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 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.
The document outlines a student's final project to plan and build a sustainable future town. It includes investigations of ancient and present towns to understand components of livable towns. The student focuses on a town with a river and examines examples like Babylon. For their future town, called Greenwood, the student proposes residential, commercial, industrial areas with public transportation and green spaces, arranged in a square grid around the river. The goal is to create a sustainable, livable place that balances community needs, the environment, and transportation options.
This document is a project report by Peerun Bibi Ameerah for a class called Foundation Program in Natural and Built Environment at Taylor's University in April 2013. The report proposes a design for a future city called "Sky-City" for the Malaysian population. It includes sections on the shape and zoning of the city, interior design, transportation, amenities, activities, and places of worship. The focus point of the city is a large nature park in the shape of a star located in the city center. The report provides details on how the city would be planned and organized to meet the needs of its residents.
This document outlines a student's final project for a class on town planning. It includes an introduction describing the project requirements to research and design a future livable town. It then covers investigations of ancient, present and future towns to gather inspiration. This includes analyses of the ancient town of Akrotiri and modern cities of Taipei and Copenhagen. It also explores the future of Tokyo. Based on these case studies, the student proposes a new town called "The Cape" on an island. The aims are for it to be livable and sustainable, combining agriculture, business and residences with a radial grid layout. The island location allows for renewable energy sources.
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.
This document discusses the planning of a sustainable future town. It begins by examining elements of ancient towns like Babylon, including its hanging gardens. It then looks at present towns like Paris, focusing on the green gardens and public spaces. For the future town, it outlines components of a livable and sustainable town, such as environmental protection, economic diversity, accessibility, citizen involvement and more. It emphasizes the importance of green spaces, efficient infrastructure, and engaging the community in the planning process. The goal is to understand different town elements and apply them to create a new, livable model town that considers both people and the environment.
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 a summary of a student's final project report for a class on the natural and built environment. The project involved designing a new layout for a town called Viridis to address overcrowding issues. The student researched ancient and modern cities/towns to inform the new design. Key elements that could be incorporated included Rome's grid system, green roofs from Copenhagen, and hexagonal neighborhoods. The proposed new layout for Viridis includes residential areas in a hexagonal grid with schools and parks, commercial areas in the center and by a lake, and an agricultural area. The goal is for the town to be sustainable using green technology while providing a high quality of life.
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.
The document outlines a student's final project to plan and build a sustainable future town. It includes investigations of ancient and present towns to understand components of livable towns. The student focuses on a town with a river and examines examples like Babylon. For their future town, called Greenwood, the student proposes residential, commercial, industrial areas with public transportation and green spaces, arranged in a square grid around the river. The goal is to create a sustainable, livable place that balances community needs, the environment, and transportation options.
This document is a project report by Peerun Bibi Ameerah for a class called Foundation Program in Natural and Built Environment at Taylor's University in April 2013. The report proposes a design for a future city called "Sky-City" for the Malaysian population. It includes sections on the shape and zoning of the city, interior design, transportation, amenities, activities, and places of worship. The focus point of the city is a large nature park in the shape of a star located in the city center. The report provides details on how the city would be planned and organized to meet the needs of its residents.
This document outlines a student's final project for a class on town planning. It includes an introduction describing the project requirements to research and design a future livable town. It then covers investigations of ancient, present and future towns to gather inspiration. This includes analyses of the ancient town of Akrotiri and modern cities of Taipei and Copenhagen. It also explores the future of Tokyo. Based on these case studies, the student proposes a new town called "The Cape" on an island. The aims are for it to be livable and sustainable, combining agriculture, business and residences with a radial grid layout. The island location allows for renewable energy sources.
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.
This document discusses the planning of a sustainable future town. It begins by examining elements of ancient towns like Babylon, including its hanging gardens. It then looks at present towns like Paris, focusing on the green gardens and public spaces. For the future town, it outlines components of a livable and sustainable town, such as environmental protection, economic diversity, accessibility, citizen involvement and more. It emphasizes the importance of green spaces, efficient infrastructure, and engaging the community in the planning process. The goal is to understand different town elements and apply them to create a new, livable model town that considers both people and the environment.
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 a summary of a student's final project report for a class on the natural and built environment. The project involved designing a new layout for a town called Viridis to address overcrowding issues. The student researched ancient and modern cities/towns to inform the new design. Key elements that could be incorporated included Rome's grid system, green roofs from Copenhagen, and hexagonal neighborhoods. The proposed new layout for Viridis includes residential areas in a hexagonal grid with schools and parks, commercial areas in the center and by a lake, and an agricultural area. The goal is for the town to be sustainable using green technology while providing a high quality of life.
This document provides an overview of a student's final project for an Elements of Natural Built and Environment course. It discusses the requirements of the project, which involves planning an ideal livable town. It then reviews the history and components of cities and towns. Examples of the ancient city of Rome and the present-day city of Santorini, Greece are analyzed. Key lessons from each city that could apply to planning a future sustainable town are highlighted, such as Rome's sanitation system and Santorini's architecture and urban planning. The document serves to provide background information and inspiration for the student's own planned town called STARVERT, which will focus on sustainability and livability.
This document provides guidelines for a final project in a course on natural and built environments. The project involves proposing a new town. It is divided into two parts:
Part A is an individual component requiring an A4 report and 3-minute video presentation proposing a basic plan for a new "X" Town.
Part B is a group component involving a physical model of the selected town and up to 3 presentation boards further explaining the proposal. Groups will choose from town types centered around a lake, river, island, or sea. The proposal must consider population size, zoning, infrastructure, sustainability, and other factors.
The document outlines objectives, learning outcomes, tasks, submission requirements, and assessment criteria for both parts
This document outlines Isyraq Nasir's final project proposal for a better future city called Cahaya Mata City. It includes an introduction, definitions of urban and rural areas, characteristics of a good city, issues cities face, and examples of ancient (Fenghuang), old (Venice), and present-day (Kuala Lumpur) cities. The project involves proposing solutions to address issues and designing an improved city between 30-50 square km with a population of 100,000-250,000 Malaysian citizens.
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.
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.
The document discusses public engagement strategies for developing the Go Boston 2030 transportation plan. It describes a question campaign that collected 5,000 questions from the public about transportation issues. Public engagement events included a question review session to develop themes and a visioning lab where residents helped shape the plan's vision. The presentation outlines additional engagement including collecting project ideas and roundtable discussions to inform the action plan. The goal is to ensure diverse participation and that community voices shape the long-term transportation future.
This document provides an overview of research conducted for a final project to design a better livable town called "X Town". It includes summaries of investigations into ancient and present towns/cities as well as concepts for future sustainable towns. Research looked at cities like Pompeii, London, and Amsterdam to understand their infrastructure, transportation systems, and planning approaches. Examples of sustainable future towns examined were Dockside Green in Canada and Masdar City in Abu Dhabi, noting their renewable energy systems, treatment of water and waste, and pedestrian-focused design. This background research will inform the planning and design of the new X Town project which aims to create a carbon neutral, socially connected, and environmentally-friendly township.
The document discusses the key elements of cities and urban design. It defines what makes a city and explores their history and evolution. Some of the basic components of cities mentioned include infrastructure, transportation, utilities, and public services. The document also examines what characterizes a good, livable city, such as cleanliness, economic opportunities, education, safety, and environmental sustainability. It introduces the concept of a future city and suggests they will utilize advanced technology while conserving ecosystems. The document concludes by outlining several important elements of urban design like buildings, public spaces, streets, transportation, and landscaping.
This document summarizes planning projects done by high school students in Simsbury, Connecticut and Boston, Massachusetts.
In Simsbury, AP Economics students were tasked with reimagining redevelopment plans for a vacant site. They proposed a variety of uses including parks, retail, offices, housing, and more. In Boston, students helped plan improvements to Mt. Vernon Street by advocating for safer pedestrian and bicycle infrastructure. They shared perspectives as users and helped educate the public. The resulting plan included protected bike lanes, landscaping, and improved crosswalks to create a more livable street for all. Engaging students provided valuable insights and helped advance successful community-oriented projects.
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 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
SEMESTER 1: Elements in Natural & Built Environments Project 2 Brief - Better...University of Nottingham
This document outlines the requirements for a final project in a course on natural and built environments. It is divided into two parts:
Part A is an individual assignment to investigate the components of cities, propose a design for a hypothetical new city "X", and present the proposal in a written report and short video.
Part B is a group assignment to physically model and further develop the design for city "X", presenting the proposal on a maximum of three presentation boards. Groups will choose from several types of cities to design, considering factors like population, zoning, infrastructure, and sustainability. The goals are to understand city planning principles and propose a livable future city.
The document is a report on a future city project. It provides background on ancient, present and future cities as research for a new envisioned city called New Indron City. It discusses the history and elements of Baghdad, Tulsa and future underwater condos that will influence the design of New Indron City. The report also outlines the destruction of the original Indron Island city and the religious diversity of its population.
The document is a report on a future city project. It provides background on ancient, present and future cities as research for a new envisioned city called New Indron City. It discusses the history and elements of Baghdad, Tulsa and future underwater condos that will influence the design of New Indron City. The report also outlines the destruction of the original Indron Island city and the religious diversity of its population.
This document outlines Zoe Kan's research for a final project on representing a future city. It begins with an introduction and definitions of what makes a city and a good city. It then examines data collected on ancient cities like Babylon and its Hanging Gardens, and Egypt's Lighthouse of Alexandria. Elements from these ancient cities that could be implemented in the new city are discussed. Next, it analyzes aspects of modern Seoul, South Korea, focusing on the Dongdaemun Design Plaza and Parks. Elements from ancient and modern cities that could be incorporated into the new future city are highlighted.
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.
This document summarizes a panel discussion on cultivating transit-oriented communities in Connecticut and New England. The panel discussed three case studies: updating an established TOD in Stamford, CT; setting the stage for a regional center TOD in Bridgeport, CT; and a regional center TOD in motion in Somerville, MA. Key challenges discussed included lack of vision, zoning issues, infrastructure costs, and land control. The panel also addressed goals like economic development, housing, and multimodal access.
The document discusses the future city representation "OVERDOSE". It begins with an introduction describing the assignment to rebuild a falling city. It then provides summaries of investigations into ancient cities like Babylon, present cities like the Palm Islands in Dubai, and considerations for future cities. The document explores what defines cities and makes them good or sustainable. It aims to collect necessary data to propose a floating city as the assignment requires.
Habitability Study on Low-Cost House Design of Modern and Traditional Mid-ris...drboon
This study investigates the measurable factors which influence the residential level of satisfaction in low-cost house units in Mukalla, Yemen. The importance of this study is due to the development of this city that has been influenced by modern architecture since colonial period. It is the tradition in Mukalla that most population live in traditional (known as tower houses) and modern mid-rise houses. The work aims to examine the level of habitability of modern house design in comparison to the level of habitability of house design of the traditional houses. The result shows that levels of satisfaction of the respondents who live at traditional house units are generally higher than those in modern house units. The finding of the study indicates house design as an important factor that determines the level of residential satisfaction. This research contributes several proposals from the research findings considered for house design guideline for the local authority to improve quality of modern house layout units with reference to the traditional house design layout in the present and future development.
Mud-Brick High-Rise Buildings Architectural Linkages for Thermal Comfort in H...drboon
1. The document discusses the traditional mud-brick architecture of Shibam City in Yemen, specifically the multi-story high-rise buildings. It describes how the buildings are closely packed together and rise up to 8 stories tall, with interconnected streets and passages to provide shade and ventilation.
2. It analyzes the planning and architectural linkages that helped sustain the city's identity over generations by providing thermal comfort and social integration. The layout formed a unique urban setting.
3. It investigates how modern changes pose challenges to reestablishing this architectural identity and tradition. Guidelines are needed for sustainable development that maintains the city's qualitative values and historical linkages in its planning and design.
The city of Shibam in Yemen is considered one of the oldest examples of vertical urban planning, with some buildings over 30 meters tall constructed from mud bricks. The architecture is adapted to the hot climate, with narrow streets and open squares providing shade. Defensive fortified walls surround the dense multi-story structures built close together. The buildings use stone foundations and have tapered walls to reduce stresses from annual flooding in the wadi basin. The traditional architecture and way of life are now threatened by social and economic changes.
This document provides an overview of a student's final project for an Elements of Natural Built and Environment course. It discusses the requirements of the project, which involves planning an ideal livable town. It then reviews the history and components of cities and towns. Examples of the ancient city of Rome and the present-day city of Santorini, Greece are analyzed. Key lessons from each city that could apply to planning a future sustainable town are highlighted, such as Rome's sanitation system and Santorini's architecture and urban planning. The document serves to provide background information and inspiration for the student's own planned town called STARVERT, which will focus on sustainability and livability.
This document provides guidelines for a final project in a course on natural and built environments. The project involves proposing a new town. It is divided into two parts:
Part A is an individual component requiring an A4 report and 3-minute video presentation proposing a basic plan for a new "X" Town.
Part B is a group component involving a physical model of the selected town and up to 3 presentation boards further explaining the proposal. Groups will choose from town types centered around a lake, river, island, or sea. The proposal must consider population size, zoning, infrastructure, sustainability, and other factors.
The document outlines objectives, learning outcomes, tasks, submission requirements, and assessment criteria for both parts
This document outlines Isyraq Nasir's final project proposal for a better future city called Cahaya Mata City. It includes an introduction, definitions of urban and rural areas, characteristics of a good city, issues cities face, and examples of ancient (Fenghuang), old (Venice), and present-day (Kuala Lumpur) cities. The project involves proposing solutions to address issues and designing an improved city between 30-50 square km with a population of 100,000-250,000 Malaysian citizens.
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.
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.
The document discusses public engagement strategies for developing the Go Boston 2030 transportation plan. It describes a question campaign that collected 5,000 questions from the public about transportation issues. Public engagement events included a question review session to develop themes and a visioning lab where residents helped shape the plan's vision. The presentation outlines additional engagement including collecting project ideas and roundtable discussions to inform the action plan. The goal is to ensure diverse participation and that community voices shape the long-term transportation future.
This document provides an overview of research conducted for a final project to design a better livable town called "X Town". It includes summaries of investigations into ancient and present towns/cities as well as concepts for future sustainable towns. Research looked at cities like Pompeii, London, and Amsterdam to understand their infrastructure, transportation systems, and planning approaches. Examples of sustainable future towns examined were Dockside Green in Canada and Masdar City in Abu Dhabi, noting their renewable energy systems, treatment of water and waste, and pedestrian-focused design. This background research will inform the planning and design of the new X Town project which aims to create a carbon neutral, socially connected, and environmentally-friendly township.
The document discusses the key elements of cities and urban design. It defines what makes a city and explores their history and evolution. Some of the basic components of cities mentioned include infrastructure, transportation, utilities, and public services. The document also examines what characterizes a good, livable city, such as cleanliness, economic opportunities, education, safety, and environmental sustainability. It introduces the concept of a future city and suggests they will utilize advanced technology while conserving ecosystems. The document concludes by outlining several important elements of urban design like buildings, public spaces, streets, transportation, and landscaping.
This document summarizes planning projects done by high school students in Simsbury, Connecticut and Boston, Massachusetts.
In Simsbury, AP Economics students were tasked with reimagining redevelopment plans for a vacant site. They proposed a variety of uses including parks, retail, offices, housing, and more. In Boston, students helped plan improvements to Mt. Vernon Street by advocating for safer pedestrian and bicycle infrastructure. They shared perspectives as users and helped educate the public. The resulting plan included protected bike lanes, landscaping, and improved crosswalks to create a more livable street for all. Engaging students provided valuable insights and helped advance successful community-oriented projects.
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 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
SEMESTER 1: Elements in Natural & Built Environments Project 2 Brief - Better...University of Nottingham
This document outlines the requirements for a final project in a course on natural and built environments. It is divided into two parts:
Part A is an individual assignment to investigate the components of cities, propose a design for a hypothetical new city "X", and present the proposal in a written report and short video.
Part B is a group assignment to physically model and further develop the design for city "X", presenting the proposal on a maximum of three presentation boards. Groups will choose from several types of cities to design, considering factors like population, zoning, infrastructure, and sustainability. The goals are to understand city planning principles and propose a livable future city.
The document is a report on a future city project. It provides background on ancient, present and future cities as research for a new envisioned city called New Indron City. It discusses the history and elements of Baghdad, Tulsa and future underwater condos that will influence the design of New Indron City. The report also outlines the destruction of the original Indron Island city and the religious diversity of its population.
The document is a report on a future city project. It provides background on ancient, present and future cities as research for a new envisioned city called New Indron City. It discusses the history and elements of Baghdad, Tulsa and future underwater condos that will influence the design of New Indron City. The report also outlines the destruction of the original Indron Island city and the religious diversity of its population.
This document outlines Zoe Kan's research for a final project on representing a future city. It begins with an introduction and definitions of what makes a city and a good city. It then examines data collected on ancient cities like Babylon and its Hanging Gardens, and Egypt's Lighthouse of Alexandria. Elements from these ancient cities that could be implemented in the new city are discussed. Next, it analyzes aspects of modern Seoul, South Korea, focusing on the Dongdaemun Design Plaza and Parks. Elements from ancient and modern cities that could be incorporated into the new future city are highlighted.
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.
This document summarizes a panel discussion on cultivating transit-oriented communities in Connecticut and New England. The panel discussed three case studies: updating an established TOD in Stamford, CT; setting the stage for a regional center TOD in Bridgeport, CT; and a regional center TOD in motion in Somerville, MA. Key challenges discussed included lack of vision, zoning issues, infrastructure costs, and land control. The panel also addressed goals like economic development, housing, and multimodal access.
The document discusses the future city representation "OVERDOSE". It begins with an introduction describing the assignment to rebuild a falling city. It then provides summaries of investigations into ancient cities like Babylon, present cities like the Palm Islands in Dubai, and considerations for future cities. The document explores what defines cities and makes them good or sustainable. It aims to collect necessary data to propose a floating city as the assignment requires.
Habitability Study on Low-Cost House Design of Modern and Traditional Mid-ris...drboon
This study investigates the measurable factors which influence the residential level of satisfaction in low-cost house units in Mukalla, Yemen. The importance of this study is due to the development of this city that has been influenced by modern architecture since colonial period. It is the tradition in Mukalla that most population live in traditional (known as tower houses) and modern mid-rise houses. The work aims to examine the level of habitability of modern house design in comparison to the level of habitability of house design of the traditional houses. The result shows that levels of satisfaction of the respondents who live at traditional house units are generally higher than those in modern house units. The finding of the study indicates house design as an important factor that determines the level of residential satisfaction. This research contributes several proposals from the research findings considered for house design guideline for the local authority to improve quality of modern house layout units with reference to the traditional house design layout in the present and future development.
Mud-Brick High-Rise Buildings Architectural Linkages for Thermal Comfort in H...drboon
1. The document discusses the traditional mud-brick architecture of Shibam City in Yemen, specifically the multi-story high-rise buildings. It describes how the buildings are closely packed together and rise up to 8 stories tall, with interconnected streets and passages to provide shade and ventilation.
2. It analyzes the planning and architectural linkages that helped sustain the city's identity over generations by providing thermal comfort and social integration. The layout formed a unique urban setting.
3. It investigates how modern changes pose challenges to reestablishing this architectural identity and tradition. Guidelines are needed for sustainable development that maintains the city's qualitative values and historical linkages in its planning and design.
The city of Shibam in Yemen is considered one of the oldest examples of vertical urban planning, with some buildings over 30 meters tall constructed from mud bricks. The architecture is adapted to the hot climate, with narrow streets and open squares providing shade. Defensive fortified walls surround the dense multi-story structures built close together. The buildings use stone foundations and have tapered walls to reduce stresses from annual flooding in the wadi basin. The traditional architecture and way of life are now threatened by social and economic changes.
The document discusses the low-cost housing project in Dwarka Sec 23 that will provide homes for 2,300 families. The total projected cost is 762.3 crores rupees and the project is expected to be completed by October 2013. The housing complexes will include amenities like shops, parks, community centers, and anganwadi centers. The units are basic two-room units with separate bathroom and kitchen areas. Buildings will be walk-up structures of five floors or less using prefabricated building materials and construction techniques to reduce costs.
This document outlines the research and planning for a student's proposed new town called "Valor Town". It includes investigations of ancient, present and future towns to inform the design. Sections look at Calleva Atrebatum roman town, the German town of Kirchsteigfeld, and Ludlow, England as a model sustainable town. The document concludes by describing the key characteristics of Valor Town, which aims to provide walkable access to facilities and incorporate green spaces throughout the grid-planned layout.
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.
This document outlines the planning process for a new town called Valor Town. It begins with an introduction describing the project requirements. It then provides background research on the definitions of towns/cities, guidelines for livable towns, and case studies of ancient, present and future towns. Specifically, it examines the Roman town of Calleva Atrebatum, the German town of Kirchsteigeld, and the English town of Ludlow. It then describes the key characteristics and elements of the new Valor Town, which is planned based on a gridiron system and includes amenities like parks, plazas and sports centers connected by a river transportation system. The conclusion states the new town will have livability benefits based on this planning process
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.
This document presents a report on a proposed new town called Valor Town. It begins with an introduction describing the project requirements to propose a new town layout. It then provides investigations and data collection on ancient, present and future towns. This includes details on the Roman town of Calleva Atrebatum and its grid system, the present German town of Kirchsteigfeld and its open green spaces, and the English town of Ludlow and its eco-park and historic preservation. The document then describes the key characteristics of the new Valor Town, such as its gridiron system, central plaza, parks, and distribution of facilities. It concludes by reflecting on lessons learned about sustainable town planning and layout hierarchies.
This document presents a report on a project to design a new, better livable town. It begins with an introduction to the project requirements and objectives. It then provides investigations and data collection on ancient, present and future towns. This includes details on the Roman town of Calleva Atrebatum and the present town of Kirchsteigfeld, Germany. It also examines the future town of Ludlow, England. Drawing from these case studies, the document then describes the new proposed town of Valor Town. It outlines important characteristics and elements of the new town design, such as a gridiron system, green spaces, and facilities. The conclusion reflects on lessons learned from the project around sustainable town planning and layout.
This document presents a report on the planning and design of a new town called Valor Town. It includes investigations of ancient, present and future towns to inform the design. Ancient Calleva Atrebatum is analyzed for its grid layout and hierarchy. The present German town of Kirchsteigfeld incorporates large green spaces. The future town of Ludlow, England balances heritage and sustainability. Valor Town will apply these lessons, with a gridiron system, central plaza, parks, and green spaces throughout to encourage walking. While more can be improved, the student learned the importance of hierarchy and sustainability in town planning.
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.
This document is a report on creating a better livable town called Lilyopolis. It begins with an introduction explaining the task is to project ideas for a more sustainable future town. Sections include investigating guidelines for ancient, present and future towns. For ancient towns, it focuses on Taormina, Italy, noting its beaches and popularity in the 19th century as a destination for male nude photographs. The goal is to understand features of past towns to design a new improved town that is eco-friendly and self-sustaining.
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 provides an overview of research conducted for a final project proposing a new livable town called "X Town". It includes summaries of investigations into ancient cities like Pompeii and Rome that provide lessons for town planning. Research on present towns like London and Amsterdam is also summarized, noting key aspects of their infrastructure like London's underground railway and Amsterdam's extensive bicycle infrastructure. The document aims to apply lessons from past and present towns to the planning of a future, sustainable "X Town".
The document discusses plans for a future underground city called Eco-City 2020 located in Siberia, Russia. It would be built inside an abandoned quarry covered by a glass dome. The city would have multiple levels, with housing, forests, farms, and recreation areas. It aims to provide an energy efficient underground living environment that conserves heat and protects residents from harsh weather. Elements that could be used for a new future city include the multi-level layout with a central core and outdoor spaces, as well as the glass dome covering that allows in sunlight.
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.
The document is a report on a future city project that discusses various aspects of city design for sustainability. It investigates existing cities like Zhujiajiao in China and Venice in Italy to identify sustainable features. It also examines depictions of future cities in films. The proposed future city design is called MDome, which consists of 5 levels designed for residences, industry, recreation and other needs. The goal is to create an self-sustaining ecological city that addresses issues of modern cities and provides a comfortable life for residents.
This document presents a report on planning a better livable town. It begins with an introduction describing the project of planning a new town as the current one has become overcrowded. It then examines the definitions and histories of towns and cities. Case studies of ancient, present and future towns are investigated, including Grammichele, Italy and Copenhagen, Denmark. The proposed new town, called "The Oasis," is presented with details on its hexagonal layout, zoning, transportation and sustainability features. The conclusion reflects on lessons learned about designing livable, harmonious communities.
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 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.
The document describes Peh Ker Neng's final project for the Element of Natural Built Environment course. The project involves representing a future city. The document outlines the content that should be included, such as investigating ancient, present and future cities to learn from. It summarizes findings from the ancient city of Zhujiajiao, China, the present city of Malé, Maldives, and the future concept of The Ark building, which is designed to float and withstand rising sea levels. Information from these cities will inform the design of Peh Ker Neng's new future city.
This document provides an introduction and overview for a student's final project on designing a better livable town. It discusses the requirements of imagining being the mayor of a city called "X" in the year 2033, where the current city is no longer safe to live in. Students must create a situation requiring a new city and propose building the city underground, underwater, floating, or through urban enhancement. The document then provides background information on what defines a city and town historically and in the present, what makes a good township, and considerations for future towns, such as sustainability, security, balanced facilities, greenery, efficient transportation, technology, and renewable energy.
This document outlines the structure and content for a report on designing a better livable town. It includes sections that will investigate ancient, present and future towns to draw insights. The introduction describes the assigned project of building a model and report on a future city concept. It also discusses initial research conducted on what defines a city and factors that enhance lifestyle quality. The document provides guidelines on topics to cover such as zoning, infrastructure, sustainability initiatives and more. It emphasizes using references, images and diagrams to support the new city proposal.
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1. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
1
Better Livable Town
GREE
N
EAGLE
2. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
2
Tan Wen Hao | 0319923
FNBE APR 2014 |
Content:
1. Introduction --------------------------------------------------------------------------- 3
2. Investigation on Better Township or Town or City Guidelines and Issues --------- 4
3. Investigation & Data Collection:
Ancient City – Shibam Old Walled City --------------------------------------------- 6
4. Investigation & Data Collection:
Present Town – Vauban, Freiburg, Germany --------------------------------------- 8
5. Investigation & Data Collection:
Future City – Shimizu Mega City Pyramid ------------------------------------------- 11
6. The New “X” Town / GreenEagle ---------------------------------------------------- 12
7. The Conclusion ------------------------------------------------------------------------ 14
8. References list ------------------------------------------------------------------------ 15
3. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
3
1.Introduction
Our final project for ENBE is all about built environment. The idea of this
project is to understand the components and elements of a town and what
makes a better livable future town. Supposing ourselves as the mayor of
4. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
4
the “X” town, we are to propose a new layout for the new “X” town, as a
result of over-population of the old town. First and foremost, we have to
do some research about town, what is a town and what makes a good
town. When this is done, we have to refer back to the past, investigate
ancient towns, and also some present towns, what to be improved, such as
infrastructure and facilities.
Considering the geometric shape, form, pattern, hierarchy, system, and
structure of the town, we are to create and design a new future town, and
also to create a new name for that town. The zoning of the town,
transportation, communications, utility and etc. have to be included in the
proposed town.
5. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
5
2.The Town
2.1 The Town Definition
A town is a human settlement larger than a village but smaller than a city. The size
definition for what constitutes a "town" varies considerably in different parts of the
world.
2.2 What is the brief history
In early years, town could refer to kinds of settlements as diverse as agricultural
estates and holdings, partly picking up the Norse sense at one end of the scale,
to fortified municipality at the other. The modern phenomenon of extensive
suburban growth, satellite urban development, and migration of city-dwellers to
villages have further complicated the definition of towns, creating communities
urban in their economic and cultural characteristics but lacking other
characteristics of urban localities.
2.3 What makes a town?
Wide road system A town hall Town centre
6. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
6
2.4 What makes a good town/ township
Having enough job to keep the youngs
(Jobs won’t die off like big companies in the city, once facing bankruptcy everybody losses their
job)
Have lots of decent schools & social events
(so that people wouldn’t need to move to big city for a “better life”)
Have vehicle restriction on major roads
(To preserve the original beauty of the town)
Less carbon output
(Residents are encouraged to have their own bike to travel, public transport such as bus or
trams are available)
Have local business to support lives
Bank & Police Station
branches
Located in suburb Own attraction spot
Less populated than
city
Have own business
(Food process,
Tourism...)
Own religious place
7. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
7
(Tourism, Agriculture, Industries etc…...)
Have own attraction spot
(Famous streets, castles and buildings)
2.5 What are the future towns?
Eco – Town
(Reduced CO2
Emissions and ecological footprints
Self - sustainable buildings
(Able to produce energy itself, positive balance energy, with solar panel roof)
Multi – channel consumption
(Focusing on good service and leisure in nice, safe local places)
Walking and cycling as main transport, dense public transportation system
New outlook, Less credit, High costs, Depressed income
8. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
8
3.Investigation & Data Collection:
Ancient City
Shibam Old Walled City, Yemen
3.1 When did it start? History and all
The first known inscription about the city dates from the 3rd century AD.[1] It was the
capital of the Hadramawt Kingdom.
3.2 What ancient city are you concentrating on?
9. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
9
Self sustainable old-walled city
3.3 What makes this a significant city and what are the details?
This city is often called "the oldest skyscraper city in the world”, one of the oldest and
best examples of urban planning based on the principle of vertical construction. And
also, the grid lay-out of its streets and squares, is significant and well-arranged.
3.4 Conclusion about the city
The old walled city of Shibam constitute an outstanding example of human settlement
and land use. The domestic architecture of Shibam is an outstanding characteristic
example of houses in the Arab and Muslim world. The rigorous city planning based on
the principle of vertical construction is exceptional and an example of a traditional but
vulnerable culture.
3.5 What information or element that you can use to your new future city
1) The structure of the building
The houses of Shibam are all made out of mud brick and about 500 of them are
tower houses, which rise 5 to 11 stories high, with each floor having one or two
rooms.
Why can the buildings be so firm
and goes up to 11 storeys high
using only mudbrick?
In order to protect the buildings
from rain and erosion, the walls is
routinely maintained by applying
+ Mud + Water +
Straw
Original: STRONG
10. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
10
2) The sewage disposal system
I love the way how the separation of liquid and solid excrement work in the city
4.Investigation & Data Collection:
45% 25% 20% 10%
My town:
Loam + Mud + Water + Metal
Bar40% 30% 10% 15%
STRONGER
Original:
• Solid waste to be used as fertilizer in
the fields outside the town
• Liquid to be led away through open
drains to pass outside the city walls,
or into cesspits
My town:
• Solid waste to be burn in furnace
(bio-mass) to provide energy
• Liquid to be pass through a
filtration tunnel and back to the lake
the two-outlet toilet which
allows the separation of
liquid and solid excrement
Liquid and solid
sewage is discharge
separately
cesspit
11. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
11
Present Town
Vauban, Freiburg, Germany
4.1 When did it start? History and all
The site was originally developed as a military base in 1936, and was taken over after
World War II by the French forces occupying the region. The military left in 1992. Over
a period of some years the vacant structures were occupied by various tribes of hippies
12. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
12
and anarchists Following battles with the city government, squatters won the rights to
four of the original twenty barracks. At the same time a group which came to be called
Forum Vauban was pressing the City Council to develop the site in an eco-friendly way.
The remaining 38 hectares were acquired by Freiburg City Council, who delegated the
mandatory community consultation to Forum Vauban. This collaboration between the
Council and Forum Vauban led to the masterplan with its car-free concept.
4.2 What town are you concentrating on?
Redeveloped town or new planned neighborhood
4.3 What makes this a significant town and what are the details?
It was built as "a sustainable model district" on the site of a former French military base,
all houses are built to a low energy consumption standard, Within Vauban,
transportation is primarily by foot or bicycle.
4.4 Conclusion about the town
Vauban’s success has been recognised worldwide, and residents have witnessed
countless official delegations visiting the site.
4.5 What information or element that you can use to your new town
1) Sustainable Transport
Vauban has a low level of car ownership and promotes non-motorised and public
transport
i. In 2002, 40% of the households in Quartier Vauban did not own a car
ii. In 2002, 39% of Quartier Vauban’s households had carsharing membership (as
opposed to only 0.1% nationwide in Germany)
iii. Car accessibility to residential streets only for picking up and dropping
iv. Physical barriers restrict access for car users
13. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
13
2) PlusEnergy Buildings
3) Most buildings are based on zero-energy and energy-plus construction
4) i. About 200 housing units have “zero energy” or “plus energy” standard (houses which
produce more energy than they need)
5) ii. Thermal solar collectors for some buildings
6) (80% CO2 reduction through insulation and efficient heat supply)
The town is free from parking
space. Vehicles are allowed down
these streets at walking pace to pick
up and deliver but not to park
Car-Sharing service is
popular in Vauban
Original: Major roads: trams and car sharing
Small roads / inner roads: bicycle & foot
My town: Major roads: battery-powered taxi, lrt
Small roads / inner road: bicycle & foot
Light rail transit highways above the lake
I love the way that cars & bicycle have their own separate lane, and parking in housing
area is prohibited, thus children are safe to play in the neighborhood
• Urban traffic control systems designed to recognize
cyclists and give them priority.
• Exempt cyclists from banned turns and access
restrictions.
• Provide contra-flow cycle lanes on one-way streets.
• Implement on-street parking restrictions.
14. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
14
Every household or building has a
solar panel roof to provide electricity
(PlusEnergy Buildings) First PlusEnergy community in the
world!
PlusEnergy: a structure that produces more energy than it uses
Original:
Every building provide &
save energy
Every zoning Use &
Save EnergyMy town:
Use Energy save in
daytime
Industrial and office zone
shutdown, provide energy
to LRT system, streetlights
And also, I’m going to
implement the passive
Solar House system
used in Vauban!
15. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
15
5.Investigation & Data Collection:
Future City
Shimizu Mega-City Pyramid
5.1 What makes this a significant town and what are the details?
house nearly one million people and will be self-sustainable with all natural-energy
sources. It will be a carbon-neutral structure. . The structure would be 2000 meters
(6,561 feet) above mean sea level, including 5 stacked trusses, each with similar
dimensions to that of the great pyramid of Giza.
For This city I’m focusing on:
1) Material used for the “bone” of city super-strong lightweight
materials based on carbon
nanotubes.
16. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
16
6.The New “X” City /
6.1 How did you came up with the solution to create this new town
The first thing that came into my mind was the type of town I’m going to create. Green
and eco town was always the leading characteristic of a future town. So, how am I
going to make my town green? The simplest way, to add more green spaces onto the
town, that can be seen in the master plan. For the shape, it was not really a
consideration in making a town. For me grids and arrangement of buildings are more
important. Hence, with the research I did for the last few weeks, I was able to plan a
new town with its own characteristic.
6.2 What is the important characteristic and elements?
36 piers made of
special concrete
open network of
megatrusses
I realised that many of the future city planned
want their city to be firm and stand against
natural disaster, like this city is planned on the
middle of pacific ring of fire and could stand
earthquakes & tsunami
Carbon-nanotube –
future hope for construction
Carbon nanotubes are the strongest
and stiffest materials yet discovered in
terms of tensile strength and elastic
modulus respectively. It is a promising
material as building blocks in bio-
mimetic hierarchical composite
materials given their exceptional
mechanical properties
For My town:
Infrastructure such as highways, Utility Poles, tunnels
and LRT pole, I will be using carbon nanotubes to
support the structure
GREEN EAGLE
17. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
17
Low carbon footprint
Dense public transportation system and less car on major roads, hence reduce the
CO2
emission. Bicycle is the alternative transport in the zonings.
Self-sustainable buildings
Able to produce and store energy itself, or we called it plus energy or positive energy
buildings, with solar panel roof on top of every buildings
Sewage management
Dense sewage pipe system over the whole town which separate liquid sewage and
solid sewage, liquid sewage will go through a filtration tunnel and goes back to lake,
solid sewage will go through a bio-mass process which produce energy.
Safe neighborhood
Vehicle restriction on residential area, free from parking space. Vehicles are allowed
down these streets at walking pace to pick up and deliver but not to park.
Lots of green spaces
Green spaces are evenly distributed all over the town. There are parks with walking
paths and open space for any outdoor activities
Landmarks for people to congregate
Town square beside the lake and GreenEagle Tower
Road System
Specialize LRT railway, Tunnels to avoid jams at peak hours, wide road system
(cycling path, pedestrian path and main road) and goods trains to transport
agriculture products
6.3 Name of my town
My town is name “GreenEagle” because…
Green: Green & Eco-friendly, just like the main concept of my town
Eagle: As Eagle glides and drifts he teaches us to conserve our energies, use our
energies wisely.
6.4 Grid of my town
My town is using square grids, it may not appear clearly in the master plan, but the
arrangement of the building remains the same when the direction of the major roads
varies.
18. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
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6.5 Plans and perspectives of my town
Master Plan of GreenEagle Zoning of GreenEagle
Perspective of GreenEagle Sewage pipes distribution system
Overview perspective of
town centre
19. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
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6.6 Conclusion about the new X town
GreenEagle is definitely the model district of sustainable town, with all the green
approach that are implemented to the town and well planned transportation system,
GreenEagle brings the definition of living a higher level and meant to make your life
even better and greener. A self-sustainable town, a great place to live in.
7.Conclusion
When planning a town, is not just about fancy and modern buildings, cool
transport system, it’s about how you refer to the past and actually improve the
planning of infrastructure, facilities and buildings. For me, I often forget the initial
purpose of planning a new town, which is to plan a better livable town, and
balancing between natural and built environment.
For me, the most important part of doing this project is the process, I manage
to learn lots of thing and to absorb lots of information on how to plan a better
town and how people plan their town. When doing research on ancient and
present towns, I need to refer and learn different types of maps, plans and their
usages.
Transportation system
Overview perspective of
town square
20. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
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Lastly, I manage to create and design a future town using a chosen grid with all
considerations such as natural topography, landscape, space, building and
infrastructure as what I learnt in doing the research.
8.Reference Links
Research about town:
21. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
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http://en.wikipedia.org/wiki/Town
https://malaysia.answers.yahoo.com/question/index?qid=20080429063220AAU7cp
m
http://www.learnenglishlanguagewell.com/2011/city-town-village-or-hamlet-
differences/
http://alloveralbany.com/archive/2009/11/25/city-town-or-village
http://claretscience3.wikispaces.com/VILLAGES,+TOWNS+AN+CITIES
What makes a good town:
http://www.skyscrapercity.com/showthread.php?t=1583419
http://www.creativejourneys.net/columns/09Oct.pdf
http://activerain.trulia.com/blogsview/1706323/what-makes-a-town-a-great-place-
to-live---ask-someone-who-lives-in-lansdale--pa
Ancient Town:
http://en.wikipedia.org/wiki/Shibam
http://whc.unesco.org/en/list/192
http://www.bbc.com/travel/video/worlds-wonders/20130530-yemens-mud-city-of-
shibam
http://socks-studio.com/2012/08/12/the-walled-city-of-shibam-a-manhattan-of-
the-desert/
http://www.amusingplanet.com/2012/05/manhattan-of-desert-shibam-yemen.html
Present Town:
http://en.wikipedia.org/wiki/Vauban,_Freiburg
www.ads.org.uk/download/7802-vauban-visual-case-study
http://webarchive.nationalarchives.gov.uk/20110118095356/http:/www.cabe.org.uk
/files/udss2008-carstensperling.pdf
http://www.vauban.de/en/topics/history
22. ENBE | Final Project | Part A – Report | The Better Livable Town Representation
Tan Wen Hao | 0319923 | Ms Delliya | FNBE APR 2014 | Taylor’s University
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http://www.tue.nl/fileadmin/content/onderzoek/Eindhoven_Energy_Institute_EEI/En
ergyDays/Serie_1_2008_2010/2010_02_11/Frey_Part3-1.pdf
Future Town:
http://en.wikipedia.org/wiki/Shimizu_Mega-City_Pyramid
http://anarchytects.wordpress.com/2012/12/22/tokyo-mega-pyramid-project-the-
future-of-cities/
http://www.shimz.co.jp/english/theme/dream/try.html
http://forum.skyscraperpage.com/showthread.php?t=174322