natural resource to create a product.
Using recycled production materials contributes to reducing energy
consumption, which lowers the cost of production. Recycling protects natural
resources as well as wildlife.
By recycling, we reduce the need for raw material, which deals with destroying
the natural habitat of animals, especially wild ones.
Moreover, paper recycling protects millions of trees from destruction.
Recycling is a positive factor for the economy.
Recycling and buying recycled products also leads to increased demand for such
products.
during their production, products made up of recycled materials need less
water, create less pollution and consume less energy. How and saves taxes.
Recycling helps in climate issues. Recycling produces a very low level of carbon,
a fact that significantly reduces the level of gas emissions that create the effect
of the greenhouse, not at all healthy for us and our planet.
Recycling in the interest of society.
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it is a fact that many natural resources and our earth are not renewable
and this is one of the main reasons why recycling is an important process in our
lives. As an efficient process for the handling and reuse of materials, it promotes
innovation and an important and long-term economic growth.
equally important are both social and environmental benefits because it
promotes the sustainable use of our natural resources and encourages
community development, saving of new land use, pollution prevention, energy
conservation and reducing greenhouse gas effects.
approximately 60% of our waste can be recycled today but there are still
many people who do not know.
5.3 FUTURE SCOPE POST COVID19
HOW COVID-19 HAS CHANGED FUTURE OF RETAIL INTERIOR DESIGN?
Retailers are soon to open up businesses after the lockdown lift, and many things
have changed since covid-19 pandemic.
Customers are likely to visit places where social distancing, hygenic conditions are
maintained.
Surface finishing matters:
Studies have shown that the virus can live for up 72 hours on commonly used
materials such as plastic and steel.
Air quality matters:
It will also be a key factor, with health professionals offering advice on the virus-
mitigating benefits of simply opening windows. This will accelerate the uptake of
already prominent design tactics orientated around biophilia and porous spaces as
consumers come to expect access to fresh air at all times.
Communicating with customers:
Developing a new toolkit that signal when a shopper is entering a ‘controlled
environment’ will be key to helping brands communicate that they’re putting
customer safety first.
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It’d be important to show customers that the space provides them with the
cleanest air and water and protects them against pollution.
Keeping a check:
All employees will be subject to temperature testing using state of the art infrared
camera. Any employee found with a fever will be sent home and a thorough
cleaning of their area will commence.
Maintaining distance between the customers:
The circulation has to be planned in such a way that people can maintain distance
and not crowd over at a particular space. There as to be enough distance between
two lines of display to maintain distance, or it should be designed in such a
manner that distance is maintained.
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6. CASE STUDIES
6.1 ONLINE CASE STUDY 1:
o Shopping centers, interiors architecture
o Project location-Address: higashi Hiroshima, Hiroshima prefecture, japan
o Architects: suppose design office
o Area: 117 m²/ 1260 sq. Feet.
o Year: 2009
o Photographs: Toshifumi Yano
o This is a project for “karis” in a shopping center in Hiroshima.
o The space is for shopping but also for holding events.
o The concept of the store - space that is changing its view or atmosphere
depending on where you are standing, such as caves or limestone caves.
o At some points the place offers a view to the end of the store, and also it
has an area surrounded by the inner partitions.
o The experience walking through the space would be close to something
like walking in nature.
o The purpose of the design is to offer a new shopping experience that
people could see products through strolling in nature.
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o The materials of the partitions are paper tubes that are strong and easy
to work with, and moreover, they are using for tubes to roll up cloths.
o The tubes are layered randomly as to be uneven surfaces and create arch
shapes as partition for the store.
o Because of the arches, the store creates various spaces that are irregular
and complex, such as caves in natur
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Learning and observations from the case study:
1. By avoiding the solid partitions and segregating the areas with tube
partitions, the design gives a sense of openness to the space.
2. There are sustainable alternatives to construction materials that can be used
instead of conventional materials. The recycled cardboard pipes were used
not only for aesthetics but also for creating the passageways and defining the
nature inside the interior. Here we can see that bringing the outside into
inside is possible while making use of different materials that are eco-friendly
and also sustainable.
3. Construction from recycled materials can be very strong and durable and
sustainable as well.
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6.2 ONLINE CASE STUDY 2:
India’s first eco-friendly retail space:
Puma has been the frontrunner in sustainability innovation for many years now.
They have been working towards a toxin-free line of products, compostable
clothing and, have been using interesting methods to get consumer base involved
with their sustainability efforts.
Project title : Puma sports India pvt. Ltd.
Location : indianagar, bangalore
Year of completion : 2013
Area : 800 sqm/ 5000 sq feet.
Building use : retail
Architect : studio decode
o Ducts on the floor, unlike which we normally see on the ceiling. Earth is
used below the ground to cool the air, so 12 feet below the ground the air
enters, gets cooled and then it comes back up through this duct.
o While the roof garden keeps the building insulated from the sun’s direct
heat and the plants keep temperatures lower at all times.
Air conditioning used in the store:
o Geothermal cooling system - a
highly insulated shell and an
underground heat sink system
keeps the temperature constant
throughout the year.
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The mezzanine floor
o Made with bamboo and it is
suspended from the ceiling in
such a way that it can be
dismantled and moved if
needed.
o Floor supspended in mid-air
without any support from the
walls. It is supported only
from the ceiling.
o The entire volume becomes
completely recyclable.
The clothing:
o The apparel is made from fair
trade certified cotton. (Organic
cotton)- the labour laws, the
labour practices, the kind of
benefits which are given to
people who work in the factory
is all part of fare trade as an
organisation.
o The wall and the table in front
of it, has t-shirts made out of
organic cotton.
Solar panels:
o Solar panels, here are used to
generate about 11,000 kw/hrs of
electricity, which means, all the lights
in the store are powered by this solar
panel.
o 90 percent of the store has access to
natural daylight which minimizes the
need for artificial lighting. Only
super-efficient led lights are used
where lighting is absolutely needed.
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Materials:
o The design of the building utilizes a lot of recycled and upcycled materials
o Recycled steel for its facade.
o Structure is made with recycled steel from old dvd players, bicycles and
tiffin boxes.
o The store is bedecked with jute posters and it had a completely carbon
neutral launch.
o Porotherm blocks used to construct the shell of the building were made
using silt from the lakes of kunigal. These lakes are the only sources of
water for villages in kunigal and as such are desilted every year to increase
the water table. The silt usually ends up as waste, but has now been used
as a valuable resource in constructing puma’s new location.
o Furniture and fixtures, moreover, were made using recycled wood while
low volatile organic compound paint was used to paint the store's walls.
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Learnings and observations from the case study:
o In Puma’s store here, sustainability is the main philosophy of the brand
because the brand has organic cotton clothes. The interior design of the store
reflects the philosophy of the brand by using sustainable design.
o Sustainability in the design is present in all aspects of the design such as
materials, the lighting, the services like air conditioning, it is a completely
eco-friendly project.
The store has geothermal air conditioning, a system which is different from the
conventional air conditioning. The client’s mindset regarding the drawback of
designing such interior can be higher costs, which is overlooked by the low
utility bills in longer run like in case of geothermal colling, as it has high initial
costs but more energy savings)
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6.3 Inference
o Use of recycled materials is the new trend in interior design. More people
are becoming aware about the sustainability and reducing landfill waste.
o From the Puma store’s case study, we can see that sustainability in interior
design is something that is not only related to the materials being used
but also the overall process followed while designing and executing a
certain sustainable project, which includes the lighting, air conditioning
system used, the flooring, false ceiling etc.
o There are many different reasons as to why interior designers use such
materials in the design.
o Many designers are using recycled materials which are made from waste.
They can be beautifully used in interior design as they are as strong as
any structural materials.
o In all of these projects, sustainable materials are selected according to
certain characteristics- local materials- the availability of materials,
durability of the materials, reusability of the materials and recycled
content.
o There are significantly more Advantages than Disadvantages while
designing sustainable interiors.
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7. DATA COLLECTION
7.1 ERGONOMICS AND ANTHROPOMETRY
Anthropometry refers to the measurement of the human individual.
The essential function of retail spaces is to display and sell merchandise. The
design of these spaces involves the manipulation and coordination of
architectural, interior design, and merchandising elements as necessary to meet
the programmatic needs of the client.
Main isle width
Secondary Isle width
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7.2 NORMS FROM NATIONAL BUILDING CODE
National Building Code of India covers the detailed guidelines for construction,
maintenance and fire safety of the structures. National Building Code of India is
published by Bureau of Indian Standards and it is recommendatory document.
GROUP – F : MERCANTILE BUILDINGS
These are the buildings used as shops, stores for display and sale of merchandise
either wholesale or retail. Such buildings are further subclassified as:
F–1: Shops, stores, markets with area of 500 sq meter. belong to this subdivision.
CONSIDERATIONS FOR ENERGY EFFICIENCY
1. Glass and glazing design must take into consideration introduction of
daylighting into the interior space of the building and to manage the external
and internal heat loads. External loads include solar heat gains through
fenestration, heat losses across the glass surfaces and unwanted air
infiltration in the building whereas internal loads include heat released by the
electric lighting systems, equipment and people working in the building
space.
2. Proper orientation of a building and due consideration to the size and
placement of windows at the design stage can provide the advantage of
daylighting. To maintain thermal comfort and minimize internal cooling /
heating loads, the envelope needs to regulate and optimize heat transfer
through roof, walls, windows, doors and other opening.
3. An integrated building design considers the Envelope, the Heating Ventilation
and Cooling (HVAC) system and the Lighting system as a whole rather than
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dealing with these independently. Changing the specifications of one system
can affect the performance of the other two significantly.
Similarly, an inefficient lighting system not only increases lighting energy
consumption but could also increases the cooling load on HVAC system thereby
increasing the energy consumption further.
CONSIDERATIONS WHILE DESIGNING AN ENERGY-EFFICIENT BUILDING.
Thus, the main goal of glass and glazing design should be to provide visual and
thermal comfort to the occupants and thereby reducing the electricity cost for
lighting and HVAC.
Sun Path Analysis
Sun path analysis helps us in understanding the impact of the orientation of
buildings and determining the best orientation to understand the impact of
seasonal changes in the building and its surrounding.
Green Building Code in India
In India, the Green Building Code is a medley of codes and standards contained
in the State by-laws, the National Building Code, the Energy Conservation
Building Code (ECBC) and in the norms set by the ratings programmes, such as
Leadership in Energy and Environmental Design-India (LEED-India), the
standards and guidelines put down for the Residential Sector by the Indian
Green Building Council (IGBC), TERI-GRIHA and other such certifications.
Components of Green Building
EPA has extensive programs and information on green building issues, including:
• Energy Efficiency and Renewable Energy
• Water Efficiency
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• Environmentally Preferable Building Materials and Specifications
• Waste Reduction
• Toxics Reduction
• Indoor Air Quality
• Smart Growth and Sustainable Development
EPA's Industrial Materials Recycling Program
It provides information on how industrial materials, such as coal combustion
products, foundry sand, and construction and demolition debris, can be recycled
to meet the material needs of our construction industry.
Industrial materials can be recycled in construction applications because they
have many of the same chemical and physical properties as the virgin materials
they replace.
In some cases, they can even improve the quality of a product.
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7.3 SURVEY REGARDING RECYCLED MATERIALS
Online questionnaire
A survey regarding the awareness of use of recycled materials in the interior
design, was conducted with the help of online platform. This study presents the
results from the questionnaire survey conducted to find out what recycled and
waste materials are being used in the interior and construction industry and the
areas where the people need to be educated about different types of such
materials. The focus was given to the awareness of using such materials by the
architects, interior designers, consultants, civil engineers.
Following is the comprehensive review of data, findings, information relating to
the recycled waste and its application in the interior field.
Methodology:
The survey was conducted through a google survey form and sent to practicing
interior designers, architects, consultants and civil engineers. The survey
addressed to: 1) the profession of the respondent. 2) Respondent’s take on
whether sustainable interior has a future in in the field. 3) Which are the
factors, according the respondents, have the highest impact on the indoor air
quality. 4) Barriers of using recycled materials. 5) The main reason of using
recycled materials in the design. 6) List of materials were mentioned and
respondents were asked to tick all the materials that they are aware of and to
mention any materials not if listed in the options.
Following is the online questionnaire circulated among the participants.
1. Occupation:
a. Architect
b. Interior designer
c. HVAC consultant
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2. Do you think sustainable interiors is the future in interior design/
architecture?
a. Yes
b. Maybe
c. No
3. Which are the factors that have the highest impact on indoor air quality than
the rest?
a. Environmental tobacco smoke
b. Biological agents such as molds
c. Volatile Organic Compounds from different materials
d. Inadequate ventilation
e. Air exchange with outside environment
f. Other: ________________
4. What do you think are the barriers to use recycled materials in interior
design or what do you think are the reasons that designers/ architects/
contractors don’t use recycled materials?
a. Client’s mindset about the quality of product
b. Costs
c. Lack of education regarding certain materials
d. Lack of market to buy the material
e. Other: ________________
5. Do you use recycled materials in your design? If yes what is the main reason
that you use such materials?
a. Quality
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b. Cost
c. Reduce landfill waste
d. Other: ________________
6. How many of such materials are you aware of? Tick all that apply.
a. Recycled plastic
b. Steel
c. Reclaimed wood
d. Paper/ cardboard
e. Steel
f. Other _________________
Results:
The survey was distributed to 44 participants who were interior designers,
architects, civil engineers and consultants from Thane and Mumbai locality. The
response given by the respondents is summarized ahead.
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2%
Question 1:
Occupation of the respondent:
Figure 1: Showing the occupation of the participants.
Findings show that of all the respondents, 52.3% were architects, 43.2% were
interior designers, 2% were civil engineers.
Question 2:
Do you think sustainable interiors is the future in interior design/ architecture?
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Figure 2: showing the opinion of respondents regarding the future of sustainable
interior design.
Findings show that of all 44 respondents, 81.8% think that sustainability has a
future scope, whereas 18.2% think that there might be future scope for
sustainability in the industry.
Question 3:
Which are the factors that have the highest impact on indoor air quality than
the rest?
Figure 3: showing the factors that have more impact on indoor air quality.
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Findings show that 68.2 % of the participants think inadequate ventilation is the
main factor responsible for bad indoor air quality, 47.7% of the participants
think air exchange with outside environment, 43 % of the participants think _, _
% of the participants think volatile organic compounds, 25 % of the participants
think environmental tobacco smoke, 20.5% % of the participants think that
biological molds followed by absence of indoor plants and paint fumes also has
the highest impact on indoor air quality.
Question 4:
What do you think are the barriers to use recycled materials in interior design
or what do you think are the reasons that designers/ architects/ contractors
don’t use recycled materials?
Figure 4: showing the percentage of reasons why designers are not using
recycled materials.
Findings show that the participants surveyed, felt that Lack of education
regarding recycled materials made up 70.5% of the reasons why they do not use
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certain recycled materials. They claimed client’s mindset to be 65.9% of the
reason why certain recycled materials aren’t being used in interior applications.
Lack of market to buy the material constituted for 50% of the reasons followed
by costs being 38.6% followed by other factors such as maintenance, longevity,
awareness etc.
Question 5:
Do you use recycled materials in your design? If yes what is the main reason
that you use such materials?
Figure 5: showing the percentage of materials used in the interior design
applications.
Findings show that of all the participants surveyed, 72.7% felt that reducing
landfill waste is the main reason as why they want to use recycled materials in
the interior design, followed by costs at 15.9%, followed by other reasons such as
aesthetics, helping the environment etc.
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Question 6:
How many of such materials are you aware of?
Figure 6: showing the percentage of materials the designers are aware of.
Findings show that 84.1 % participants are aware about recycled plastic, followed
by 81.8% participants being aware of recycled glass and 75% participants aware
of recycled paper or cardboard, followed by other materials such as reclaimed
wood, steel, rubber, aluminium, wood-fibre composite, carpets, etc.
Conclusion:
The study conducted suggests that all of the participants were aware of the use
of recycled materials in the interior design.
Many of them haven’t yet used such materials in their design because of various
reasons and lack of education or client’s mindset being the primary reasons as
to why designers are not using recycled materials. People are more concerned
about the look, the aesthetics and often do not think about what it will cost to
the environment. Hence, to understand the awareness of using recycled
materials in architecture or interior design, this survey was conducted. As it
turns out, more awareness is needed about the harmful materials and its
negative impact on the environment to make people understand about the
availability of materials, eliminating the misconceptions about the recycled
materials.