This document presents a student project report on proposing a new and improved city plan. It includes investigations of ancient, present and future cities. It then proposes an "Amphibious Town" that can be lived in both on land and above water to address rising sea levels. Key elements of this new town plan include housing separated by wealth zones, solar energy and waste management systems like greywater recycling and biogas generation. Transportation focuses on electric buses, ferries and bikes.
ENBE FINAL PROJECT REPORT PROPOSAL TOWNDarshiini Vig
This document provides information about the investigation and data collection process for a final project proposing a new, sustainable town. It discusses the ancient city of Mohenjo-Daro as an example of an early planned city with a grid street system and water management. It also examines the historic trading town of Hoi An in Vietnam. For present towns, it looks at Georgetown in Penang, Malaysia and Arundel in the UK. It identifies Copenhagen, Denmark as a model for future towns due to its extensive bicycle transportation network. The goal is to draw upon elements from these various places to design a new, livable town that focuses on sustainability.
This document appears to be a report on planning a better livable town. It begins with an introduction explaining the purpose and requirements of the final project to design an underwater town. The report then provides background research on the definition of towns, their history, and what elements make a good town. It examines characteristics of ancient towns like Babylon and Harappa. The report also discusses considerations for the future of towns, with sustainability and modern amenities. The goal is to incorporate this research into the design of a new ideal town that meets the needs of its citizens.
This document is a report on a final project for a class on the built environment. It investigates elements that make towns livable by examining examples from the past, present, and future. It looks at the ancient city of Shibam and highlights its vertical construction and sewage system. The present town of Vauban, Germany is examined for its sustainable transport and plus-energy buildings. Shimizu Mega-City Pyramid is discussed as a potential future city. Based on this research, the report proposes a new town called "GreenEagle" with characteristics like low carbon footprint, self-sustainable buildings, sewage management, green spaces, and an LRT transportation system, using a grid layout.
This document provides details about a student project to design a better future town. It begins with an introduction explaining the task and importance of researching ancient, present and future towns. It then examines the definition of a town and key elements that make a good town. The document investigates the ancient town of Akrotiri on Santorini, noting its impressive buildings, streets and drainage system. It also looks at the present-day town of Taipei, providing its history and highlighting features like Taipei 101. Elements from Akrotiri like accessibility and connectivity would be considered for the new future town design.
The document discusses the proposal of a new town called Krystal Bright. It begins by investigating guidelines for town planning by examining past, present, and future towns. This includes analyzing the ancient town of Fenghuang in China, the present university town of Tubingen in Germany, and the future disaster-resistant Sky Tower & Garden development in Tokyo. Lessons from these cases are applied to the design of Krystal Bright, which aims to be an education-focused town providing students a good place to study with amenities like healthcare, security, government services, and infrastructure supported by a river running through the town.
This document provides an introduction and overview for a sustainable city planning project in Kajang, Malaysia. It discusses the following key points in 3 sentences:
Kajang is a growing town located near Kuala Lumpur that needs sustainable planning to address issues of rapid population growth, pollution, and traffic congestion. The project will plan transportation solutions, minimize environmental impact, and ensure access and quality of life. It will also address landscape preservation, renewable energy, air quality, drainage, and development near the Langat River Basin.
The document discusses the proposal of a new town called Krystal Bright. It investigates guidelines for town planning by examining examples from the past, present, and future. These include the ancient Fenghuang town in China, the present-day university town of Tubingen in Germany, and the future-focused Sky Tower and Garden development in Tokyo. Lessons from these cases are applied to the design of Krystal Bright, which aims to be an education-focused town providing high-quality schooling and a healthy environment for students. Key elements include a university, local government, parks, and a river serving purposes like drinking water and recreation.
The document discusses the proposal of a new town called Krystal Bright. It investigates guidelines for town planning by examining past, present, and future towns. Examples discussed include the ancient town of Fenghuang in China, the present university town of Tubingen in Germany, and the future disaster-resistant Sky Tower & Garden development in Tokyo. The document then proposes the new town of Krystal Bright, which will be an education-focused town providing students a place for higher study, along with amenities like healthcare, jobs, and management of resources.
ENBE FINAL PROJECT REPORT PROPOSAL TOWNDarshiini Vig
This document provides information about the investigation and data collection process for a final project proposing a new, sustainable town. It discusses the ancient city of Mohenjo-Daro as an example of an early planned city with a grid street system and water management. It also examines the historic trading town of Hoi An in Vietnam. For present towns, it looks at Georgetown in Penang, Malaysia and Arundel in the UK. It identifies Copenhagen, Denmark as a model for future towns due to its extensive bicycle transportation network. The goal is to draw upon elements from these various places to design a new, livable town that focuses on sustainability.
This document appears to be a report on planning a better livable town. It begins with an introduction explaining the purpose and requirements of the final project to design an underwater town. The report then provides background research on the definition of towns, their history, and what elements make a good town. It examines characteristics of ancient towns like Babylon and Harappa. The report also discusses considerations for the future of towns, with sustainability and modern amenities. The goal is to incorporate this research into the design of a new ideal town that meets the needs of its citizens.
This document is a report on a final project for a class on the built environment. It investigates elements that make towns livable by examining examples from the past, present, and future. It looks at the ancient city of Shibam and highlights its vertical construction and sewage system. The present town of Vauban, Germany is examined for its sustainable transport and plus-energy buildings. Shimizu Mega-City Pyramid is discussed as a potential future city. Based on this research, the report proposes a new town called "GreenEagle" with characteristics like low carbon footprint, self-sustainable buildings, sewage management, green spaces, and an LRT transportation system, using a grid layout.
This document provides details about a student project to design a better future town. It begins with an introduction explaining the task and importance of researching ancient, present and future towns. It then examines the definition of a town and key elements that make a good town. The document investigates the ancient town of Akrotiri on Santorini, noting its impressive buildings, streets and drainage system. It also looks at the present-day town of Taipei, providing its history and highlighting features like Taipei 101. Elements from Akrotiri like accessibility and connectivity would be considered for the new future town design.
The document discusses the proposal of a new town called Krystal Bright. It begins by investigating guidelines for town planning by examining past, present, and future towns. This includes analyzing the ancient town of Fenghuang in China, the present university town of Tubingen in Germany, and the future disaster-resistant Sky Tower & Garden development in Tokyo. Lessons from these cases are applied to the design of Krystal Bright, which aims to be an education-focused town providing students a good place to study with amenities like healthcare, security, government services, and infrastructure supported by a river running through the town.
This document provides an introduction and overview for a sustainable city planning project in Kajang, Malaysia. It discusses the following key points in 3 sentences:
Kajang is a growing town located near Kuala Lumpur that needs sustainable planning to address issues of rapid population growth, pollution, and traffic congestion. The project will plan transportation solutions, minimize environmental impact, and ensure access and quality of life. It will also address landscape preservation, renewable energy, air quality, drainage, and development near the Langat River Basin.
The document discusses the proposal of a new town called Krystal Bright. It investigates guidelines for town planning by examining examples from the past, present, and future. These include the ancient Fenghuang town in China, the present-day university town of Tubingen in Germany, and the future-focused Sky Tower and Garden development in Tokyo. Lessons from these cases are applied to the design of Krystal Bright, which aims to be an education-focused town providing high-quality schooling and a healthy environment for students. Key elements include a university, local government, parks, and a river serving purposes like drinking water and recreation.
The document discusses the proposal of a new town called Krystal Bright. It investigates guidelines for town planning by examining past, present, and future towns. Examples discussed include the ancient town of Fenghuang in China, the present university town of Tubingen in Germany, and the future disaster-resistant Sky Tower & Garden development in Tokyo. The document then proposes the new town of Krystal Bright, which will be an education-focused town providing students a place for higher study, along with amenities like healthcare, jobs, and management of resources.
Presentation of kajang futue developmentsarah_hazim
The document discusses sustainable urban design in Kajang, Malaysia. It provides background on Kajang's population growth and describes current land uses, including new residential townships and commercial areas concentrated in the city center. It then outlines development strategies and issues regarding landscape/biodiversity, security/safety, renewable energy, transportation infrastructure, and urban design principles. The goal is to promote sustainable development through public participation and optimal resource use.
This document provides a summary of a report on a project for a sustainable urban planning concept for Kajang City in Malaysia. It outlines several issues facing Kajang related to its high population density, environmental and traffic problems. It then proposes strategies to address these issues and develop Kajang into a more sustainable city through integrated transportation systems, renewable energy, waste management, and development along the Langat River Basin.
Task 9 Kajang Local Plan For Sustainable Development (a133921)izham27
This document presents a proposed local plan for sustainable development in Kajang, Malaysia. It aims to produce a self-reliant town with a higher quality of living. The plan addresses objectives of maintaining economic growth, promoting social progress, protecting the environment, and using natural resources prudently. It proposes developing vibrant mixed-use centres and corridors connected by improved public transportation including bus rapid transit, an expanded subway system, and trams. It also recommends strategies like car sharing to minimize environmental impacts from increased travel demands. The plan emphasizes integrating land use and transportation planning, as well as prioritizing pedestrians, cyclists, public transit, and sustainable private transport options.
The document is a report on designing a better livable town called Spring Ville. It investigates guidelines for towns, and collects data on ancient, present and future towns. It examines Zhouzhuang, Menaggio, Dubai's Food City and Tianjin Eco City. The new town of Spring Ville will focus on sustainability with green buildings, roofs, and transportation like bicycles. It aims to address overcrowding with residential areas while preserving the environment.
The document summarizes an AIA SDAT process to develop recommendations for strengthening the Court Avenue corridor in Jeffersonville, IN. A team of 6 professionals toured the area, held stakeholder meetings, and brainstormed designs over 3 days. They heard feedback that the corridor feels neglected, unsafe for all users, and empty after 5pm. The team analyzed growth opportunities based on demographics, economic factors, and urban design. Their presentation outlined designing a healthy corridor with best practices for mobility, including pedestrian safety treatments, bike infrastructure, stormwater management, and phased improvements. Immediate next steps included developing an action plan and applying low-cost safety measures.
"Strengthening the City's Civic Spine: The Future of Court Avenue," is the final presentation of the American Institute of Architects Sustainable Design Assessment Team to the community of Jeffersonville, Indiana. A national team of volunteer professionals worked with the community through a 3-day public process to produce a community-driven strategy for the area.
This document proposes a sustainable urban plan for Kajang, Malaysia. It discusses strategies to improve quality of development, environment protection, social equity, and access to knowledge. These include maintaining drainage systems, planting trees, and implementing 3R programs. It also proposes developing accessible public transportation like low-floor buses, separate bicycle lanes, and electric vehicles. Future developments like compact, green cities linked by public transit are suggested. Robot parking lots, renewable energy sources, and ensuring air and water quality are also part of the sustainable plan.
The document proposes a plan for sustainable development in Kajang, Malaysia to address issues like traffic congestion, flooding, and lack of developable land. The plan aims to (1) maintain economic growth and employment, (2) establish social progress, (3) protect the environment, and (4) use natural resources prudently. It proposes developing Kajang's economy, improving social quality of life, protecting the environment, integrating transportation and development through public transit expansion and pedestrian/cyclist infrastructure, and minimizing environmental impacts of increased travel demands.
This document presents the research and planning for a proposed new town called the ZES Town. It begins with background on what makes an ideal city or town, including investigations of ancient cities like Babylon and present sustainable cities like Melbourne. It then describes the planning process for the ZES Town, which will be built on a small island. Key characteristics include renewable energy sources, efficient public transit like subways, desalination and rainwater collection, green roofs, and vertical farming. A zoning map divides the new town into residential, commercial, agricultural, and industrial areas to best support the 80,000 residents. The goal is to create a sustainable and livable town through green technologies rather than a flashy futuristic design.
My final report for enbe revive town!! copyLwj Welson
The document provides details about Welson Lum Wei Jiunn's final project to design a better livable town called "Revive Town". It begins with an introduction and overview of the project requirements. It then discusses guidelines for what makes a good town through investigations of ancient, present and future towns. Specifically, it examines the ancient town of Lijiang, the town square in Rome, and the city of Honolulu. Drawing from these examples, the document proposes the design of Revive Town, which is centered around improving tourism, transportation, and creating a shipping port for additional income. Key elements of Revive Town include a central town square, recreational parks, residential areas with green roofs, beaches, and a multi-
This document is a report submitted by Pang Khai Shuen for a university course. It discusses the planning of a new town called Peaceville in Malaysia. The report provides background information on how ancient towns formed near rivers for resources and trade. It examines the ancient cities of Mohenjo-Daro and Anyang as examples of planned cities with specialized districts. The report also discusses how the Industrial Revolution led to the growth of modern towns and cities. It analyzes Copenhagen's "Finger Plan" as a model of urban planning that incorporates green spaces. The proposal then provides details of the planned town of Peaceville, including its layout, population, industries and amenities.
This document provides information about investigations conducted into ancient, present, and future towns to inform the design of a better livable town. It examines the ancient city of Babylon and details its extensive irrigation system and network of canals. For present towns, it analyzes Melbourne, Australia, highlighting factors that contribute to its livability such as green roofs, rainwater harvesting, extensive public transportation and bike lanes, and its status as an education center. When discussing future towns, it provides examples from Portland, Oregon, which generates half its power through renewables and has over 92,000 acres of parks and trails connected by a path system encouraging walking and cycling over cars.
The document discusses research on the design of a better livable town called INSEL. It begins with an introduction on the importance of studying historical, present, and future towns to inform the design. Section 2 defines what makes a good town and discusses ancient Roman and German towns. Section 3 describes data collected on present sustainable towns. Section 4 discusses features of the proposed new town INSEL and the inspiration from Al Maryah Island. Section 5 outlines considerations for the future of towns, including energy efficiency and renewable energy, indoor environmental quality, and green building materials.
This document is a report for a final project that involves proposing a layout for a new town called "X Town". It begins with an introduction describing the requirements of the project which include researching ancient, present and future cities/towns, guidelines for planning cities, and proposing designs and plans for the new town. It then provides details on the definition of a town, the history and components of towns, and factors that make a good township. It also includes an investigation and findings on the ancient cities of Sidon and the Hanging Gardens of Babylon, focusing on their history, significance and elements that could inform the new proposed town. The document concludes with considering what information from these ancient cities could be applied to the design of the new
The document is a report on the design of a future city. It includes:
1. Background on an assignment to imagine and design a future city as part of an ENBE class.
2. Definitions and brief histories of cities in general and the ancient city of Mohenjo-Daro, which had advanced infrastructure like sanitation systems.
3. Details on the present city of Kuala Lumpur, focusing on its efficient infrastructure and iconic buildings like the Petronas Towers.
4. Notes that elements of ancient and present cities, like Mohenjo-Daro's layout and Kuala Lumpur's facilities, will inform the design of the author's
The document discusses future city representations and case studies. It summarizes an investigation of ancient cities like Chan Chan, Peru, which had an advanced water system of canals and aqueducts. It also discusses present cities like Copenhagen, noting its green technologies and cycling culture, and Melbourne for its livability. For future cities, it examines the Shimizu Mega-City Pyramid concept with its efficient transport system using nodes. It provides details on the Floating City Project, highlighting its objectives of movability, dynamic geography, growth, seakeeping, safety, and a water experience.
This document provides an overview of a student's final project report on representing a future city. It discusses investigating ancient, present and future cities. For the ancient city, it focuses on Tenochtitlan, the Aztec capital founded in 1325 which had sophisticated city planning and was a major urban center until conquered by the Spanish. For the present city, it examines Vauban in Germany, a neighborhood built starting in the 1990s as a model of sustainable development on the site of a former military base. The student aims to incorporate elements from these past cities into designing a new future city that is stable, sustainable and suitable for residents.
This document is a report submitted by Khoo Zer Kai proposing a design for a new floating city called "X-Town". It includes research on ancient, present and future city designs. The proposed X-Town design is an octagonal shape with zoning for different uses. It would be self-sufficient with renewable energy, aquaculture for food, and underwater greenhouses. While ambitious, the floating city design faces challenges around high costs and limited access.
This document provides details about a student project to design a better livable town. It begins with background research on ancient Roman Paris and present-day Siem Reap Town in Cambodia to understand how they utilize water sources. This informs the design of a new proposed town called Allegro centered around a lake. The town aims to be self-sustainable, eco-friendly, and provide a comfortable living environment through green features and smart technology. Key aspects of the plan include zoning, transportation, green spaces, and ensuring sustainable water and energy supplies.
The document provides details on the requirements and content for a final project report on proposing a better livable future town. It includes investigations of ancient, present and future towns to understand their characteristics. The proposed new town, called Vitadelco, will focus on sustainability, walkability, fulfilling resident needs, and incorporating elements learned from past towns like unique architecture and good infrastructure systems.
This document is a report by Yen Wei Zheng on designing a better livable town called Magnolia. It investigates elements of ancient, present and future cities to understand what makes a great city. It analyzes the ancient city of Athens and notes its historical landmarks and cultural significance. For the present city, it examines New York City's infrastructure like public transportation and Central Park. It also describes a concept for a floating city called Lilypad that could house refugees. The report then proposes the design for the new town of Magnolia, which would be a 40km2 floating town powered by renewable energy with parks and public transportation to be environmentally friendly.
1. The document describes a town planning project by Rachael Cheong Kah Yen for the town of X. It investigates the characteristics of ancient, present, and future towns.
2. It examines the ancient towns of Hoi An, Vietnam and Wuyuan County, China, describing their historical architecture and cultural influences.
3. The present town analyzed is Downtown Core in Singapore, focusing on its central business district and urban planning as the heart of the city surrounded by vibrant neighborhoods.
4. The project will propose a new future town to replace the polluted town of X, with characteristics designed for a livable environment.
Presentation of kajang futue developmentsarah_hazim
The document discusses sustainable urban design in Kajang, Malaysia. It provides background on Kajang's population growth and describes current land uses, including new residential townships and commercial areas concentrated in the city center. It then outlines development strategies and issues regarding landscape/biodiversity, security/safety, renewable energy, transportation infrastructure, and urban design principles. The goal is to promote sustainable development through public participation and optimal resource use.
This document provides a summary of a report on a project for a sustainable urban planning concept for Kajang City in Malaysia. It outlines several issues facing Kajang related to its high population density, environmental and traffic problems. It then proposes strategies to address these issues and develop Kajang into a more sustainable city through integrated transportation systems, renewable energy, waste management, and development along the Langat River Basin.
Task 9 Kajang Local Plan For Sustainable Development (a133921)izham27
This document presents a proposed local plan for sustainable development in Kajang, Malaysia. It aims to produce a self-reliant town with a higher quality of living. The plan addresses objectives of maintaining economic growth, promoting social progress, protecting the environment, and using natural resources prudently. It proposes developing vibrant mixed-use centres and corridors connected by improved public transportation including bus rapid transit, an expanded subway system, and trams. It also recommends strategies like car sharing to minimize environmental impacts from increased travel demands. The plan emphasizes integrating land use and transportation planning, as well as prioritizing pedestrians, cyclists, public transit, and sustainable private transport options.
The document is a report on designing a better livable town called Spring Ville. It investigates guidelines for towns, and collects data on ancient, present and future towns. It examines Zhouzhuang, Menaggio, Dubai's Food City and Tianjin Eco City. The new town of Spring Ville will focus on sustainability with green buildings, roofs, and transportation like bicycles. It aims to address overcrowding with residential areas while preserving the environment.
The document summarizes an AIA SDAT process to develop recommendations for strengthening the Court Avenue corridor in Jeffersonville, IN. A team of 6 professionals toured the area, held stakeholder meetings, and brainstormed designs over 3 days. They heard feedback that the corridor feels neglected, unsafe for all users, and empty after 5pm. The team analyzed growth opportunities based on demographics, economic factors, and urban design. Their presentation outlined designing a healthy corridor with best practices for mobility, including pedestrian safety treatments, bike infrastructure, stormwater management, and phased improvements. Immediate next steps included developing an action plan and applying low-cost safety measures.
"Strengthening the City's Civic Spine: The Future of Court Avenue," is the final presentation of the American Institute of Architects Sustainable Design Assessment Team to the community of Jeffersonville, Indiana. A national team of volunteer professionals worked with the community through a 3-day public process to produce a community-driven strategy for the area.
This document proposes a sustainable urban plan for Kajang, Malaysia. It discusses strategies to improve quality of development, environment protection, social equity, and access to knowledge. These include maintaining drainage systems, planting trees, and implementing 3R programs. It also proposes developing accessible public transportation like low-floor buses, separate bicycle lanes, and electric vehicles. Future developments like compact, green cities linked by public transit are suggested. Robot parking lots, renewable energy sources, and ensuring air and water quality are also part of the sustainable plan.
The document proposes a plan for sustainable development in Kajang, Malaysia to address issues like traffic congestion, flooding, and lack of developable land. The plan aims to (1) maintain economic growth and employment, (2) establish social progress, (3) protect the environment, and (4) use natural resources prudently. It proposes developing Kajang's economy, improving social quality of life, protecting the environment, integrating transportation and development through public transit expansion and pedestrian/cyclist infrastructure, and minimizing environmental impacts of increased travel demands.
This document presents the research and planning for a proposed new town called the ZES Town. It begins with background on what makes an ideal city or town, including investigations of ancient cities like Babylon and present sustainable cities like Melbourne. It then describes the planning process for the ZES Town, which will be built on a small island. Key characteristics include renewable energy sources, efficient public transit like subways, desalination and rainwater collection, green roofs, and vertical farming. A zoning map divides the new town into residential, commercial, agricultural, and industrial areas to best support the 80,000 residents. The goal is to create a sustainable and livable town through green technologies rather than a flashy futuristic design.
My final report for enbe revive town!! copyLwj Welson
The document provides details about Welson Lum Wei Jiunn's final project to design a better livable town called "Revive Town". It begins with an introduction and overview of the project requirements. It then discusses guidelines for what makes a good town through investigations of ancient, present and future towns. Specifically, it examines the ancient town of Lijiang, the town square in Rome, and the city of Honolulu. Drawing from these examples, the document proposes the design of Revive Town, which is centered around improving tourism, transportation, and creating a shipping port for additional income. Key elements of Revive Town include a central town square, recreational parks, residential areas with green roofs, beaches, and a multi-
This document is a report submitted by Pang Khai Shuen for a university course. It discusses the planning of a new town called Peaceville in Malaysia. The report provides background information on how ancient towns formed near rivers for resources and trade. It examines the ancient cities of Mohenjo-Daro and Anyang as examples of planned cities with specialized districts. The report also discusses how the Industrial Revolution led to the growth of modern towns and cities. It analyzes Copenhagen's "Finger Plan" as a model of urban planning that incorporates green spaces. The proposal then provides details of the planned town of Peaceville, including its layout, population, industries and amenities.
This document provides information about investigations conducted into ancient, present, and future towns to inform the design of a better livable town. It examines the ancient city of Babylon and details its extensive irrigation system and network of canals. For present towns, it analyzes Melbourne, Australia, highlighting factors that contribute to its livability such as green roofs, rainwater harvesting, extensive public transportation and bike lanes, and its status as an education center. When discussing future towns, it provides examples from Portland, Oregon, which generates half its power through renewables and has over 92,000 acres of parks and trails connected by a path system encouraging walking and cycling over cars.
The document discusses research on the design of a better livable town called INSEL. It begins with an introduction on the importance of studying historical, present, and future towns to inform the design. Section 2 defines what makes a good town and discusses ancient Roman and German towns. Section 3 describes data collected on present sustainable towns. Section 4 discusses features of the proposed new town INSEL and the inspiration from Al Maryah Island. Section 5 outlines considerations for the future of towns, including energy efficiency and renewable energy, indoor environmental quality, and green building materials.
This document is a report for a final project that involves proposing a layout for a new town called "X Town". It begins with an introduction describing the requirements of the project which include researching ancient, present and future cities/towns, guidelines for planning cities, and proposing designs and plans for the new town. It then provides details on the definition of a town, the history and components of towns, and factors that make a good township. It also includes an investigation and findings on the ancient cities of Sidon and the Hanging Gardens of Babylon, focusing on their history, significance and elements that could inform the new proposed town. The document concludes with considering what information from these ancient cities could be applied to the design of the new
The document is a report on the design of a future city. It includes:
1. Background on an assignment to imagine and design a future city as part of an ENBE class.
2. Definitions and brief histories of cities in general and the ancient city of Mohenjo-Daro, which had advanced infrastructure like sanitation systems.
3. Details on the present city of Kuala Lumpur, focusing on its efficient infrastructure and iconic buildings like the Petronas Towers.
4. Notes that elements of ancient and present cities, like Mohenjo-Daro's layout and Kuala Lumpur's facilities, will inform the design of the author's
The document discusses future city representations and case studies. It summarizes an investigation of ancient cities like Chan Chan, Peru, which had an advanced water system of canals and aqueducts. It also discusses present cities like Copenhagen, noting its green technologies and cycling culture, and Melbourne for its livability. For future cities, it examines the Shimizu Mega-City Pyramid concept with its efficient transport system using nodes. It provides details on the Floating City Project, highlighting its objectives of movability, dynamic geography, growth, seakeeping, safety, and a water experience.
This document provides an overview of a student's final project report on representing a future city. It discusses investigating ancient, present and future cities. For the ancient city, it focuses on Tenochtitlan, the Aztec capital founded in 1325 which had sophisticated city planning and was a major urban center until conquered by the Spanish. For the present city, it examines Vauban in Germany, a neighborhood built starting in the 1990s as a model of sustainable development on the site of a former military base. The student aims to incorporate elements from these past cities into designing a new future city that is stable, sustainable and suitable for residents.
This document is a report submitted by Khoo Zer Kai proposing a design for a new floating city called "X-Town". It includes research on ancient, present and future city designs. The proposed X-Town design is an octagonal shape with zoning for different uses. It would be self-sufficient with renewable energy, aquaculture for food, and underwater greenhouses. While ambitious, the floating city design faces challenges around high costs and limited access.
This document provides details about a student project to design a better livable town. It begins with background research on ancient Roman Paris and present-day Siem Reap Town in Cambodia to understand how they utilize water sources. This informs the design of a new proposed town called Allegro centered around a lake. The town aims to be self-sustainable, eco-friendly, and provide a comfortable living environment through green features and smart technology. Key aspects of the plan include zoning, transportation, green spaces, and ensuring sustainable water and energy supplies.
The document provides details on the requirements and content for a final project report on proposing a better livable future town. It includes investigations of ancient, present and future towns to understand their characteristics. The proposed new town, called Vitadelco, will focus on sustainability, walkability, fulfilling resident needs, and incorporating elements learned from past towns like unique architecture and good infrastructure systems.
This document is a report by Yen Wei Zheng on designing a better livable town called Magnolia. It investigates elements of ancient, present and future cities to understand what makes a great city. It analyzes the ancient city of Athens and notes its historical landmarks and cultural significance. For the present city, it examines New York City's infrastructure like public transportation and Central Park. It also describes a concept for a floating city called Lilypad that could house refugees. The report then proposes the design for the new town of Magnolia, which would be a 40km2 floating town powered by renewable energy with parks and public transportation to be environmentally friendly.
1. The document describes a town planning project by Rachael Cheong Kah Yen for the town of X. It investigates the characteristics of ancient, present, and future towns.
2. It examines the ancient towns of Hoi An, Vietnam and Wuyuan County, China, describing their historical architecture and cultural influences.
3. The present town analyzed is Downtown Core in Singapore, focusing on its central business district and urban planning as the heart of the city surrounded by vibrant neighborhoods.
4. The project will propose a new future town to replace the polluted town of X, with characteristics designed for a livable environment.
This document is a report on a final project for a class called Elements of Natural Built Environment. It discusses the requirements of the project, which is for students to plan their own town. It provides background information on what makes a town and the history and features of some example towns, including an ancient Chinese town called Xitang and a present-day English town called West Bromwich. It also discusses a future eco-town project in China called the Sino-Singapore Nanjing Eco Hi-tech Island. The student whose report this is then proposes designs and elements to include in their planned new town called Rafflesia Town.
This document provides information about Chan Pei Shan's final project on representing future cities. It includes investigations of ancient, present and future cities, including Rome, New York City and Tokyo. It also includes a case study on a floating water city. Some key points are:
- Ancient Rome started as a trading hub and its accessible pathways inspired future city design.
- New York City has extensive public transport and walkways, encouraging greener transportation.
- Future Tokyo aims to be the world's greenest city with overhead transport and renewable energy.
- Floating water cities require consideration of economics, environment and social issues for long-term viability.
This document summarizes a student's final project report on proposing a better livable town. It includes an introduction outlining the project goals and requirements. Sections analyze the components of towns throughout history, including investigating ancient Rome and present-day Cape Town. Elements from these cities, such as hierarchical town planning, are identified for inclusion in the student's proposed future town design.
The document discusses the design of a future floating city called "The Light". It begins by outlining the research conducted on past, present, and future city designs. This includes analyzing the ancient Incan city of Machu Picchu, the modern city of Tokyo known for its technology and transportation, and the proposed floating Lilypad city designed to be environmentally sustainable. Drawing from these examples, the author settles on an anchor-shaped design for The Light to provide hope after a natural disaster. Key features of the design include high-rise residential buildings, extensive green space, underwater train transit powered by waves, and overhead buses to reduce traffic. The city aims to be easily navigable, sustainable, and environmentally friendly
This document provides information about an ENBE final project report on designing a better livable town in Malaysia called SELPUTARIA. It discusses investigating ancient and present cities/towns to learn from their strengths and weaknesses. Key sections summarize the definition of cities and towns, what makes a good township, and the future of towns, which are expected to focus on sustainability and climate change adaptation. The document also examines the ancient Greek island of Thera and Phoenician city of Tyre to understand their historical urban planning.
This document is a report by Jacquelyn Vanessa Tee on their final project to design a better future city. It includes sections investigating ancient/old cities like Athens, Greece and present cities like Dubai, UAE. Details are provided on the history and architecture of these cities. Elements that could inspire the future city design include Grecian details, ancient Greek fonts/symbols, and Dubai's modern Islamic architecture influences. The proposed future city is called "Pacifica."
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This document discusses different types of formwork and foundations used in construction. It describes conventional formwork made from timber and plywood on site, and engineered prefabricated formwork with metal frames. Reusable and permanently insulated formworks are also discussed. The document also outlines beams, columns, and slabs, and the different materials used for forming concrete foundations, including plywood, timber, steel, and aluminum.
The document summarizes the construction features of The Gardens Mall in Kuala Lumpur, Malaysia. It describes the different types of doors used, including fire doors made of timber and metal sliding doors. It recommends metal sliding fire doors due to their higher fire resistance and lifespan compared to wooden doors. Toilet doors made of timber or plastic are also compared, with plastic sliding doors found to have lower overall costs and maintenance fees. In conclusion, the document analyzes and compares various door types used in the mall's construction.
The document describes the design of a café aimed at reducing prejudice and stereotyping. The café's concept is to create a space where people feel free to communicate and make friends without pressure or judgment. Key design elements include arranging tables in an S-shape to facilitate interaction, closely spaced chairs, lots of natural light from windows, indoor plants to beautify the space, and hiring a diverse staff. Drawings with anti-stereotyping messages will be displayed, and the café will be located in a busy urban area to spread its message widely.
The document describes the design of a café aimed at reducing prejudice and stereotyping. The café's concept is to create a space where people feel free to communicate and make friends without pressure or judgment. Key design elements include arranging tables in an S-shape to facilitate interactions, closely spaced chairs, lots of natural light from windows, indoor plants to beautify the space, and hiring a diverse staff. Drawings with anti-stereotyping messages will be displayed, and the café will be located in a busy urban area to spread its message widely.
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Individual presentation project 1 religious buildingcheeweishan
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This document presents a business plan for a cocktail business to be opened on the campus of Taylor's University. The business will be run as a general partnership between 4 owners. It will offer affordable cocktails to the large student population on campus. The plan outlines the concept, location, costs, marketing strategies, management roles, and financial projections. It projects opening with sales of $25,000 in the first quarter and expanding to $50,400 in sales by the second year as the business grows. The goals are to repay startup loans within 2 years and continue expanding the business.
This document is a research report comparing two hardware businesses in Malaysia: Perniagaan Gluck located in Subang Jaya, and Cemerlang Indah Hardware located in Port Dickson. The report provides descriptions of the businesses, their products and services, customers, history, competitors and market. It analyzes the businesses through comparative tables and conclusions. The report recommends that Perniagaan Gluck determine the efficiency of online business strategies and improve on weaknesses, given its stronger potential for development and success compared to Cemerlang Indah Hardware.
The document provides a research report comparing two hardware businesses in Malaysia - Perniagaan Gluck in Subang Jaya and Cemerlang Indah Hardware in Port Dickson. It describes the businesses' locations, products offered, number of customers, years in operation, founders, and reasons for starting. A comparative analysis examines their competitors, business strategies, nature of the markets, and recent developments, noting Perniagaan Gluck is developing an online presence while Cemerlang Indah Hardware has seen minimal recent changes. Key details about the businesses and their comparison are presented through tables and paragraphs.
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1. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Better Livable Town
Amphibious
Town
Chee Wei Shan| 0319572
FNBE APR 2014 | Taylor’s University
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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2. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Content:
1. Introduction
2. A Town Investigation on Better Township or Town or City Guidelines and Issues
3. Investigation & Data Collection: Ancient and old cities
4. Investigation & Data Collection: The present towns/
5. Investigation & Data Collection: The future and better township
6. The New “X” Town / Or the new name The conclusion
7. conclusion
8. References list
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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1. Introduction
For our final Element of Natural and Built Environment assignment, we are instructed
to propose a new and improved city plan that improve the way the resident live
and create a sustainable living environment for the future.
I do many research through online about the ancient old, present and future city. I
also do many research about green city and the others country of culture and
history. This assignment give students feels of being a future city planner for the
people to live happily and healthy together with their family.
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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4. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
2. The City
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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5. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
2.1 The City Definition
A town is a small community with a human settlement larger than a village but
smaller than a city. Some town can be without authorize. Every town have
different layout and grid.
2.2 What is the brief history
Great city such as Rome and Babylone existed thousands of years before we
were born. They were the largest cities in the world and arguably the epicenters
of human civilization. These cities led mankind to new height of culture and
commerce.
2.3 What makes a city / town
The city as a physical composition involves interaction between these man-
made and natural components. A city have a complete road system,
transportation, housing, education system , food distribution and all the need of
human.
2.4 What makes a good town/ township
A great city is sustainable and liveable city. A eco-friendly city with low carbon
enery system, a relatively compact centre with good public transport. A city
consist of paces for human activities and interactions .
2.5 What is the future towns
Clean town without polluted and destroy such like air, water and noise pollution.
Cites need lungs for breathing , basically well-maintained open green ,public
spaces. reduce the problem of waste disposal, health and pollution.
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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3. Investigation & Data Collection:
Ancient City of Carthage
The ancient site of Carthage was located on the edge of North Africa that is
now Tunisia, on the Eastern side of Lake Tunis.
Carthage was founded as a Phoenician Colony about 800 BC. It was once
the center of the Phoenicians' vast trade empire. Carthage was later
conquered and destroyed by the Romans in 146 BC.
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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Topography:
Carthage had inlets to the sea to the north and South, which made it
master of the Mediterranean's maritime trade. All ships crossing the sea
had to pass between Sicily and Carthage, affording it great power and
influence.
The City Plan:
The city had a huge Necropolis, religious area, market places, council house,
towers, and a theatre, and was divided into four equally-sized residential
areas with the same layout.
Residences
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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8. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Carthage was a city of glittering palaces and luxury houses lived in by the rich
merchant classes.
Their town houses rose six-storey high along narrow streets. Each house was
built around a central courtyard & had its own cistern along with a
rudimentary drainage system.
Their private estates in the countryside were large houses and gardens
backing on to extensive plantations that benefited from the complex
irrigation systems. Herds of cattle and flocks of sheep pastured on the
surrounding plains.
Ancient city of Baoshan Stone City, Yunnan
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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9. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Baoshan Stone City, Yunnan
In addition to Dayan Ancient City, there is another old city in Yunnan Province,
Baoshan Stone City, located by Jinsha River Canyon, about 120 kilometers north of
Lijiang. Because it was built on a huge mushroom-shaped rock, the city is called
“stone city.”
Baoshan Stone City is the original habitat of the Naxi Ethnic Group. Naxi people
migrated here during the Northern and Southern dynasties (420AD-589AD) and built
the city during 1277-1294 in Yuan Dynasty (1271-1368). Their own language, houses
and architecture have been well preserved in the city, reflecting the true life of the
Naxi people.
One side of the city is a stone slope going straight to the Jinsha River, and its other
sides are steep cliffs. With only two stone gates in the north and south for access, the
whole city forms a natural strategic pass. Houses were built according to the terrain
of the rock, and all the cultivable hillsides around the city have been turned into
terraced fields.
Now over 100 Naxi families are still living in the city. They are very friendly to tourists
and always greet the visitors with genuine smiles.
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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10. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
4. Investigation & Data Collection:
Present Towns / township
Bandar Tun Razak is a township and parliamentary constituency in Kuala
Lumpur, Malaysia. It is named after the second Prime Minister of Malaysia, Tun Abdul Razak.
There are a number of residential areas located in Bandar Tun Razak.
Taman Jaya
It consists of a collection of houses, an area of shoplots, two suraus (Surau Al- Mustaqimah and
Surau Al-Ittihadiah), one primary school (SK Bandar Tun Razak 1 & 2), one secondary school
(SMK Bandar Tun Razak) and a fire brigade.
Taman Midah
Taman Midah is a major residential area beside Taman Jaya. It is neighboured by Taman
Connaught, Taman Cheras and MRR2. It consists mostly of two-storey houses and bungalows,
two areas of shoplots, two primary schools and a collection of playgrounds. There is a
playground used as a science experiments site for some secondary school students from SMK
Bandar Tun Razak.
Taman Mulia
Taman Mulia is the primary residential area for Bandar Tun Razak. It consists of several
residential areas such as Jujur, Ikhlas, Makmur and Mewah. There also a Bandar Tun Razak
S63 STAR LRT station here. There is a collection of low-cost flats such as Flat Sri Labuan and
Flat Sri Kota.
Bandar Tun Razak S63 STAR LRT station
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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11. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
5. Investigation & Data Collection:
The future of towns and Better Towns
Hammarby Sjöstad in Stockholm
PLAN
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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13. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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14. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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15. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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16. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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17. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
6. AMPHIBIOUS Town
6.1 Problem & solution
The problem faced by the people and the city is the rise of the sea level causing
land has been covered by sea. To face this problem, as a mayor I have decided
to build a town with combination above the land and sea. But the underwater is
only built with underwater track for public transportation so the transportation will
hide underwater don’t appear above the water. You can only see the walkway ,
cycling path and building above the water. The reason why am I decided that is
because I want give back the road for people to walk not the cars.
Reason as a mayor I didn’t go for full town with above the sea is because it will
takes a lot and costly material and work to built it. Other than that it is good for
sea fisheries in my town.
The people living at my town can enjoy the sea view ,observe the nature and the
behavior of animal live in the sea and also on the land with large open space.
6.2 important characteristic and element of town of Amphibious & zoning
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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18. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
One of the thing about city of Amphibious besides living on land, it also built and
connect to second part above the sea ,therefore the name of Amphibious
mean able to live on both land and water.
The second part town, above the sea will have a large recreational area for the
people. Since the sea is next to the town so make use of the sea。
Housing :
The residential area is separated into high wealth , middle wealth ,low wealth
and special residential. High wealth is Semi-D house, middle wealth is terrace
house, low wealth is condominium, special residential are for orphans and old
folks .
GREEN ROOFS - Roofs covered in stonecrop or sedum plants are not just an
attractive detail. The plants also absorb rain water that would otherwise drain
into the sewers.
Facilities:
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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19. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
The facilities includes a schoold , government working area, offices, schools and
university . Hospital , Fire Fighter and Police station are also available around the
residential area
Energy :
Solar Panels – There are solar panels on some of the roofs to absorb the heat
from the sun and use it to heat hot water. The solar panels can provide sufficient
energy to meet half of the building’s annual hot water requirement.
Solar Cells on wall – the light energy of the sun is harnessed and transformed into
electrical energy in solar cells. The energy from a single solar cell module covering
ine square metre provides around 100kWh/year, which is equivalent to the
household energy used for three square metres of housing.
Biogas- Is the perfect fuel to run generator, create electricity to built up the light ,
fan, air-conditioner.
Waste management :
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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20. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Vacuum system for the solid waste and refuse - The heaviest and bulkiest waste
fractions are sorted and collected via an underground waste collection system. The
waste is sucked through pipes into a central room, one fraction at a time. The
container are collected from the room so the heavily-loaded garbage truck will not
lumbered down the street, reducing vehicle jam.
Biogas digester - Can turn any waste into fuel such like human waste ,animal dung
and urine. So waste=fuel. There are many uses of fuel, to run generator ,create
electricity to built up light air-conditioner and fan, to run cars and gas stove ,organic
fertilizer . Biogas is the perfect fuel for cooking, cars, fertilizer and electric.
Water management :
Grey water recycling system – Grey water collect form baths, hand basin, washing
machine which is then filter ,disinfects ,recycle and be reuse for general cleaning ,
watering garden , flushing toilet.
Benefit
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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21. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Offices, warehouses, school, hospital, shopping centre and hotels equipped with Grey
Water Recycling System can reduce environment impact, less main water consumption and up to
50% saving on bill.
Rainwater Harvesting System-
All the building in my town will be equipped with rainwater harvesting tanks in the backyard
or underground to collect rainwater from roofs and be reuse.
Instead of using water that is good enough to drink we can reuse the rainwater to flush the
toilet, wash the car, water the garden, and for general cleaning.
Benefit
Tapping rainwater not only reduces your monthly water bills but also lessens the demand
and dependency on the public water supply and, ultimately, the need to expand water
supply infrastructure. Equally important is that holding back rainwater will reduce land
erosion and flooding caused by rapid runoffs whenever it pours
Transportation :
The main transport of the town is public transport which is electric bus and ferry.
Walking and cycling is the second option. Electric car is also others options of
transport.
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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22. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Extensive and well-developed bike lane network
Low cost and easy access make this transportation option a very popular choice
Electric car – Help reduce emissions and enery consumption and curb climate
change.
lithium titanate batteries electric bus -
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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Lithium titanate batteries don’t expand and contract during recharging, so they’re
very resilient and can hold up to frequent partial recharges. After only a ten minute
rapid charge, the bus will be able to operate for three solid hours. Do not need the
driver out of the car for charging, because everything is done through an
automated system connection.
Benefit
Reduce energy consumption, air pollution, climate impact and noise.
people will sit ferry to the second part town above sea
electric ferry – the electric motors with silent, low-emissions cruising and a unique
rapid recharging system
Passengers won’t have to wait for the ferry to charge. A rapid charging system takes
just 10 minutes to give the ship’s 180 kilowatt-hour nickel metal hydride batteries
enough juice to run for one hour at 9 knots.
Benefit
the conversion will cut 130 tons of CO2 emissions and 1.5 tons of NOx emissions while
cutting operating costs 30 percent
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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6.3 conclusion
This new town of amphibious will not just solved the problem where people has
lost their land due to the rise in sea level, it is still provides loads of facilities and
infrastructures for the citizen. It is a green town create to save mother Earth from
being harm.
7. Conclusion
Through all the researches about the citi , town ,township above . I have learn
that a good town planner always place the people’s healthy and the Earth’s
healthy first. Our earth is sick , pollution is a major problem. Most cities around the
world have already taking action of reducing the carbon footprint such like
using bicycle as their transportation and also trail , tram, bus ,ferry which go with
electric system.
Chee Wei Shan| 0319572| Delliya Mohd Zain| FNBE APR 2014 | Taylor’s University
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To success the future city we need a very long time .it is not imposible to
complete a healthy and sustainable city for people but what it need is time to
change and improve.
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8. Reference Links
http://en.wikipedia.org/wiki/Bandar_Tun_Razak
http://www.china.org.cn/top10/2012-04/12/content_25113446_6.htm
http://www.hammarbysjostad.se/
http://www.archinomy.com/case-studies/1889/ancient-city-of-carthage
http://www.mazdainthenews.com/l-a-gets-worlds-first-rapid-charge-electric-bus/
http://www.wired.com/2014/04/stockholm-electric-ferry/
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