This document provides an analysis of the architectural design of a semi-detached house in Surian Tropika Phase 2 by architect Steven Ng. It discusses several key aspects of the design including its response to the tropical climate of Malaysia through passive design strategies like orientation, cross ventilation, thermal massing and greenery. It also examines the architect's theory of minimalism, simplicity in form and emphasis on functionality informed by his education and experience. Diagrams are used to illustrate concepts like sun path, wind direction, spatial organization and passive cooling techniques. The design aims to be sustainable and low maintenance through a clear expression of form and function according to the architect's philosophy of "back to the fundamentals" and minimizing impact on the natural
Menara Mesiniaga is located on a major highway from the airport to Kuala Lampur. It is in a highly visible location
with few buildings within the surrounding context.Subang Jaya is near Kuala Lumpur in Malaysia. The climate is considered tropical. The year round temperature, heat and humidity are fairly similar throughout the year. The Menara Mesiniaga is a built work that utilizes a basis of traditional Malaysian building
models and their transition or evolution into modern principles.
This document is a student paper analyzing the design of the Belum Rainforest Resort in Malaysia to achieve thermal comfort through passive design strategies. It discusses how the resort incorporates tropical architecture principles by using passive elements like natural materials, openings, and an open building design. Specifically, it analyzes how the openness design concept contributes to thermal comfort and sustainability. The paper aims to compare thermal comfort levels between open and enclosed spaces at the resort.
This chapter provides guidelines for designing buildings in six Indian climates to conserve energy. General recommendations are given based on building design aspects. Specific guidelines are developed for commercial, industrial, and residential buildings using simulation software. Methodology details calibrating the software using temperature measurements. Base case studies are conducted for sample buildings of each type both with and without air conditioning. Parameters are varied in parametric studies to evaluate their effects on thermal performance.
This document provides a case study on the Wooi Residence designed by Architect Wooi. It investigates the passive cooling strategies used, which incorporate elements from traditional Malay houses. These include various types of openings like louvered doors and windows to maximize ventilation. The positioning of openings at different heights also allows for stack ventilation. Environmental factors such as building orientation and placement of vegetation were also considered. While natural ventilation strategies were prioritized, mechanical ventilation is used to supplement them given the hot humid climate. The passive designs aim to provide thermal comfort without air conditioning.
This document discusses the courtyard design of Sky Court in Chengdu, China in relation to the local climate to achieve thermal comfort. It begins with an introduction to the research topic and questions. It then provides background on the climate of Chengdu and how traditional Chinese courtyard designs developed in response to local climates. Specifically, it discusses how courtyard size, orientation, openings, landscaping, and materials were designed. It then analyzes how Sky Court in Chengdu adapted these traditional courtyard features to the modern design while still considering the local climate and achieving thermal comfort.
Asian Architecture Presentation on 15 nov 2016Joe Onn Lim
This document presents a case study on improving passive design strategies in Malaysian terrace housing. It begins with background on the increasing demand for housing in Malaysia and issues with current designs neglecting local context and climate. The paper then outlines research questions on tropical context, heat regulation, natural lighting, and suitable materials. It provides details on typical terrace housing typology and issues like lack of ventilation and natural lighting. Case studies of the Rienzi House in Singapore and Salinger House in Kajang, Malaysia are presented as examples that effectively implement passive design with features like cross ventilation, daylighting, and climate-appropriate materials. The document evaluates housing using the Green Building Index criteria related to energy efficiency, indoor environment, and sustainability.
Ken Yeang is a Malaysian architect and pioneer of green design known for his eco-friendly buildings and masterplans. Some of his notable works include the National Library of Singapore, Mesiniaga Tower in Malaysia, Ganendra Art House in Malaysia, and Solaris in Singapore. These buildings incorporate various green features such as passive solar design, natural ventilation, daylighting, landscaping, and water conservation.
Menara Mesiniaga is located on a major highway from the airport to Kuala Lampur. It is in a highly visible location
with few buildings within the surrounding context.Subang Jaya is near Kuala Lumpur in Malaysia. The climate is considered tropical. The year round temperature, heat and humidity are fairly similar throughout the year. The Menara Mesiniaga is a built work that utilizes a basis of traditional Malaysian building
models and their transition or evolution into modern principles.
This document is a student paper analyzing the design of the Belum Rainforest Resort in Malaysia to achieve thermal comfort through passive design strategies. It discusses how the resort incorporates tropical architecture principles by using passive elements like natural materials, openings, and an open building design. Specifically, it analyzes how the openness design concept contributes to thermal comfort and sustainability. The paper aims to compare thermal comfort levels between open and enclosed spaces at the resort.
This chapter provides guidelines for designing buildings in six Indian climates to conserve energy. General recommendations are given based on building design aspects. Specific guidelines are developed for commercial, industrial, and residential buildings using simulation software. Methodology details calibrating the software using temperature measurements. Base case studies are conducted for sample buildings of each type both with and without air conditioning. Parameters are varied in parametric studies to evaluate their effects on thermal performance.
This document provides a case study on the Wooi Residence designed by Architect Wooi. It investigates the passive cooling strategies used, which incorporate elements from traditional Malay houses. These include various types of openings like louvered doors and windows to maximize ventilation. The positioning of openings at different heights also allows for stack ventilation. Environmental factors such as building orientation and placement of vegetation were also considered. While natural ventilation strategies were prioritized, mechanical ventilation is used to supplement them given the hot humid climate. The passive designs aim to provide thermal comfort without air conditioning.
This document discusses the courtyard design of Sky Court in Chengdu, China in relation to the local climate to achieve thermal comfort. It begins with an introduction to the research topic and questions. It then provides background on the climate of Chengdu and how traditional Chinese courtyard designs developed in response to local climates. Specifically, it discusses how courtyard size, orientation, openings, landscaping, and materials were designed. It then analyzes how Sky Court in Chengdu adapted these traditional courtyard features to the modern design while still considering the local climate and achieving thermal comfort.
Asian Architecture Presentation on 15 nov 2016Joe Onn Lim
This document presents a case study on improving passive design strategies in Malaysian terrace housing. It begins with background on the increasing demand for housing in Malaysia and issues with current designs neglecting local context and climate. The paper then outlines research questions on tropical context, heat regulation, natural lighting, and suitable materials. It provides details on typical terrace housing typology and issues like lack of ventilation and natural lighting. Case studies of the Rienzi House in Singapore and Salinger House in Kajang, Malaysia are presented as examples that effectively implement passive design with features like cross ventilation, daylighting, and climate-appropriate materials. The document evaluates housing using the Green Building Index criteria related to energy efficiency, indoor environment, and sustainability.
Ken Yeang is a Malaysian architect and pioneer of green design known for his eco-friendly buildings and masterplans. Some of his notable works include the National Library of Singapore, Mesiniaga Tower in Malaysia, Ganendra Art House in Malaysia, and Solaris in Singapore. These buildings incorporate various green features such as passive solar design, natural ventilation, daylighting, landscaping, and water conservation.
This case study examines the passive design strategies of the SOLARIS building in Singapore. Some key strategies include a continuous perimeter landscape ramp, a naturally ventilated grand atrium, extensive green walls and rooftop gardens totaling over 8,000 sqm of landscaping. Diagrams show the building achieves cross ventilation through the central atrium and sky terraces. Climate data indicates Singapore's high humidity between 77-90%, informing the building's ventilation design.
Ken Yeang studied architecture at the Architectural Association in London, where he began questioning architecture's role in sustainability. In 1971, he became one of the first architects to pursue a PhD in ecological design at Cambridge University. Yeang's dissertation and later published work "Designing With Nature" established him as an early pioneer in green architecture. He is known for his research on applying bioclimatic and passive design principles to skyscrapers and other building types. Notable built works include his experimental "Roof-Roof" house and the award-winning Mesiniaga Tower, considered a model of bioclimatic skyscraper design.
This document discusses the adaptation of vernacular Malay architecture into the contemporary design of the Telegraph Pole House in Langkawi, Malaysia. It begins by outlining some of the significant features of traditional Malay houses, including their focus on thermal comfort through design strategies like high ceilings, ventilation openings, and natural materials. It then describes the site context and climate of the Telegraph Pole House, noting its location on a small hill surrounded by green fields and traditional villages. The document analyzes how the design of the Telegraph Pole House addresses the local tropical climate through features like its orientation and natural materials. It aims to show how the house successfully adapted elements of vernacular Malay architecture for a modern design.
THEORIES OF ARCHITECTURE & URBANISM [ARC61303] [ARC2224]- Project Part 2 Anal...Angeline KH
This document provides biographical information about Malaysian architect Ar. Lum Chong Lin and analyzes the design of his Perdana Homes housing development in Kuantan, Malaysia. It discusses how Lum was influenced by modernist principles of form following function and simplicity. The design of Perdana Homes utilizes strategies like orientation, fenestration, overhangs and voids to promote natural ventilation and thermal comfort according to the local climate. The open floor plans and layout are designed for functionality and usability. Modernist ideas of standardization and simplicity are evident through the clarity of forms and reduction of ornamentation.
The document discusses the Walian House designed by Malaysian architect Jimmy Lim. It aims to achieve environmental value through sustainable design and passive strategies to minimize solar heat gain. Some key features discussed include orienting the building to reduce direct sun exposure, incorporating an open courtyard to maximize cross ventilation, using existing Chengal timber salvaged from another building, and surrounding the building with lush vegetation and gardens. These passive design elements work together to improve thermal comfort and energy efficiency while maintaining a harmonious relationship with the natural environment.
This document is a case study paper on the Kampung Villa at the Belum Rainforest Resort in Pulau Banding, Malaysia. It examines how the villa integrates principles of traditional Malay vernacular architecture with modern design in order to achieve thermal comfort. Some key vernacular design elements incorporated include the use of lightweight materials, an open floor plan to enable cross ventilation, and vegetation for shading. The paper aims to understand how this integration improves thermal comfort compared to using either style alone. It will analyze factors of thermal comfort, principles of Malay vernacular design, and how the villa design differs and improves indoor environment conditions.
The document discusses the application of traditional Kampung house features in the Deck House to achieve thermal comfort. It analyzes features of traditional Kampung houses like orientation, interior design, windows/openings, elevated floors, and overhanging roofs that promote ventilation and reduce heat gain. These same features were adopted in the Deck House design through its orientation, light-weight elevated structure, large overhanging roof, open floor plan, and strategic window placement. The Deck House successfully integrated Kampung house passive design strategies to achieve thermal comfort in the hot, humid Malaysian climate while maintaining a modern aesthetic.
THEORIES OF ARCHITECTURE & URBANISM [ARC61303] [ARC2224]- Project Part 2 Anal...Angeline KH
- The orientation and layout of the Perdana Homes in Kuantan, Malaysia are designed according to the local site context and climate conditions, with houses oriented to reduce solar exposure from the east and capture prevailing winds.
- The architectural design of the homes is influenced by Le Corbusier's principles of modern architecture, with an emphasis on simplicity, clarity of form, and expression of structural elements.
- Various housing sizes and layouts are provided to suit different user needs and budgets, with corner homes having better views and space than mid-terrace homes. Open plans and use of voids are intended to improve user experience and communication.
LH Ismail (2007). An evaluation of bioclimatic high rise office buildings in a tropical climate: energy consumption and users' satisfaction in selected office buildings in Malaysia. PhD Thesis, University of Liverpool, United Kingdom.
Vernacular as a model for contemporary designJ.j. Hayashi
This document is a case study on the Deck House in Janda Baik, Pahang, Malaysia. It analyzes how the house integrates Malay vernacular design features with modern design to achieve thermal comfort in the tropical climate. The Deck House incorporates elements of traditional Malay house design such as orientation, building form, openings, materials, and lightweight construction. It is presented as a model for how contemporary architecture can learn from vernacular design to be environmentally responsive without compromising modern aesthetics and functions. The study aims to show how the integration of these features helps regulate heat and maintain internal comfort through passive means.
Menara Mesiniaga Building Science Report Adila Zaas
The document provides a case study analysis of the Menara Mesiniaga building in Malaysia, focusing on identifying its innovative passive design strategies. The building was designed by architect Ken Yeang using bioclimatic principles to maximize natural ventilation and minimize energy usage. It features elements like exterior shading devices, operable windows, and a central core to aid cross ventilation. Thermal analysis shows how the building's form, landscaping features, and natural ventilation methods help provide thermal comfort for occupants in the hot, humid Malaysian climate.
The document provides information about Menara Mesiniaga, the IBM headquarters building in Subang Jaya, Malaysia. It was designed by architect Ken Yeang and completed in 1992. The building uses bioclimatic design principles to be environmentally friendly. It has 14 floors and a distinctive exterior design with terraced garden balconies and external louvers for shade. The building stands out from the surrounding context of low-rise buildings and uses its prominent location on a highway as a showcase for IBM's technology.
This document outlines a project proposal to redefine Malaysian terrace residential architecture by introducing passive design strategies to improve heat regulation, natural lighting, and suitability to the tropical context. The proposal identifies two case studies for analysis: Rienzi House in Singapore, which successfully achieves passive design within a dense urban context, and Salinger House in Malaysia, which resurrects old building techniques and sustainable housing. An annotated bibliography provides references about the case studies, tropical Asian architecture, sustainable construction, and trends in Malaysian housing development. The research will analyze the case studies to identify fundamental strategies to enhance Malaysian terrace homes in terms of passive design, lighting, and tropical suitability.
Asian Architecture - Telegraph Poles House Case Study ReportAlfred Tan
Telegraph Poles House in Langkawi acts as an example of passive design architecture adapted for the tropical climate of Malaysia. It is built on stilts with an open floor plan and large overhanging roof to promote cross ventilation. Reclaimed materials like telegraph poles and salvaged wood are used for the structure and roof to reduce environmental impact. The orientation, surrounding vegetation, and design features allow for passive cooling through airflow while achieving thermal comfort for occupants.
The document discusses solutions to heat gain challenges in Deck House through the use of an open layout plan. It begins by providing an overview of Deck House and traditional Malay house design, noting their use of open layout plans. It then compares the traditional and Deck House layout plans, finding that both utilize minimal interior walls and connected spaces to allow cross ventilation. The document aims to investigate how the open layout plan is effective in reducing heat gain and discusses other design strategies, features, and materials used in Deck House to further address the tropical climate challenges.
1) The Menara Mesiniaga tower in Malaysia was designed by architect Ken Yeang using passive design strategies suited for the hot, humid climate.
2) Features include an exposed exoskeleton structure, landscaped sky courts and terraces, shaded windows and solar-oriented curtain walls to reduce solar gain.
3) Natural ventilation is enhanced through large multi-storey spaces, permeable walls, and air movement under the building and in the basement parking area.
Nanyang Technological University School of Art Design and Media Building Scie...Adila Zaas
Nanyang Technological University's School of Art, Design and Media building utilizes various passive design strategies to create a thermally comfortable environment for occupants. These include a curved green roof that absorbs heat from Singapore's intense sun and helps cool the building, a central courtyard with fountains and cascading water, and high-performance double glazed glass curtain walls that minimize heat transfer. The building's orientation, materials, landscaping and ventilation were carefully designed according to climate analysis to provide natural lighting and thermal comfort without mechanical cooling.
Nanyang Technological University - SingaporeTrevor Hoareau
Nanyang Technological University's School of Art, Design and Media building utilizes various passive design strategies to create a thermally comfortable environment for occupants. These include a curved green roof that absorbs heat from Singapore's intense sun and a central courtyard that provides natural light and cooling. Facades oriented north-south and the use of concrete and double-glazed glass minimize solar heat gain. Cross ventilation and high ceilings further improve thermal comfort through passive means.
This document describes the design of a residential complex in Kolkata with high-rise and low-rise buildings that takes the local climate into consideration. The complex contains four nine-story apartment blocks arranged around a central park area, with the goal of maximizing air flow and reducing energy consumption. Key design elements include orienting bedrooms towards prevailing winds, arranging the buildings at an angle to take advantage of shadows, and incorporating balconies and curved staircases to add visual interest while reducing heat absorption. The complex demonstrates that high-rise buildings can be designed in an environmentally friendly "green" way through careful planning and use of local architectural styles and materials.
The document compares the architectural works of an international architect, Keiji Ashizawa, to a local building in Jordan called S-House designed by Sahel Al Hiyari. It analyzes several of Ashizawa's projects in Tokyo that utilize natural lighting and ventilation strategies like courtyards and skylights. S-House also focuses on an internal landscape and contrasts a simple exterior with a rich interior. There are similarities found between the two approaches, like introversion, simplicity, and emphasis on interior spaces over facades. Both designers achieve privacy while integrating local materials and customs.
The document provides a case study analysis of the Menara Mesiniaga building in Malaysia, designed by architect Ken Yeang. It analyzes the building's passive design strategies for the tropical climate, including its response to natural and man-made factors, climate analysis, sun analysis, wind analysis, and thermal analysis. Key passive design elements discussed include an exposed steel and concrete structure that reflects heat, operable windows and cross ventilation, sky gardens, louvers and fins for shading, and a sloped berm landscape that shelters the lower floors from sun and allows air movement.
This case study examines the passive design strategies of the SOLARIS building in Singapore. Some key strategies include a continuous perimeter landscape ramp, a naturally ventilated grand atrium, extensive green walls and rooftop gardens totaling over 8,000 sqm of landscaping. Diagrams show the building achieves cross ventilation through the central atrium and sky terraces. Climate data indicates Singapore's high humidity between 77-90%, informing the building's ventilation design.
Ken Yeang studied architecture at the Architectural Association in London, where he began questioning architecture's role in sustainability. In 1971, he became one of the first architects to pursue a PhD in ecological design at Cambridge University. Yeang's dissertation and later published work "Designing With Nature" established him as an early pioneer in green architecture. He is known for his research on applying bioclimatic and passive design principles to skyscrapers and other building types. Notable built works include his experimental "Roof-Roof" house and the award-winning Mesiniaga Tower, considered a model of bioclimatic skyscraper design.
This document discusses the adaptation of vernacular Malay architecture into the contemporary design of the Telegraph Pole House in Langkawi, Malaysia. It begins by outlining some of the significant features of traditional Malay houses, including their focus on thermal comfort through design strategies like high ceilings, ventilation openings, and natural materials. It then describes the site context and climate of the Telegraph Pole House, noting its location on a small hill surrounded by green fields and traditional villages. The document analyzes how the design of the Telegraph Pole House addresses the local tropical climate through features like its orientation and natural materials. It aims to show how the house successfully adapted elements of vernacular Malay architecture for a modern design.
THEORIES OF ARCHITECTURE & URBANISM [ARC61303] [ARC2224]- Project Part 2 Anal...Angeline KH
This document provides biographical information about Malaysian architect Ar. Lum Chong Lin and analyzes the design of his Perdana Homes housing development in Kuantan, Malaysia. It discusses how Lum was influenced by modernist principles of form following function and simplicity. The design of Perdana Homes utilizes strategies like orientation, fenestration, overhangs and voids to promote natural ventilation and thermal comfort according to the local climate. The open floor plans and layout are designed for functionality and usability. Modernist ideas of standardization and simplicity are evident through the clarity of forms and reduction of ornamentation.
The document discusses the Walian House designed by Malaysian architect Jimmy Lim. It aims to achieve environmental value through sustainable design and passive strategies to minimize solar heat gain. Some key features discussed include orienting the building to reduce direct sun exposure, incorporating an open courtyard to maximize cross ventilation, using existing Chengal timber salvaged from another building, and surrounding the building with lush vegetation and gardens. These passive design elements work together to improve thermal comfort and energy efficiency while maintaining a harmonious relationship with the natural environment.
This document is a case study paper on the Kampung Villa at the Belum Rainforest Resort in Pulau Banding, Malaysia. It examines how the villa integrates principles of traditional Malay vernacular architecture with modern design in order to achieve thermal comfort. Some key vernacular design elements incorporated include the use of lightweight materials, an open floor plan to enable cross ventilation, and vegetation for shading. The paper aims to understand how this integration improves thermal comfort compared to using either style alone. It will analyze factors of thermal comfort, principles of Malay vernacular design, and how the villa design differs and improves indoor environment conditions.
The document discusses the application of traditional Kampung house features in the Deck House to achieve thermal comfort. It analyzes features of traditional Kampung houses like orientation, interior design, windows/openings, elevated floors, and overhanging roofs that promote ventilation and reduce heat gain. These same features were adopted in the Deck House design through its orientation, light-weight elevated structure, large overhanging roof, open floor plan, and strategic window placement. The Deck House successfully integrated Kampung house passive design strategies to achieve thermal comfort in the hot, humid Malaysian climate while maintaining a modern aesthetic.
THEORIES OF ARCHITECTURE & URBANISM [ARC61303] [ARC2224]- Project Part 2 Anal...Angeline KH
- The orientation and layout of the Perdana Homes in Kuantan, Malaysia are designed according to the local site context and climate conditions, with houses oriented to reduce solar exposure from the east and capture prevailing winds.
- The architectural design of the homes is influenced by Le Corbusier's principles of modern architecture, with an emphasis on simplicity, clarity of form, and expression of structural elements.
- Various housing sizes and layouts are provided to suit different user needs and budgets, with corner homes having better views and space than mid-terrace homes. Open plans and use of voids are intended to improve user experience and communication.
LH Ismail (2007). An evaluation of bioclimatic high rise office buildings in a tropical climate: energy consumption and users' satisfaction in selected office buildings in Malaysia. PhD Thesis, University of Liverpool, United Kingdom.
Vernacular as a model for contemporary designJ.j. Hayashi
This document is a case study on the Deck House in Janda Baik, Pahang, Malaysia. It analyzes how the house integrates Malay vernacular design features with modern design to achieve thermal comfort in the tropical climate. The Deck House incorporates elements of traditional Malay house design such as orientation, building form, openings, materials, and lightweight construction. It is presented as a model for how contemporary architecture can learn from vernacular design to be environmentally responsive without compromising modern aesthetics and functions. The study aims to show how the integration of these features helps regulate heat and maintain internal comfort through passive means.
Menara Mesiniaga Building Science Report Adila Zaas
The document provides a case study analysis of the Menara Mesiniaga building in Malaysia, focusing on identifying its innovative passive design strategies. The building was designed by architect Ken Yeang using bioclimatic principles to maximize natural ventilation and minimize energy usage. It features elements like exterior shading devices, operable windows, and a central core to aid cross ventilation. Thermal analysis shows how the building's form, landscaping features, and natural ventilation methods help provide thermal comfort for occupants in the hot, humid Malaysian climate.
The document provides information about Menara Mesiniaga, the IBM headquarters building in Subang Jaya, Malaysia. It was designed by architect Ken Yeang and completed in 1992. The building uses bioclimatic design principles to be environmentally friendly. It has 14 floors and a distinctive exterior design with terraced garden balconies and external louvers for shade. The building stands out from the surrounding context of low-rise buildings and uses its prominent location on a highway as a showcase for IBM's technology.
This document outlines a project proposal to redefine Malaysian terrace residential architecture by introducing passive design strategies to improve heat regulation, natural lighting, and suitability to the tropical context. The proposal identifies two case studies for analysis: Rienzi House in Singapore, which successfully achieves passive design within a dense urban context, and Salinger House in Malaysia, which resurrects old building techniques and sustainable housing. An annotated bibliography provides references about the case studies, tropical Asian architecture, sustainable construction, and trends in Malaysian housing development. The research will analyze the case studies to identify fundamental strategies to enhance Malaysian terrace homes in terms of passive design, lighting, and tropical suitability.
Asian Architecture - Telegraph Poles House Case Study ReportAlfred Tan
Telegraph Poles House in Langkawi acts as an example of passive design architecture adapted for the tropical climate of Malaysia. It is built on stilts with an open floor plan and large overhanging roof to promote cross ventilation. Reclaimed materials like telegraph poles and salvaged wood are used for the structure and roof to reduce environmental impact. The orientation, surrounding vegetation, and design features allow for passive cooling through airflow while achieving thermal comfort for occupants.
The document discusses solutions to heat gain challenges in Deck House through the use of an open layout plan. It begins by providing an overview of Deck House and traditional Malay house design, noting their use of open layout plans. It then compares the traditional and Deck House layout plans, finding that both utilize minimal interior walls and connected spaces to allow cross ventilation. The document aims to investigate how the open layout plan is effective in reducing heat gain and discusses other design strategies, features, and materials used in Deck House to further address the tropical climate challenges.
1) The Menara Mesiniaga tower in Malaysia was designed by architect Ken Yeang using passive design strategies suited for the hot, humid climate.
2) Features include an exposed exoskeleton structure, landscaped sky courts and terraces, shaded windows and solar-oriented curtain walls to reduce solar gain.
3) Natural ventilation is enhanced through large multi-storey spaces, permeable walls, and air movement under the building and in the basement parking area.
Nanyang Technological University School of Art Design and Media Building Scie...Adila Zaas
Nanyang Technological University's School of Art, Design and Media building utilizes various passive design strategies to create a thermally comfortable environment for occupants. These include a curved green roof that absorbs heat from Singapore's intense sun and helps cool the building, a central courtyard with fountains and cascading water, and high-performance double glazed glass curtain walls that minimize heat transfer. The building's orientation, materials, landscaping and ventilation were carefully designed according to climate analysis to provide natural lighting and thermal comfort without mechanical cooling.
Nanyang Technological University - SingaporeTrevor Hoareau
Nanyang Technological University's School of Art, Design and Media building utilizes various passive design strategies to create a thermally comfortable environment for occupants. These include a curved green roof that absorbs heat from Singapore's intense sun and a central courtyard that provides natural light and cooling. Facades oriented north-south and the use of concrete and double-glazed glass minimize solar heat gain. Cross ventilation and high ceilings further improve thermal comfort through passive means.
This document describes the design of a residential complex in Kolkata with high-rise and low-rise buildings that takes the local climate into consideration. The complex contains four nine-story apartment blocks arranged around a central park area, with the goal of maximizing air flow and reducing energy consumption. Key design elements include orienting bedrooms towards prevailing winds, arranging the buildings at an angle to take advantage of shadows, and incorporating balconies and curved staircases to add visual interest while reducing heat absorption. The complex demonstrates that high-rise buildings can be designed in an environmentally friendly "green" way through careful planning and use of local architectural styles and materials.
The document compares the architectural works of an international architect, Keiji Ashizawa, to a local building in Jordan called S-House designed by Sahel Al Hiyari. It analyzes several of Ashizawa's projects in Tokyo that utilize natural lighting and ventilation strategies like courtyards and skylights. S-House also focuses on an internal landscape and contrasts a simple exterior with a rich interior. There are similarities found between the two approaches, like introversion, simplicity, and emphasis on interior spaces over facades. Both designers achieve privacy while integrating local materials and customs.
The document provides a case study analysis of the Menara Mesiniaga building in Malaysia, designed by architect Ken Yeang. It analyzes the building's passive design strategies for the tropical climate, including its response to natural and man-made factors, climate analysis, sun analysis, wind analysis, and thermal analysis. Key passive design elements discussed include an exposed steel and concrete structure that reflects heat, operable windows and cross ventilation, sky gardens, louvers and fins for shading, and a sloped berm landscape that shelters the lower floors from sun and allows air movement.
The document provides details about The Interlace residential development project in Singapore designed by OMA/Ole Scheeren. Some key points:
- The project consists of 31 apartment blocks stacked in a hexagonal arrangement around 8 courtyards, creating shared outdoor spaces and a "vertical village" atmosphere.
- Extensive landscaping and 112% green area is provided through green roofs and terraces. Sustainability features like green roofs help reduce energy usage.
- 1,040 residential units are arranged to maximize daylight and views. Amenities like pools, gardens and sky terraces encourage social interaction.
S11 House Contextual Architecture ReportKohSungJie
The document analyzes the building orientation of the S11 House in Malaysia as a passive design strategy for architecture in a tropical climate. It discusses how the building's orientation towards the north-south axis with large overhangs and openings on the north and south facilitates cross ventilation. Materials like insulated concrete blocks are used on the east and west walls to block heat gain. While building orientation and passive design provide benefits, drawbacks can include increased risk of pests, noise pollution, and material damage from heavy rainfall. Overall, the document examines how building orientation governs the S11 House design and passive strategies in response to Malaysia's hot and humid environment.
The document discusses the work and achievements of Indian architect Charles Correa. It notes that over centuries, perceptions of the sky have profoundly shaped architecture. In Asia, education has been symbolized not by schoolhouses but by gurus teaching outdoors. It provides biographical details on Correa and describes some of his pioneering projects in India that emphasized natural ventilation, climate responsiveness, and open spaces drawing from local traditions.
A comparative analysis of tropical architecture features aleensies
This document compares the tropical architecture features of a traditional Malay house and Ting Residence by Wooi Architect. A traditional Malay house consists of three main spaces - a serambi (public area), rumah ibu (semi-private area), and dapur (private area). It uses lightweight timber construction. The Ting Residence incorporates modern spaces like a gallery, lobby, and gymnasium while still drawing from traditional Malay design principles like large overhangs, louvred windows, and natural ventilation. Both prioritize thermal comfort through passive design adapted to the tropical climate without mechanical cooling.
Mesiniaga Tower- case study presentation on a sustainable building by Ken yang. Menara Mesiniaga is a 12-story office building located in the city of Petaling Jaya, Malaysia. It was designed by the Malaysian architect and ecologist Ken Yeang and completed in 1992. The building is widely recognized as a landmark of sustainable architecture and has won numerous awards for its innovative design.
This document provides an overview and analysis of Dewan Tunku Canselor, an iconic building at University of Malaya. It discusses the building's history, architect, site context, architectural layout, style, construction, and materials. Dewan Tunku Canselor was completed in 1966 and serves as a multi-purpose hall. It was designed in the Brutalist style using bare concrete and influenced by the modernist movement. The building utilizes concrete, glass, tiles, steel and timber in its construction.
This document analyzes the architectural theories of Karlson Goh through his design of the Bungalow House Type M-L. It discusses how Goh prioritized sustainability and designed according to the local climate, incorporating features like a shed roof and double glazing. Concrete was used as the primary material due to its sustainability. The analysis shows how Goh's childhood, education, and experiences influenced his perception of architecture and emphasis on sustainability, climate response, and material choice in his design.
The document provides information about the Parkroyal on Pickering building in Singapore. It was designed by WOHA architects as a mixed-use development containing a hotel and offices. Key sustainable design features include extensive greenery covering over 200% of the total land area, sky gardens, harvested rainwater usage, natural ventilation, solar panels, and energy efficient systems. The building aims to conserve greenery in the high-rise city center and integrate it architecturally and sustainably.
The document provides information about Menara Mesiniaga, the IBM headquarters building in Subang Jaya, Malaysia. It was designed by architect Ken Yeang and completed in 1992. The building uses bioclimatic design principles to be environmentally friendly. It has 14 floors and a distinctive exterior design with terraced garden balconies and external louvers for shade. The building stands out from the surrounding context of low-rise buildings and uses its prominent location on a highway as a showcase for IBM's technology.
Dewan Tunku Canselor is an iconic building at University of Malaya constructed in the 1960s. It was designed in the Brutalist style by architect Dato' Kington Loo, featuring a predominantly bare concrete structure with waffle slabs. The building utilizes concrete, glass, tiles, steel and timber in its construction. It was inspired by works of Le Corbusier and shares similarities to the Punjab and Haryana High Court in India, both emphasizing exposed concrete structure and suitability to local climate.
Asian Architecture Case Study Report Louvrebox HouseCalvinSuah
This document provides a case study on adapting nature design approaches from traditional Malay kampong houses to achieve thermal comfort in contemporary architecture. It discusses factors for thermal comfort like human, climatic, and building factors. It outlines the design approaches of kampong houses like large roof overhangs, fully openable windows, minimal partitions and tall surrounding trees. The Louvrebox house case study adapts these approaches through features like orientation, landscape integration, openings for cross ventilation, and sustainable materials. The goal is to design modern homes that provide thermal comfort through natural strategies like in traditional vernacular architecture.
The document provides a personal statement from an architecture student discussing their goals and vision. They aim to benefit others through their designs by improving people's daily lives, using natural and local materials, and creating architecture that serves community needs rather than just being artistic statements. They prefer modest and humble designs that are appropriate, comfortable and beautiful without being bold or radical. Their hope is to achieve well-being for local communities through their buildings.
The document provides a design report for a residential house in Adama, Ethiopia. It includes an introduction, site analysis, program requirements, design strategies, and a design proposal. The two-story house is designed to be functional, cost-effective, and aesthetically pleasing for a middle-class family while responding to the site context and environmental considerations. Design elements include a frame structure, durable concrete blocks, passive solar strategies, and landscaped greenery. Floor plans, elevations, sections and perspectives are presented to illustrate the final design.
Traditional Breathing Spaces in Built Forms – Review and Comparison of Courty...IRJET Journal
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Goals:
Build awareness and capacity for source separation as essential components of sustainable waste management.
Build new environmentally sound infrastructure and systems for safe disposal of residual waste and replacing current dumpsites which should be commissioned.
Current solid waste management situation:
The status.
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collection efficiently is at about 50%.
Actors i.e. city authorities, CBO’s , private firms and self-disposal
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Solid waste generation – collection – dumping
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• Separation – recycling – marketing.
• Open dumpsite dandora dump site through public education on source separation of waste, of which the situation can be reversed.
• Nairobi is one of the C40 cities in this respect , various actors in the solid waste management space have adopted a variety of technologies to reduce short lived climate pollutants including source separation , recycling , marketing of the recycled products.
• Through the network, it should expect to benefit from expertise of the different actors in the network in terms of applicable technologies and practices in reducing the short-lived climate pollutants.
Good practices:
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Presented by The Global Peatlands Assessment: Mapping, Policy, and Action at GLF Peatlands 2024 - The Global Peatlands Assessment: Mapping, Policy, and Action
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Peatland Management in Indonesia, Science to Policy and Knowledge Education
Content
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SCHOOL OF ARCHITECTURE, BUILDING & DESIGN
Centre for Modern Architecture Studies in Southeast Asia
Bachelor of Science (Honours) (Architecture)
THEORIES OF ARCHITECTURE & URBANISM [ARC61303] [ARC2224]
PROJECT: THEORIZING ARCHITECTURE
prettyNAME CELINE TAN JEAN INN
goodSTUDENT ID 0303669
Lecture: Lam Shen Fei
August Intake 2014
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CONTENT
1 INTRODUCTION
THE ARCHITECTS – AR STEVEN NG CHEE HUI 3
2 EXTERNAL CONTRIBUTING FACTORS
I CLIMATE 4 - 6
I.I Orientation and Daylighting
I.II Thermal Mass and Ventilation
II ARCHITECTURAL THEORY 8 - 9
II.I Inspired by Function
II.II Simplicity in Form and Design
3 CONCULSION 10
4 REFERENCES
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1 INTRODUCTION
SURIAN TROPIKA PHASE 2 // SEMI-DETACHED HOUSE
Figure 1 Outlook of Surian Tropika Semi Detached House
This project challenges is to show an understanding of the architect’s Architectural Theory
through an interview, observation and analysis of his buildings based on his design philosophy.
Moreover, this project allow us to understand that architecture as a language that has the ability to
convey meaning. Therefore, diagramming analysis are used in this project to illustration the
conceptual and practical order of the architecture.
For this project, I will be studying Ar. Steven Ng’s building and theory input in his design. Ar.
Steven Ng is an honest and down to earth person who has 14 years of working experience working
in this field and now running his own firm, CHY Architects Sdn Bhd with cooperate of 2 architects.
Ar. Steven was born in a simple Buddhist family which his father work as fisherman back in Kuching
while his mom is a full time housewife who taking care of the children. His father is a traditional man
where have a high hope on him, who as the elder male in family to being a successful person in his
own career. Due to limitation income of his parents, Ar. Steven had took part in various public art
competition and apply scholarship to finish his study in University Science Malaysia (USM).
Throughout the year, family, cannot deny that their supportive has giving him a motivation and he
successfully complete his course in USM in 1999. After studying, Ar. Steven prefer to gain some
experience in architecture firm first before sitting for the Part III exam. He had decided to work in TR
Hamzah & Yeang’s firm in 2000 to improve and gain understanding and knowledge about the
sustainable building design and the system flow inside a company. From 2003 until 2011, he had
been working in 4 different architecture firm to experience and understand different position role
played in a company. Active in involving in numerous projects throughout in the public and private
sector. The experience has allowed him to fully understand the pragmatic and aesthetic
considerations. Ar. Steven has led range of projects from residential, commercial and industrial.
City l Mahkota Cheras, Kajang
Built Up l 5198 sq. ft.
Tenure l Freehold
Year of completion l 2013
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2 I.I CLIMATE, ORIENTATION AND DAYLIGHTING
As the influence by architecture education and practice in Ken Yeang’s eco philosophy
emphasize of sustainable and greenery, Ar. Steven’s design strategy and style has reflected the
similar practice in every projects; towards a green environment as sustainable building design which
has low maintenance needed in long-time planning.
Figure 2.I Wind Rose Diagram Figure 2.II Sun Path Diagram
Figure above show the sun path diagram of Selangor which show the sun on site as the path
of sun across the sky at different time during the day is mapped throughout the year. As in tropical
country, the country experience hot and humid weather throughout the year. Based on a data
recorded that Malaysia received 2500mm of rainwater in a year meanwhile when coming to the end
of year, October until December is the monsoon season of high percentage of rainfall in a day.
Malaysia received big amount of light penetration average 6hours per day. Therefore, it can easily
be seen that local housing design has same characteristic of overhang as shading, house facing
toward west, slanted roof design or mostly in triangular form to reduce rainwater gain after a raining
day.
Figure 2.III Roof in triangular and pitched form to reduce amount of rainwater collect on roof.
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In tropical country, the first consideration is the movement of the sun. Ar. Steven has input
the tropical country building design in this project. The building form is in rectangular shape which
the longer faç ade is facing to the North and South meanwhile the shorter faç ade facing to East and
West. The reason to orientated the building plan is to minimize the faç ade area received direct
sunlight at the same time to identify passive cooling strategy in building design in order to minimize
heat gain for energy saving and thermal comfort level of occupants is sustain. The building itself has
painted in white and greenery color to avoid heat absorption through the building enclosure.
Figure 2.iv Sun path affect the orientation of building
2. I.IITHERMAL MASS AND VENTILATION
Orientation, thermal mass and ventilation is the key features in tropical climate like Malaysia.
During day time, the surrounding would have a strong breeze but under hot sunny condition. Hot air
is naturally stored inside the building but circulate out when the weather turn cooler, such as after
rainy day or at night. Thermal mass is then reduced from time to time in order to achieve human
thermal comfort level inside the building.
In the other hand, trees are planted at the side of the courtyard to overcome the overheating.
There is also numbers of window at each faç ade to increase the cross ventilation and also
maximizing the light penetrate in to the building but still the shading device is used to prevent too
much of light enter. A part from that, Selangor received the main wind direction is SSE and NE.
Based on the floor plan, most of the opening is placed along North faç ade meanwhile the building
able to received minor wind ventilation into the building.
Figure 2.I.II.I Thermal Mass is maximum during the day and hot air is out during night time or rainy day.
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The horizontal length sliding window allow for cross ventilation occurred from SSE and NE.
The residential has included double volumetric on third floor to allow warm air trap inside the building
rise and flow out through the air vent and gap of opening , stack ventilation. At the same time, the
wind circulation of hot air out, cool air in will naturally occurred in the building through the opening in
the lower area such as floor to ceiling high window, veranda, balconies and open plans.
Figure 2.I.II.II The entrance of house with the blockage of wall.
Figure 2 I.II.III Ground floor plan, main spaces are well glazed by sunlight
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2 ARCHITECTURAL THEORY
“Building Dwelling Thinking” by Martin Heidegger has considered to adopt in this project. A
design of residential building, consideration of dwelling a space for children to stay to carry out their
activities is important in foreseen in long-time period of user’s usage. ‘A man is not being in the world,
but part of the fourfold of earth, sky, divinities and mortals.’ Heideggar,1971. In the beginning of the
article has stated that the understanding of fourfold and listed out the four elements to be explain as
a place, vegetation, topography or materials around the site.
Fourfold elements is unseparated which play as an important part in thinking process of
designing a building. Firstly mortals which symbolize human being or occupants of a space. The
occupants for residential house mostly in a family with adults and kids while Ar. Steven has adapted
the simplicity of geometry, color and protective impression of faç ade with vertical fins into Surian
Tropika Semi Detached House. Secondly is sky which related to weather, sun, rain and wind. The
Seme-Detached House is emphasize on clarity of forms and elimination of unnecessary details. The
openings are design purely for functional purpose with vertical fins only. Moreover, vegetation which
related to the ‘earth’ responding to preserve the environment and minimize the sacrificed vegetation
to avoid disturbing the landscape. And lastly, orientation of building built in form has to relate to site
circulation, boundaries and vegetation. As a saying by Ar. Steven Ng, “Back to fundamental,
minimize the sacrificed of mother nature.’ Divinities, has lead Ar. Steven in building design and
always try to fit the compatible to every belief.
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2.II.I FUNCTIONALITY
Figure 2.II.I Section drawing of define the public and private space
According to the plan, the house mainly functionalism. Functionalism has become popular
phase with ‘Form follow Function’ concept means that the building is clearly reflect the belief of every
aspect including mass, size, spatial organization and etc. Ar. Steven expressed that he emphasize
on practically and usability instead of including abstract theoretical thoughts where it is obviously
being seen in his projects. Surian Tropika is a township that strives on innovation to provide a lifestyle
that is above the rest. It is a modern-day living with combination of contemporary house designs set
within landscaped greenery which literally reflected its name, Surian Tropika. It is unique approach
to live up its name with the meaning of living under the protection of shade with wide use of greenery
and landscaping around the boundaries line.
Spread across Surian Tropika land, the most defining features are its groundbreaking
designs that lend the homes a modernistic twist yet remain functional for family living. Through the
floor plan, we can find out that the house is being built in functions itself. The simple volume of the
house can be divided the spaces into few different boxes and we can see that every spaces is
occupied differently.
Figure 2.II.I Space organization diagram
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Circulation, space organization and activities has shown the practical design style that Ar.
Steven has been used throughout the year. In Surian Tropika Semi Detached House, the circulation
of building is simple and each space is connected by staircase in the center of plan. The ground floor
plan is a public space, the living room and dining area which a gathering space for occupants to
interact and communicate meanwhile second floor is private space, bedroom and study area. In the
plan we can see the public area is at ground floor which right after the main entrance meanwhile the
private area is about at first floor level to enhance the sense of privacy.
In addition, Ar. Steven has design the layout as modular structure which a simple grid line
system able to reduce time cost for construction. The length and size of column and beams are the
same. The use of roof trusses is to enable larger span and forming wider and higher space for
activities.
2.II.II SIMPLICITY FORM AND DESIGN
The approach to design a contemporary architecture that we see now in 2014 is influenced by the
function where the aesthetic design comes later. Minimize the decorative elements and ornament
affect designer come out with clear and pure form of presentation in architecture. The massing and
plan of design has emphasize of rectangular forms and horizontal vertical lines with it own usage
such as shading device or invite wind ventilation.
Figure 2.II.II Elevation study of simplicity of form and decorative elements
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3 CONCLUSION
In conclusion, Ar. Steven has been allowing himself to explore in different kind of
achievement and practice at the same time gaining a lot of good traits and skills along way. After
studying Surian Tropika Semi Detached House, Ar. Steven is trying to achieve ‘Practical Frugality
Architecture’. The design of Ar. Steven house can say as literally direct and not abstract and
complicated with hidden meaning behind but he express his concern in practical way. During the day,
he start working in various firm to explore himself to learn and gain the architecture system
knowledge through working experience. Until then, he has start his own firm with partnership of 2
architects and 40 employees to continue the journey as a successful architect. Form follow Function,
which the concept that we can find in most of the project that he had done which more towards
structural and functional design. During the interview, he has told us his philosophy in architecture is
‘Back to Fundamental, minimized the sacrifice of nature..” Along the process of studying his projects,
he has succeed to blend the building to the site as the thoughts in “ Building Dwelling Thinking” with
chosen materials according to Malaysia hot and humid climatic condition. The principles of light,
materiality and geometry are clearly visible in contemporary architecture. The residential units are
respond to the architectural theory which related to the 3 criteria; climate, user and space in overall
situation of Malaysia. It seems logical to expect that the approach to architecture present here will
naturally lead to a tropical sustainable architecture. Practicality and Frugality is directing but in my
opinion, well interpretation of idea in abstract and consideration of aesthetic in a well-blended way is
another challenge to architect of next generation to achieve the balance between them as the
definition of architecture is about art and science.
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4 REFERENCES
1. Koeningsberger. O. H. Ingersoll. T. G., Mayhew. A. and Szokolay. S. V. “Manual of
Tropical Housing and Building: Part 1: Climate Design.” Longman, London, 1973.
2. Bonta, J.P. (1979). Architecture and its interpretation, Rizzoli, NY.
3. Tropical Architecture website: http://tropical-
architecture.blogspot.com/2011/07/modern-tropical-architecture.html (accessed 10
December 2011)
4. Windfinder.com - Wind and weather statistic Morib/Kuala Lumpur Airport. (n.d.).
Retrieved November 23, 2014, from
http://www.windfinder.com/windstatistics/morib_kuala_lumpur