A b2b magazine where I had a great experience and had an opportunity to contribute articles in different sectors. This article is on project in India on architecture.
This document describes a two-family home design by Waggonner & Ball Architects. The design is based on the camelback shotgun prototype found in New Orleans. It consists of two nestled forms - a two story, three bedroom unit joined to a one story, one bedroom unit. The larger unit has two bedrooms and a living/dining area on the main floor, and a master bedroom in the "camelback" on the second floor. The smaller unit has a living room, kitchen, and master bedroom. The home is designed to harvest rainwater and solar power.
The document describes a prototype home designed by Pugh + Scarpa called the Make it Right (MIR) home. The MIR home seeks to redefine the concept of a home as a flexible, multifunctional and adaptable space. It features large common areas and emphasizes community over private isolated spaces. The exterior features recycled wooden pallets wrapped around the building to provide shade and texture. The design incorporates various sustainable systems like solar panels, cross ventilation, and rainwater collection to be efficient and environmentally friendly.
This document describes the design of a sustainable housing project based on traditional Creole cottages in New Orleans. Key features include a main three-bedroom unit at the front and a one-bedroom rear unit that can be combined or used separately. The raised structure is set back to optimize solar orientation around a central courtyard. Natural cross ventilation and stack effect ventilation are maximized using room layouts, high windows, and sloped ceilings. Rainwater is collected and reused for irrigation and plumbing, while stormwater is managed through swales and rain gardens. Construction uses prefabricated structural insulated panels for efficiency, and sustainable materials provide a highly insulated building envelope.
THE INTEGRATION OF DESIGN STRATEGIES BETWEEN ORIENTATION AND VENTILATION TO A...Jian Jia
- The document is a case study paper about the S11 House in Malaysia that analyzes how orientation and ventilation strategies were integrated in the design to achieve user comfort.
- Openings like casement windows and sliding doors were used maximize cross ventilation. The orientation of the house and open floor plan also helped air flow.
- Materials like the white coated roof, lightweight concrete walls, and reused materials helped reduce heat gain.
- The study examines how the S11 House effectively addressed Malaysia's hot climate through its ventilation design and use of sustainable materials.
This document provides information on three residential projects in Bangalore:
1. Klassik Benchmark is a 15-storey apartment building located in Bannerghatta Road with 240 flats of various sizes. It has amenities like a central plaza, double basement parking, 85% open space with recreational areas.
2. Srinivasa Naik Residence is a duplex house in Rainbow Residency with a working studio space. Functional volumes are arranged according to sun movement and the northeast terrace provides an evening play space.
3. Sriash Residence is an urban house in Bangalore with a staircase motif organizing the spaces. It has a guest area, family living spaces opening to courty
The document describes traditional house designs in Bikaner, Rajasthan that are well-suited to the hot and dry climate. Houses are constructed of stone or mud bricks with flat or thatched roofs. They are organized around a central courtyard and include rectangular rooms and one circular kitchen or storage space. Walls are thick to provide insulation and protection from sandstorms. Entrances are low and open onto an inner courtyard, and interior spaces are simple with grain storage areas built into the walls. Construction uses locally available materials like mud, thatch, bamboo and lime.
The document discusses the benefits of balconies, including enjoying fresh air, views of the outdoors, and plants that provide oxygen. Balconies allow people to relax outside their home and improve health. They are usually small projections from the building that provide sunlight and ventilation while serving as a space for leisure activities. Balconies can be designed differently based on needs, with seating areas, enclosures, and different materials.
This document describes a two-family home design by Waggonner & Ball Architects. The design is based on the camelback shotgun prototype found in New Orleans. It consists of two nestled forms - a two story, three bedroom unit joined to a one story, one bedroom unit. The larger unit has two bedrooms and a living/dining area on the main floor, and a master bedroom in the "camelback" on the second floor. The smaller unit has a living room, kitchen, and master bedroom. The home is designed to harvest rainwater and solar power.
The document describes a prototype home designed by Pugh + Scarpa called the Make it Right (MIR) home. The MIR home seeks to redefine the concept of a home as a flexible, multifunctional and adaptable space. It features large common areas and emphasizes community over private isolated spaces. The exterior features recycled wooden pallets wrapped around the building to provide shade and texture. The design incorporates various sustainable systems like solar panels, cross ventilation, and rainwater collection to be efficient and environmentally friendly.
This document describes the design of a sustainable housing project based on traditional Creole cottages in New Orleans. Key features include a main three-bedroom unit at the front and a one-bedroom rear unit that can be combined or used separately. The raised structure is set back to optimize solar orientation around a central courtyard. Natural cross ventilation and stack effect ventilation are maximized using room layouts, high windows, and sloped ceilings. Rainwater is collected and reused for irrigation and plumbing, while stormwater is managed through swales and rain gardens. Construction uses prefabricated structural insulated panels for efficiency, and sustainable materials provide a highly insulated building envelope.
THE INTEGRATION OF DESIGN STRATEGIES BETWEEN ORIENTATION AND VENTILATION TO A...Jian Jia
- The document is a case study paper about the S11 House in Malaysia that analyzes how orientation and ventilation strategies were integrated in the design to achieve user comfort.
- Openings like casement windows and sliding doors were used maximize cross ventilation. The orientation of the house and open floor plan also helped air flow.
- Materials like the white coated roof, lightweight concrete walls, and reused materials helped reduce heat gain.
- The study examines how the S11 House effectively addressed Malaysia's hot climate through its ventilation design and use of sustainable materials.
This document provides information on three residential projects in Bangalore:
1. Klassik Benchmark is a 15-storey apartment building located in Bannerghatta Road with 240 flats of various sizes. It has amenities like a central plaza, double basement parking, 85% open space with recreational areas.
2. Srinivasa Naik Residence is a duplex house in Rainbow Residency with a working studio space. Functional volumes are arranged according to sun movement and the northeast terrace provides an evening play space.
3. Sriash Residence is an urban house in Bangalore with a staircase motif organizing the spaces. It has a guest area, family living spaces opening to courty
The document describes traditional house designs in Bikaner, Rajasthan that are well-suited to the hot and dry climate. Houses are constructed of stone or mud bricks with flat or thatched roofs. They are organized around a central courtyard and include rectangular rooms and one circular kitchen or storage space. Walls are thick to provide insulation and protection from sandstorms. Entrances are low and open onto an inner courtyard, and interior spaces are simple with grain storage areas built into the walls. Construction uses locally available materials like mud, thatch, bamboo and lime.
The document discusses the benefits of balconies, including enjoying fresh air, views of the outdoors, and plants that provide oxygen. Balconies allow people to relax outside their home and improve health. They are usually small projections from the building that provide sunlight and ventilation while serving as a space for leisure activities. Balconies can be designed differently based on needs, with seating areas, enclosures, and different materials.
This document discusses building techniques for construction in cold climates. The main objectives are resisting heat loss and promoting heat gain. To resist heat loss, buildings should decrease exposed surface area and use insulating materials. To promote heat gain, buildings should maximize sunlight exposure and trap heat from the sun. Specific techniques discussed include orienting buildings on south-facing slopes, clustering buildings to reduce wind, using wide east-west oriented streets, and designing windows, walls, roofs, and colors to minimize heat loss and maximize solar heat gain. A case study of buildings in Leh, India demonstrates these cold climate construction methods.
This document discusses passive solar buildings. Passive solar buildings are designed to allow sunlight to enter and provide heat during winter months while blocking sunlight in summer. They use elements like south-facing windows, thermal mass materials, and shading. Common passive solar systems include direct gain, indirect gain, and daylighting, which utilize thermal storage in walls and floors to capture and release the sun's heat. Passive solar buildings can reduce heating bills by up to 40% annually and provide comfortable indoor temperatures year-round with no mechanical assistance.
The Screen Home is a 1200 square foot residence in Urbana, Illinois consisting of minimal public and private spaces separated vertically. The public spaces on the lower level change in elevation with the sloping site and are visually connected to the private spaces above via an exposed walkway. Materials like cedar, brick, and concrete wrap the structure inside and out, blurring the lines between interior and exterior. Extensive use of exterior screening and glazing allows natural light control while preventing views from outside. The home relates to the landscape by projecting from the street and falling with the sloping site.
The Tropical Box House was designed by WHBC Architects to be climate-appropriate for the tropical environment. It uses a concrete egg-crate structure around the exterior to shield from heat while allowing daylight in. Openings of various sizes regulate light and ventilation. The design takes advantage of the sloping terrain, raising the house off the ground to stay dry and among tree canopies. Living spaces are on the entry level with bedrooms upstairs and a garage below to avoid dampness. Large windows frame views of the forest and trees.
Carterwilliamson Architects renovated a late 19th century cowshed in Sydney, Australia to preserve its integrity while making it more habitable for a growing family. The architects widened parts of the structure to accommodate more living spaces while retaining the original brick walls for acoustic and thermal comfort. Sustainable materials like recycled bricks, concrete floors, and timber windows connect the interior and exterior spaces in a green way. The renovated cowshed now feels bright and private despite its dense urban context thanks to a serpentine metal roof and ribbon windows.
Tropical Architecture Presentation (Remodeling House)Vroro Moore
this power point is actually a raw model of my tropical architecture presentation (a remodeling house case into a tropical living), because I lost the good one (the final product of the power point), but I hope people could like it and can take much benefit from it.
The document provides details on several interior design projects completed by Simona Palo, including:
1. Renovating an apartment in a historic building in Salerno, Italy, merging two units and incorporating natural materials.
2. Transforming a deteriorating hilltop villa by increasing facade heights, adding large windows, and merging the interior and exterior with glass.
3. Converting a dental practice into a house with a garden terrace, fusing modern and classical elements with natural materials.
4. Restoring an ancient bell tower dating to 1000 AD in Salerno into a bed and breakfast, increasing light while respecting heritage guidelines.
This document discusses design recommendations for buildings in cold and cloudy regions. It recommends compact building designs with small surface area to volume ratios to minimize heat loss. It also recommends maximizing southern exposure for windows to encourage solar heat gain during winter. Specific building elements like roofs, walls and fenestrations should be insulated and use materials with high thermal mass and capacity to absorb solar heat. Passive solar heating strategies like Trombe walls and sunspaces can be used to effectively collect, store and distribute solar heat within buildings during winter.
This document describes an energy efficient home built by M Street Homes in Houston, Texas that meets the requirements of the U.S. Department of Energy's Zero Energy Ready Home program. The home uses a tri-generation system that provides electricity, heating, and cooling on-site through a natural gas generator. It is the first home to utilize this type of tri-generation system. The home meets high standards for energy efficiency through air sealing, insulation, HVAC systems, appliances, and solar panels. It is expected to operate as a net-zero or positive energy home through efficient design and on-site power generation.
The CII - Sohrabji Godrej Green Business Centre in Hyderabad is considered one of the most environmentally friendly buildings in the world. It utilizes numerous sustainable design features like a green roof, solar panels, jali designs, natural ventilation techniques, and water recycling to minimize its environmental impact. The building achieves significant reductions in energy and water usage compared to a conventional building of the same size. It also uses primarily local and recycled materials and has measures to reduce waste. The Green Business Centre won international recognition and serves as a model for green building practices in India.
This document discusses the integration of Malay vernacular design and modern design in a deck house to achieve thermal comfort in tropical climates. It analyzes considerations of Malay vernacular architecture, including elevated structures, large overhangs, and ventilation at body level. Issues with modern design like a lack of environmental concern and disconnect from the natural environment are identified. The document presents findings on integrating vernacular and contemporary design principles in the deck house, such as minimal partitions to promote air movement, shaded areas, and operable openings for cross ventilation.
The document describes a passively designed net-zero energy home called The Nook. Key features include a solid thermal envelope with small windows on the east and west and larger windows to the north for cross ventilation and indirect daylighting. The south facade has large glazing, a photovoltaic system, and a trombe wall for solar gains and views. Various interior nooks provide play and rest spaces. Thermal modeling shows internal temperatures between 17-27°C from external temperatures of -16-37°C. Daylighting and energy analysis indicate the design meets passive strategies for comfort, lighting, and net-zero energy use.
This document provides a case study analysis of the Sekeping Serendah Glass Shed in Malaysia. The glass shed utilizes various passive design elements and natural materials to maximize natural ventilation and thermal comfort for visitors. These include cross ventilation facilitated by openings on the southeast and northeast sides to catch prevailing winds, a elevated design to promote airflow, and a open floor plan and roof structure similar to traditional Malay houses. Materials with low thermal capacity, like glass and wood, are used to reduce heat gain. The design successfully demonstrates how passive strategies can provide thermal comfort with reduced energy usage.
This portfolio document summarizes several renovation and refurbishment projects completed by Andy and Nikki including: renovating a 3 bedroom terrace house in Walthamstow; extending a 3 bedroom terrace house in Walthamstow; refurbishing a flat in Shoreditch; renovating a terraced house with a small extension in Barnet; and renovating a 1930s terraced house with a small extension in Ipswich. Collaborators on these projects are also listed.
The Cube House is a residential building in Ahmedabad, India designed by Verizon Architects. It is composed of interconnected cubes and cuboids stacked to generate private and semi-private spaces while focusing on garden views. The cubes are placed perpendicular to each other, creating cantilevered volumes. On the ground floor are common spaces like the living room as well as a master bedroom. Upper floors contain additional bedrooms and bathrooms, maintaining privacy for occupants. The design maximizes light and ventilation through its modular form and large openings facing the garden.
Introduction
What are passive solar building
How does passive solar building use sun’s power
How does it work
Passive solar design (rule of thumb)
System involved
Material consideration
Benefits
Usages among countries
Levels of application
Passive solar draught cooling
Advantages
Disadvantages
Conclusion
vernacular architecture in Hot and dry climate Sumit Ranjan
The document describes design principles for buildings in hot and dry climates. Some key points are:
1. Buildings should be compact in form and oriented to minimize sun exposure. Openings allow ventilation.
2. Courtyards are effective for passive cooling as cool night air is trapped and hot air rises out.
3. Materials like thick walls and white roofs reduce heat gain. Vegetation, water features, and shaded outdoor spaces also help moderate temperatures.
The document summarizes the renovation of a 2,200 square foot duplex penthouse in Tribeca, Manhattan. The renovation transformed the space into a modern two bedroom, two bathroom loft apartment while maintaining historic details. Major renovations included encasing structural columns in steel, adding a fireplace, creating an 18-foot ceiling with a mezzanine level, and installing a new balcony and MEP systems. The general contractor, X-ACT Contracting Corporation, completed the 12-month gut renovation in 2014.
This document discusses passive solar buildings. Passive solar buildings are designed to collect, store, and distribute solar energy for heating and cooling. They use elements like south-facing windows, thermal mass materials, and shading to regulate temperatures. Passive solar design works by allowing sunlight to provide heat in winter while blocking excess heat in summer. It can reduce heating bills by 40% annually and includes different techniques like direct gain, indirect gain, and isolated gain. Examples of successful passive solar buildings are provided from the US and Germany.
This traditional Adam style home was built around an old oak tree to preserve it. The home was designed with environmental concerns in mind, using permeable pavers, geo-thermal heating/cooling, and recycled/sustainable materials for insulation. The open floor plan centers around a octagonal kitchen with views of the surrounding areas.
Este documento é uma ficha de inscrição para uma exposição fotográfica sobre demência, solicitando o nome, endereço, contato e e-mail do participante, bem como se é fotógrafo profissional ou amador, devendo ser enviada por e-mail até 3 de janeiro de 2014.
The document defines a project and discusses the key aspects of project management. It states that a project is a temporary endeavor undertaken to create a unique product, service, or result. Projects are implemented to achieve an organization's strategic plan or address requests outside normal operations. While projects and operations both involve people and resources, projects are temporary in nature and focus on producing a unique output, while operations are ongoing and repetitive. Project management involves planning, organizing, managing, and controlling resources to achieve specific goals for a project.
This document discusses building techniques for construction in cold climates. The main objectives are resisting heat loss and promoting heat gain. To resist heat loss, buildings should decrease exposed surface area and use insulating materials. To promote heat gain, buildings should maximize sunlight exposure and trap heat from the sun. Specific techniques discussed include orienting buildings on south-facing slopes, clustering buildings to reduce wind, using wide east-west oriented streets, and designing windows, walls, roofs, and colors to minimize heat loss and maximize solar heat gain. A case study of buildings in Leh, India demonstrates these cold climate construction methods.
This document discusses passive solar buildings. Passive solar buildings are designed to allow sunlight to enter and provide heat during winter months while blocking sunlight in summer. They use elements like south-facing windows, thermal mass materials, and shading. Common passive solar systems include direct gain, indirect gain, and daylighting, which utilize thermal storage in walls and floors to capture and release the sun's heat. Passive solar buildings can reduce heating bills by up to 40% annually and provide comfortable indoor temperatures year-round with no mechanical assistance.
The Screen Home is a 1200 square foot residence in Urbana, Illinois consisting of minimal public and private spaces separated vertically. The public spaces on the lower level change in elevation with the sloping site and are visually connected to the private spaces above via an exposed walkway. Materials like cedar, brick, and concrete wrap the structure inside and out, blurring the lines between interior and exterior. Extensive use of exterior screening and glazing allows natural light control while preventing views from outside. The home relates to the landscape by projecting from the street and falling with the sloping site.
The Tropical Box House was designed by WHBC Architects to be climate-appropriate for the tropical environment. It uses a concrete egg-crate structure around the exterior to shield from heat while allowing daylight in. Openings of various sizes regulate light and ventilation. The design takes advantage of the sloping terrain, raising the house off the ground to stay dry and among tree canopies. Living spaces are on the entry level with bedrooms upstairs and a garage below to avoid dampness. Large windows frame views of the forest and trees.
Carterwilliamson Architects renovated a late 19th century cowshed in Sydney, Australia to preserve its integrity while making it more habitable for a growing family. The architects widened parts of the structure to accommodate more living spaces while retaining the original brick walls for acoustic and thermal comfort. Sustainable materials like recycled bricks, concrete floors, and timber windows connect the interior and exterior spaces in a green way. The renovated cowshed now feels bright and private despite its dense urban context thanks to a serpentine metal roof and ribbon windows.
Tropical Architecture Presentation (Remodeling House)Vroro Moore
this power point is actually a raw model of my tropical architecture presentation (a remodeling house case into a tropical living), because I lost the good one (the final product of the power point), but I hope people could like it and can take much benefit from it.
The document provides details on several interior design projects completed by Simona Palo, including:
1. Renovating an apartment in a historic building in Salerno, Italy, merging two units and incorporating natural materials.
2. Transforming a deteriorating hilltop villa by increasing facade heights, adding large windows, and merging the interior and exterior with glass.
3. Converting a dental practice into a house with a garden terrace, fusing modern and classical elements with natural materials.
4. Restoring an ancient bell tower dating to 1000 AD in Salerno into a bed and breakfast, increasing light while respecting heritage guidelines.
This document discusses design recommendations for buildings in cold and cloudy regions. It recommends compact building designs with small surface area to volume ratios to minimize heat loss. It also recommends maximizing southern exposure for windows to encourage solar heat gain during winter. Specific building elements like roofs, walls and fenestrations should be insulated and use materials with high thermal mass and capacity to absorb solar heat. Passive solar heating strategies like Trombe walls and sunspaces can be used to effectively collect, store and distribute solar heat within buildings during winter.
This document describes an energy efficient home built by M Street Homes in Houston, Texas that meets the requirements of the U.S. Department of Energy's Zero Energy Ready Home program. The home uses a tri-generation system that provides electricity, heating, and cooling on-site through a natural gas generator. It is the first home to utilize this type of tri-generation system. The home meets high standards for energy efficiency through air sealing, insulation, HVAC systems, appliances, and solar panels. It is expected to operate as a net-zero or positive energy home through efficient design and on-site power generation.
The CII - Sohrabji Godrej Green Business Centre in Hyderabad is considered one of the most environmentally friendly buildings in the world. It utilizes numerous sustainable design features like a green roof, solar panels, jali designs, natural ventilation techniques, and water recycling to minimize its environmental impact. The building achieves significant reductions in energy and water usage compared to a conventional building of the same size. It also uses primarily local and recycled materials and has measures to reduce waste. The Green Business Centre won international recognition and serves as a model for green building practices in India.
This document discusses the integration of Malay vernacular design and modern design in a deck house to achieve thermal comfort in tropical climates. It analyzes considerations of Malay vernacular architecture, including elevated structures, large overhangs, and ventilation at body level. Issues with modern design like a lack of environmental concern and disconnect from the natural environment are identified. The document presents findings on integrating vernacular and contemporary design principles in the deck house, such as minimal partitions to promote air movement, shaded areas, and operable openings for cross ventilation.
The document describes a passively designed net-zero energy home called The Nook. Key features include a solid thermal envelope with small windows on the east and west and larger windows to the north for cross ventilation and indirect daylighting. The south facade has large glazing, a photovoltaic system, and a trombe wall for solar gains and views. Various interior nooks provide play and rest spaces. Thermal modeling shows internal temperatures between 17-27°C from external temperatures of -16-37°C. Daylighting and energy analysis indicate the design meets passive strategies for comfort, lighting, and net-zero energy use.
This document provides a case study analysis of the Sekeping Serendah Glass Shed in Malaysia. The glass shed utilizes various passive design elements and natural materials to maximize natural ventilation and thermal comfort for visitors. These include cross ventilation facilitated by openings on the southeast and northeast sides to catch prevailing winds, a elevated design to promote airflow, and a open floor plan and roof structure similar to traditional Malay houses. Materials with low thermal capacity, like glass and wood, are used to reduce heat gain. The design successfully demonstrates how passive strategies can provide thermal comfort with reduced energy usage.
This portfolio document summarizes several renovation and refurbishment projects completed by Andy and Nikki including: renovating a 3 bedroom terrace house in Walthamstow; extending a 3 bedroom terrace house in Walthamstow; refurbishing a flat in Shoreditch; renovating a terraced house with a small extension in Barnet; and renovating a 1930s terraced house with a small extension in Ipswich. Collaborators on these projects are also listed.
The Cube House is a residential building in Ahmedabad, India designed by Verizon Architects. It is composed of interconnected cubes and cuboids stacked to generate private and semi-private spaces while focusing on garden views. The cubes are placed perpendicular to each other, creating cantilevered volumes. On the ground floor are common spaces like the living room as well as a master bedroom. Upper floors contain additional bedrooms and bathrooms, maintaining privacy for occupants. The design maximizes light and ventilation through its modular form and large openings facing the garden.
Introduction
What are passive solar building
How does passive solar building use sun’s power
How does it work
Passive solar design (rule of thumb)
System involved
Material consideration
Benefits
Usages among countries
Levels of application
Passive solar draught cooling
Advantages
Disadvantages
Conclusion
vernacular architecture in Hot and dry climate Sumit Ranjan
The document describes design principles for buildings in hot and dry climates. Some key points are:
1. Buildings should be compact in form and oriented to minimize sun exposure. Openings allow ventilation.
2. Courtyards are effective for passive cooling as cool night air is trapped and hot air rises out.
3. Materials like thick walls and white roofs reduce heat gain. Vegetation, water features, and shaded outdoor spaces also help moderate temperatures.
The document summarizes the renovation of a 2,200 square foot duplex penthouse in Tribeca, Manhattan. The renovation transformed the space into a modern two bedroom, two bathroom loft apartment while maintaining historic details. Major renovations included encasing structural columns in steel, adding a fireplace, creating an 18-foot ceiling with a mezzanine level, and installing a new balcony and MEP systems. The general contractor, X-ACT Contracting Corporation, completed the 12-month gut renovation in 2014.
This document discusses passive solar buildings. Passive solar buildings are designed to collect, store, and distribute solar energy for heating and cooling. They use elements like south-facing windows, thermal mass materials, and shading to regulate temperatures. Passive solar design works by allowing sunlight to provide heat in winter while blocking excess heat in summer. It can reduce heating bills by 40% annually and includes different techniques like direct gain, indirect gain, and isolated gain. Examples of successful passive solar buildings are provided from the US and Germany.
This traditional Adam style home was built around an old oak tree to preserve it. The home was designed with environmental concerns in mind, using permeable pavers, geo-thermal heating/cooling, and recycled/sustainable materials for insulation. The open floor plan centers around a octagonal kitchen with views of the surrounding areas.
Este documento é uma ficha de inscrição para uma exposição fotográfica sobre demência, solicitando o nome, endereço, contato e e-mail do participante, bem como se é fotógrafo profissional ou amador, devendo ser enviada por e-mail até 3 de janeiro de 2014.
The document defines a project and discusses the key aspects of project management. It states that a project is a temporary endeavor undertaken to create a unique product, service, or result. Projects are implemented to achieve an organization's strategic plan or address requests outside normal operations. While projects and operations both involve people and resources, projects are temporary in nature and focus on producing a unique output, while operations are ongoing and repetitive. Project management involves planning, organizing, managing, and controlling resources to achieve specific goals for a project.
The document discusses procurement management and outlines the procurement cycle which begins with identifying a need and developing a business case, then defining an approach, evaluating suppliers, awarding a contract, and managing the contract. It notes critical success factors include not taking a mechanistic approach, using good judgement and transparency, recognizing procurement as a profession, and considering risk profiles. It provides advice to future operations managers to involve experts in strategic procurement and aggregate routine procurements. Finally, it discusses the importance of ethical procurement behavior especially when using public funds.
UTE OTRAS VARIABLES QUE DETERMINAN LA DIVERSIDAD EN EL AULAgladysfierro1999
El documento discute varios aspectos de la diversidad en el aula, incluyendo la diversidad de género, orientación sexual y cultural. Enfatiza que la diversidad debe verse como una riqueza y oportunidad, no solo como diferencia. También destaca la importancia de la educación intercultural y multicultural para promover la inclusión y reducir prejuicios.
A woman is waiting for her date Max at their favorite coffee spot. When she arrives 10 minutes late, she finds the chair knocked over but Max is not there. She assumes it is one of his silly pranks. However, when she gets a text later that night and screams in fear, it is implied that something bad has happened to Max.
Vijay Bhatia is seeking a position in operations or administration with 8 years of experience in production, retail, inventory control, and customer service. He has worked as a production/purchase coordinator and inventory assistant. His responsibilities have included scheduling production, ensuring quality standards, collaborating with customers and suppliers, monitoring inventory levels and orders, and maintaining documentation. He has a bachelor's degree from Ajmer University and seeks to utilize his skills in prioritization, teamwork, communication, and computers in a growth-oriented organization.
PROBALISTIC FAILURE ASSESSMENT OF A SEMI-DETACHED REINFORCED BUILDINGObinna Charles
This document outlines a research study that aims to determine the level of risk associated with a reinforced concrete building under gross error. The objectives are to analyze the as-built building, estimate failure probabilities of structural elements, redesign the building using finite element analysis, compare risks of the original and new design, and make recommendations. The study will model the as-built structure using software and analyze beams, columns, and slabs to determine reasons for failure. Design equations will be used to calculate reliability and assess risk. The research intends to contribute to knowledge on failure assessment of reinforced concrete buildings under gross error conditions.
The document discusses the ways in which the author's skills and understanding of conventions has improved from their preliminary magazine cover and contents page to their final rock magazine project. For the preliminary work, the author lacked knowledge of conventions regarding things like layout, fonts, colors, images and editing. However, through research and learning, the final project demonstrates stronger adherence to conventions for elements like having a centered masthead, using props in photos, breaking up the contents page with images and fonts, and employing colors and a mode of address that appeal to the target audience. The author recognizes substantial improvements in making their work more conventional and appealing for the genre of a rock magazine.
La calle Azorín está bien comunicada con Torrente y tiene una avenida principal con dos carriles en cada dirección y un paso peatonal con plantas. La calle Rosalía de Castro está algo alejada del centro pero conectada a Torrente, con adosados y árboles. La calle Poeta José de Espronceda también está fuera del centro pero conectada a través de una calle principal, con edificios, casas y algunos comercios. Algunas ciudades tienen nombres de literatos importantes como Rosalía de Castro en Albal. En el futuro
El documento lista diferentes roles y áreas de desempeño en una escuela. Incluye roles como docente, coordinador, rector, estudiantes, orientador y secretarias, así como áreas de desempeño como matemáticas, sociales, informática, español, biología, religión, inglés, artes y ética.
The document discusses procurement management and outlines the procurement cycle which begins with identifying a need and developing a business case, then defining an approach, evaluating suppliers, awarding a contract, and managing the contract. It notes critical success factors include not taking a mechanistic approach, using good judgement and transparency, recognizing procurement as a profession, and considering risk profiles. It provides advice to future operations managers to involve experts in strategic procurement and aggregate routine procurements. Finally, it discusses the importance of ethical procurement behavior especially with public money.
Este documento describe dos plataformas educativas: Papás 2.0 y Delphos. Papás 2.0 tiene tres módulos: Secretaría Virtual, Aula Virtual y Comunicación Papás, que facilitan la gestión administrativa, la comunicación entre el centro y las familias, y el aprendizaje en línea. Delphos ofrece servicios similares. El documento explica en detalle las funciones y organización de cada plataforma desde las perspectivas de profesores y padres. Finalmente, incluye debates sobre el uso real de estas herramientas.
NORTEK MINERAL FILLED COMPOUNDS FOR PLASTIC INDUSTRYSERHAT HASOGLU
TERMOFORM is a Turkish production company established in 2008 that produces mineral-filled compounds. It moved to a new facility in Aksaray City in 2010 and produces high quality calcium carbonate, talc, and fiberglass compounds under the NORTEK, POLYNOR, and TERMOLIN brands. The company aims to be a consistent supplier to customers in Turkey and exported countries through sustainable growth and quality products.
The Kaufmann Desert House designed by Richard Neutra in Palm Springs, California uses passive design strategies to remain cool in the harsh desert climate. The steel and glass construction is shaded by large cantilevered overhangs and uses thick stone walls to regulate indoor temperatures. Cross ventilation and airflow between connected indoor and outdoor spaces further cool the house. Landscaping with a central swimming pool and desert plants create microclimates that reduce heat island effects around the structure. Through these materials and design choices, Neutra created a thermally efficient home suited for life in the hot desert environment.
This PPT for case study on Adaptive reuse on gohar mahal, bhopal
Adaptive reuse is the process of taking an old building or site, and reusing it for a purpose other than it was designed. Typically, it is closely related to historic preservation or conservation around cities with rich history
This house is designed by Makoto Tanijiri,Japanese architect.
It is designed in very good way like proper wind circulation ans natural light through the skylight.
This document provides details on several architectural works by Frank Lloyd Wright:
- The house has a basement with large air ducts to heat and circulate fresh air through floor grilles. Horizontal elements and few verticals compose the pinwheel floor plan.
- Unity Temple integrates all systems and has hollow columns that serve as air ducts. It was one of the first non-industrial buildings constructed of poured concrete.
- The Imperial Hotel in Tokyo survived earthquakes due to its modular design. It formed an H-shape with guest rooms along the sides and common areas in the center.
connection to habitat, sustainability in interior design, Architecture: The design strategies found in “Connection to Habitat” address sustainability through an architectural correlation with a regional definition of place.
The determination of a regional condition is geographic but broadly scaled, whether drawn from solar angles at a particular latitude, local meteorological conditions, or a specific architectural vernacular.
In each case, the habitat maintains a close relationship with its external environment by adapting to and learning from its locality.
The differences between various climactic and cultural contexts is not emphasized here so much as the variety of the methods attuned to regional conditions, since these residences are, in fact, all located in the northern and southern temperate zones.
The Kimbell Art Museum features a unique vaulted concrete roof structural system that provides an impression of simplicity from the outside but hides layers of complexity. The roof acts as a series of arches that counteract outward thrust and are supported only by corner columns. Beams hang from the roof and act in tension through post-tensioning. Together, the roof, beams, and post-tensioning tendons form an integrated structural whole that eliminates the need for visible load-bearing walls.
This document provides information about a 3,500 square foot house designed by Bohlin Cywinski Jackson for a structural engineer. The single family home located on a 0.3 acre lot was constructed in 2008. Notable features include a central courtyard organized around a reflecting pool, an exposed galvanized steel structure, and various sustainable elements like solar hot water and photovoltaic panels. The owner, who did the structural engineering himself, sought an honest expression of the building's structure.
This document provides information about the architect B. Shashi Bhooshan, including his educational background and professional experience. It discusses some of his notable works that have received awards and critical acclaim. It then provides details about two specific projects - the Mallikarjun Residence in Bangalore and the Hegde House in Mysore. Floor plans and images are included to illustrate the designs. The document also shares details about Bhooshan's own residence built in Mysore in 1989, including its passive cooling features, use of local and recycled materials, and natural lighting methods.
The following presentation includes the case studies of different residential buildings. It was done by students of Pulchowk campus, Nepal in 2nd year.
it includes the form and functional aspects of residential buildings and how can we develop concepts. also it includes topics like site forces and how they have effects in design process.
The University of Exeter Forum Building project involved constructing a new central building and roof structure to connect existing campus buildings. Wilkinson Eyre Architects designed a £48 million curved gridshell roof made of glulam timber and steel nodes to cover 3,500 square meters. The roof uses natural materials like oak, copper, and ETFE panels to blend with the surrounding landscape. The complex roof structure required careful engineering and construction to create the flowing double curved design.
The document discusses passive solar building design. It begins by noting that population growth and urbanization have increased energy consumption. About 35-40% of energy is used by buildings, mostly for heating. The rest of the document discusses various passive solar design elements that can be used to collect, store, and distribute solar energy for heating buildings in winter and cooling in summer. These include south-facing windows, thermal mass materials, shading devices, and thermal storage walls like Trombe walls. The benefits of passive solar design are reducing energy consumption and heating/cooling costs.
This project focused on the structural engineering design of a 180,000 square foot, 25-floor hotel with 582 rooms in Seattle. Steven Sun led the design of the building layout and structural systems to support gravity and dynamic wind/seismic loads. Key structural elements included shear walls with reinforced concrete columns, composite floor slabs with shear studs, and bolted angle connections between floor beams and girders. Renderings and details of these structural components were developed using Revit, AutoCAD, and SketchUp.
This document provides an architectural assessment and renovation plan for a historic Craftsman-style home built circa 1925. It analyzes the home's original design features and later modifications. The renovation aims to restore original elements, improve functionality, and convert the home into a duplex while respecting its historic character. Key aspects include replacing the front door; renovating the living room, kitchen and dining room; restoring original windows; and modifying the rear entrance to serve as the second unit's entryway.
The Kedah State Museum is located two kilometers from the town center of Alor Setar, Kedah. It faces the main road and is near the state mosque. The old and new museums are situated side by side, with the new museum being larger and more modern. Traditional Malay houses and event halls are located on the museum grounds. The roof of the old museum differentiates it from other buildings with its 12-star ornamentation.
The Kedah State Museum is located two kilometers from the town center of Alor Setar, Kedah. It faces the main road and is near the state mosque. The old and new museums are situated side by side, with the new museum being larger and more modern. Traditional Malay houses and event halls are located on the museum grounds. The roof of the old museum differentiates it from other buildings with its 12-star ornamentation.
The Kedah State Museum is located two kilometers from the town center of Alor Setar, Kedah. It faces the main road and is near the state mosque. The old museum and new museum buildings have similar features but different sizes and architectural styles. Traditional Malay houses and event halls are located on the museum grounds. The roof of the old museum has 12-star ornamentation that distinguishes it from other buildings.
The Kedah State Museum is located two kilometers from the town center of Alor Setar, Kedah. It faces the main road and is near the state mosque. The old museum and new museum buildings have similar features but different sizes and architectural styles. Traditional Malay houses and event halls are located on the museum grounds. The roof of the old museum has 12-star ornamentation that distinguishes it from other buildings.
Natural Ventilation: Design Strategies and Case StudiesKashishAhuja43
This presentation explores the concept of natural ventilation in buildings, highlighting its benefits and design strategies. We will delve into case studies that showcase successful implementations of natural ventilation in various climates and building types.
Key areas covered:
Understanding Natural Ventilation: The presentation will define natural ventilation and its principles of operation. We will explore the driving forces such as pressure differences (stack effect) and wind movement.
Benefits of Natural Ventilation: We will discuss the advantages of natural ventilation, including improved indoor air quality, occupant comfort, energy efficiency, and cost savings.
Design Strategies for Natural Ventilation: The presentation will delve into practical design strategies to achieve effective natural ventilation. This will include considerations for window placement, stack ventilation, courtyard design, and passive cooling techniques.
Case Studies: The core of the presentation will showcase real-world examples of buildings that successfully utilize natural ventilation. We will analyze different case studies, exploring how they address climate challenges and achieve optimal indoor air quality through design.
Target Audience:
Architects
Engineers
Sustainable Design Professionals
Building Owners and Developers
Anyone interested in energy-efficient and healthy building design
Expected Outcomes:
By the end of this presentation, the audience will gain a comprehensive understanding of natural ventilation and its role in sustainable building design. They will be equipped with knowledge on design strategies and practical case studies to consider for their own projects.
Similar to Construction and Architecture Magazine (20)
The document discusses real estate and infrastructure projects in India. It reports that real estate developers launched over 100 new projects in major cities during the festive season, hoping to boost residential sales. However, real estate groups had expressed disappointment that the Reserve Bank of India kept interest rates unchanged in its recent monetary policy meeting, as developers were hoping for a rate cut to further stimulate the housing market. The document also discusses challenges in infrastructure projects like delays due to poor planning, shortage of skilled labor, and cost overruns.
The document discusses India's 'Make in India' campaign launched by Prime Minister Narendra Modi to boost manufacturing. It aims to make India a global manufacturing hub and create jobs. The campaign focuses on improving the business environment, attracting foreign investment, and enhancing purchasing power to expand the middle class. Steel production in India is also expected to grow substantially due to increased infrastructure development. However, there are challenges around land acquisition and financing that have hindered growth of the highway sector.
The document discusses NBCC Ltd, a state-run construction company in India. NBCC's stock price has risen significantly recently due to large orders the company has received. It was awarded a contract to develop Waqf properties across India and is in talks for other major redevelopment projects. Analysts expect NBCC's order book and earnings visibility to grow substantially in the future given the large opportunities in infrastructure development. The document also discusses India's growing infrastructure market size and the real estate industry's wish list for support from the new government such as infrastructure status for housing projects.
The document discusses plans by the Government of India and state governments to boost infrastructure development through various policy changes. It discusses proposals to ease rules for foreign investment in construction projects, allow certain ministries to approve projects up to Rs. 1000 crore without Cabinet approval, and switch some road projects to the conventional EPC model from the BOT model due to lack of investor interest in BOT projects. It also discusses Singapore builders showing interest in the construction of green buildings in Vijayawada, Andhra Pradesh as the state plans its new capital city.
The document discusses several infrastructure development projects and initiatives in India:
1) The Modi government plans to invite global bids for construction of trunk infrastructure in five proposed smart cities by the end of the fiscal year.
2) Several highway projects worth over Rs 43,000 crore received no bids due to factors like credit squeeze, rising NPAs, and land/regulatory issues impeding infrastructure growth.
3) India has pledged $100 million for upgrading Iran's Chabahar port to improve trade connectivity with Afghanistan and Central Asia.
The document discusses several infrastructure development projects and initiatives in India:
1) The Modi government plans to invite global bids for construction of trunk infrastructure in five proposed smart cities by the end of the fiscal year.
2) Several highway projects worth over Rs 43,000 crore received no bids, worrying officials as ambitious targets are not being met.
3) India has pledged $100 million for upgrading the Chabahar port in Iran to improve trade connectivity with Afghanistan and Central Asia.
4) An agreement was signed for India and Japan to cooperate in developing Varanasi as a 'smart heritage city' modeled on Kyoto.
Prime Minister Modi's visit to Japan raised hopes that an agreement would be reached for the Mumbai-Ahmedabad bullet train project. The Indian Railways is working to finalize the project, which would connect Mumbai and Ahmedabad with a high-speed rail line capable of speeds up to 300 km/h. Feasibility studies are being conducted by the Japan International Cooperation Agency and French railway groups. The project is estimated to cost Rs. 62,000 crore but faces complications involving alignment and infrastructure given the varied terrain between the two cities.
The document discusses several infrastructure development projects and initiatives in India:
1) The Modi government plans to invite global bids for construction of trunk infrastructure in five proposed smart cities by the end of the fiscal year.
2) Several highway projects worth over Rs 43,000 crore received no bids, worrying officials as ambitious targets are not being met.
3) India has pledged $100 million for upgrading the Chabahar port in Iran to improve trade connectivity with Afghanistan and Central Asia.
4) An agreement was signed for India and Japan to cooperate in developing Varanasi as a 'smart heritage city' modeled on Kyoto.
Prime Minister Modi's visit to Japan raised hopes that an agreement would be reached for the Mumbai-Ahmedabad bullet train project. The Indian Railways is working to finalize the project, which would connect Mumbai and Ahmedabad with a high-speed rail line running at 300 km/h. Feasibility studies are being conducted by Japan International Cooperation Agency and French railway groups. The project is estimated to cost Rs. 62,000 crore but will provide benefits by improving connectivity between the two cities.
The document discusses India's goal of providing housing for all citizens by 2022 and the significant funding required to achieve this. It notes that the current level of annual investment in the housing sector needs to double to around 16 lakh crore rupees in order to meet the target. Private developers face challenges in developing affordable housing projects at a large scale. Reforms are needed to increase lending from banks and draw greater private and foreign investment to close the funding gap.
The document discusses new rules approved by India's market regulator SEBI allowing the creation of real estate investment trusts (REITs) and infrastructure investment trusts. This will provide easier access to funds for cash-strapped developers and new investment opportunities. It also discusses positive comments made about opportunities in India by Donald Trump and his son during the launch of the Trump Tower Mumbai project with Indian real estate group Lodha.
The document discusses the Reserve Bank of India's monetary policy statement for 2014-2015. Some key points:
- RBI kept the repo rate unchanged at 8% and the reverse repo rate at 7%, while cutting the SLR by 50 basis points to 22%.
- RBI Governor said rates may be cut if disinflation continues. RBI aims to lower inflation to 8% by January 2015 and 6% by January 2016.
- The document also discusses upcoming reforms like guidelines for real estate investment trusts and infrastructure investment trusts, and Prime Minister Modi's plans to launch new metro projects in Nagpur, Ahmedabad and Lucknow.
Construction Industry Review 31 (3) 2014 julyRemona Divekar
The document summarizes a seminar on the metamorphosis of the buildings and construction industry in India. It discusses presentations given at the seminar on various topics like the global cement industry outlook, infrastructure development issues, construction technologies, and sustainable construction practices. The seminar highlighted the need for modern methods and world-class technologies to drive high performance in the construction sector and addressed challenges like regulatory hurdles, lack of skilled labor, and improving project management. It provided a platform for stakeholders to discuss transformations in construction approaches and materials to support continued growth in India's urbanization and infrastructure development.
The RBI relaxed financing norms to encourage long-term lending to infrastructure and affordable housing projects. Banks can issue long-term bonds starting 7 years to raise funds for infrastructure and affordable housing loans. This will help ease asset-liability management problems for banks in extending long duration loans to infrastructure projects. The relaxed norms also provide exemptions from cash reserve ratio and statutory liquidity ratio requirements for bonds issued for specified long-term lending. Real estate experts believe the move will boost the realty sector, especially with thousands of hectares of agricultural land in Pune's fringe areas expected to become available for construction.
Construction Industry Review 28 july 14, 2014Remona Divekar
The document discusses the impact of the Indian budget on various sectors of the economy. Key points:
- The budget aims to boost infrastructure development which will help revive sectors like cement, construction equipment, and real estate that have been struggling in recent years due to slow growth.
- Measures like developing smart cities, expanding road and rail networks, and increasing investment in renewable energy are expected to increase demand in related industries.
- The cement industry is hopeful that renewed focus on housing and infrastructure will increase cement consumption from current low levels. The construction equipment industry also expects growth due to higher infrastructure spending.
- The real estate industry may see gains from initiatives to develop smart cities, incentives for affordable housing, and
The document summarizes key points from an article about the Indian government's plans to fund affordable housing and highway projects. It discusses the following:
- The Urban Development Minister announced that the government will open an escrow account to collect taxes on building materials like cement and steel to generate revenue for affordable housing construction.
- The Road Transport Minister said the government will initiate measures in the highways sector by securing 100 billion rupees annually over two years, and that contractors will be paid within a month.
- An industry leader said clear policies on foreign investment in infrastructure are needed to help restart stalled projects and boost economic growth.
The document is a report on exports of building materials from India in March 2014. It provides details of the type and quantity of materials exported each day in March, including limestone, granite, marble, mica and other minerals. The highest exports by volume were marble at over 26 million kgs and mica at over 22 million kgs. The majority of exports went to countries in Asia, Europe and the Middle East. Revenues from total exports of building materials for the month were over Rs. 895 crore.
The document discusses several topics:
1) The Indian government is planning a $4-5 billion infrastructure fund to boost road and highway projects. Japanese and Korean investors have expressed interest.
2) Housing prices increased up to 7.1% in 12 major Indian cities in the last quarter due to high demand. Prices fell in some other cities.
3) The government will directly fund the Eastern Peripheral Expressway project after failing to attract private investors over the past 6 years. It will also review delayed highway projects.
The document discusses developments in the Indian infrastructure and cement industries. It states that the Reserve Bank of India may allow banks to issue infrastructure bonds that are exempt from certain reserve requirements, in order to boost infrastructure lending. It also reports that the Roads Ministry has prepared a list of 11 infrastructure projects worth over 18,000 crore rupees that could be awarded within the next six months. Finally, it analyzes trends in India's cement industry, projecting that demand will grow 2.5-2.7 times by 2025 driven largely by increased infrastructure development.
Development projects in India continue to be stalled due to the Centre's failure to notify rules for implementing the new Land Acquisition Act, which has been in force for 4 months. Industry groups like CII and Ficci are looking to work with the new government to speed up finalizing the rules and amend provisions to ensure the law does not hamper infrastructure development. Banks are also struggling due to deteriorating asset quality of loans to the infrastructure sector, which accounts for the largest share of restructured loans. About 40% of total infrastructure loans may need to be restructured by March 2015.
Storytelling For The Web: Integrate Storytelling in your Design ProcessChiara Aliotta
In this slides I explain how I have used storytelling techniques to elevate websites and brands and create memorable user experiences. You can discover practical tips as I showcase the elements of good storytelling and its applied to some examples of diverse brands/projects..
ARENA - Young adults in the workplace (Knight Moves).pdfKnight Moves
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Decormart Studio is widely recognized as one of the best interior designers in Bangalore, known for their exceptional design expertise and ability to create stunning, functional spaces. With a strong focus on client preferences and timely project delivery, Decormart Studio has built a solid reputation for their innovative and personalized approach to interior design.
Maximize Your Content with Beautiful Assets : Content & Asset for Landing Page pmgdscunsri
Figma is a cloud-based design tool widely used by designers for prototyping, UI/UX design, and real-time collaboration. With features such as precision pen tools, grid system, and reusable components, Figma makes it easy for teams to work together on design projects. Its flexibility and accessibility make Figma a top choice in the digital age.
Visual Style and Aesthetics: Basics of Visual Design
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1. architecture focus
“To create a
house that would
be an exemplar of
fusion between
the traditional
and modern
values of
architecture,” says
architect Sumit
Arora, in an
interview with
Remona Divekar
A
social gathering space
referred as
‘Brahmasthana’ (sacred
center) of a house is an
inherent design that serves as a
climate modifier. This new
family house with three
independent floors spread over
350 sq mt plot of land. While
the upper floors are living areas
for architect couples, the
basement houses their studio.
Creation of DADA and
Partners the architects have
used this idea and organised the
functions around the central
courtyard on both floors where
the center of the house faces
south and is overlooked by
living and bedroom areas on
the ground and first floors.
Adjacent to the courtyard is a
steel staircase connecting the
upper floors. On the ground
and first floors, rooms at front
and rear are connected by
‘bridge-like’ spaces running
along the courtyard. Also
running in parallel is a two ft
deep wall that at places act as a
“BRAHMASTHANA”- A
shading device for large
windows and incorporates
built-in timber benches
overlooking the open courts.
The make-up
‘HOUSE’
16
September – October 2009
▲ Construction & Architecture Magazine
“Essentially modernist in
spirit, the intrinsic idea was to
create a house that would be an
exemplar of fusion between the
traditional and modern values
of architecture,” says architect
Sumit Arora. The design
incorporates a hierarchy of
zones with formal living spaces
at the front and private areas to
the rear. A south-facing
courtyard forms the centre of
the house which, is overlooked
2. architecture focus
Facts and
Figures
Main Contractor:
Sumit Arora
Constructions
Structural
Consultants: C.I.E.S;
Hari Om Gupta
Civil Consultant:
M K Gupta
Photography: Light
zone; Ranjan Sharma
Architects: DADA and
Partners
Type of building:
Residential, Live-Work
Location: Gurgaon
Main Contractor:
Sumit Arora
Constructions
Structural Consultant:
C.I.E.S, Hari Om Gupta
Civil Consultant:
M K Gupta
Completion date:
September 2006
Cost: Rs 6,000,000
Site area: 350m²
18
September – October 2009
by living and bedroom areas on
the ground and first floors.
Adjacent to the courtyard is a
steel staircase connecting the
upper floors and on the ground
and first floors, rooms are
connected by ‘bridge-like’
spaces that run along the
courtyard. Two feet deep wall
act as a shading device for large
windows in places and
incorporates built-in timber
benches that overlooks the
open courtyard. The house
incorporates a hierarchy of
zones with formal living spaces
in front and private areas at the
back. The bedrooms and toilets
are in the rear along the north
south axis while the drawing,
living and kitchen areas are
grouped together in the front
arranged along a linear eastwest axis forming the spine of
the house.
The staircase customdesigned and fabricated out of
steel and timber feels as if it is
hung in middle of this lofty
volume filled with light, facing
a full height transparent wall.
This glass and steel skin turns
horizontal at the top and
becomes part of the roof. A
'series of inter-connected voids'
facilitate natural ventilation
generated during summers
through the stack effect. South
facing solar collectors have been
▲ Construction & Architecture Magazine
installed to heat water for use
in bathrooms and kitchens. The
studio space in the basement is
half sunk and requires virtually
no heating system in winter
and very little air conditioning
in summer.
Entry point
The double-height entrance
area is connected with a
precariously placed staircase
that forms the focus of the
house. This three-storey high
stair zone forms a connection
between the basement void,
ground floor entrance and the
first floor. Mr Arora says, “The
unique architectural move was
to highlight the southwest
corner of the house that formed
the carpet and the main
entrance cum library on the
first floor. The slit window to
this room- referred to as the
‘eye’ of the house- faces south.
The west wall of the study faces
the western sun, where we used
adjustable motorised louvers to
block off the undesired glare
into the room.”Moreover, these
louvers make an elegant veiled
box hovering over the virtually
transparent ground floor corner
that opens at front with a view
to the water body. Also adding
to the drama is the ‘V’ shaped
steel column that supports this
corner reinforcing the
impression of weightlessness.
Material used
Ground and first floors are
predominantly masonry while
the second storey is lighter
mainly clad in timber. The
west facing area on this floor is
protected with the use of an
extended steel and aluminum
parasol. Further, the architects
have applied green strategies to
make the house sustainable.
The architectural design, with
series of inter-connected voids,
facilitates natural ventilation
generated during summers by
using stack effect, thus
resulting in cooler spaces.
South facing solar collectors
have been installed to heat
water in winters to be used in
toilets and kitchens. This has
reduced electric costs
significantly as the system does
not involve any electric geysers.
Large window openings allow
abundant natural light inside
the spaces reducing the use of
artificial light. Timber and
aluminum are some of the
recyclable materials used that
add towards sustainability.
With an idea to operate as a
live-work unit from the lower
ground floor, the architects
have indeed played their role in
reducing their carbon
■
footprint.
18