This document provides an overview of urban planning in Israel from 1948 to 2011. It discusses several key plans and policies that shaped Israel's development, including the Sharon Plan in 1952 which aimed to settle immigrants and disperse the population throughout the country. The National Outline Plan 35 from 2005 focused on strengthening cities, public transport, and regional development. Facts from 2009 show Israel's high population density and urbanization, with most people living in 220 cities and towns. The document also notes Tel Aviv's ranking as the 52nd largest metro economy in the world.
The document discusses 7 steps for developing successful satellite towns to address issues of urban development and high land prices:
1) Satellite towns should allocate significantly more space per dwelling than cities, with minimum standards for different land uses.
2) Space should be evenly distributed across localities with minimum allotments for roads, commercial, parks, schools and other facilities.
3) Locations should be far from cities on marginal land to keep land prices 10 times lower than in cities.
4) Laws and taxes should be relaxed to promote development.
5) High quality schools, hospitals and shops should be established in satellite towns.
6) Employers should provide or help fund housing and commuting for employees.
7)
Vertical cities are proposed as a solution to issues caused by rapid urbanization. A vertical city consists of multi-story buildings 30 to 100 stories tall that house work and residential spaces. This reduces the need for urban sprawl and preserves green spaces while providing all necessary infrastructure like transportation and utilities in a small area. As more of the world's population moves to cities, high-density vertical cities will be important to accommodate growth, especially in small, land-constrained nations. They reduce commuting times and energy use through more efficient vertical travel like elevators. Researchers are exploring how robotic fabrication could impact high-rise design and construction to support sustainable vertical cities of the future.
IBM SmartCloud Entry 3.1 is cloud management software that enhances platform management for STG systems. It provides simplified deployment and customization of virtual images for end users, dramatically increasing IT efficiency through standardization and lower operations costs. SmartCloud Entry is the first tier in IBM's three-tier SmartCloud portfolio and is based on the Common Cloud Stack foundation, facilitating migration to more advanced solutions.
Lecture on Cloud Computing at Mumbai Education Trust Mumbai , India amodkadam
Covers Introduction to Cloud Computing including deployment models, service models, reasons for adopting cloud computing, use cases , how universities are using cloud computing.
What is (and isn’t) a smart city? Through a research assessing the economic feasibility of a new incentive-based rezoning Tel-Aviv city center, analyzed on the parcel level using GIS data and Python code, I am trying to depict the way for architects and planners to get more power in the shape of the cities of tomorrow, and to leverage our planning skills with big data
This document provides an overview of urban planning in Israel from 1948 to 2011. It discusses several key plans and policies that shaped Israel's development, including the Sharon Plan in 1952 which aimed to settle immigrants and disperse the population throughout the country. The National Outline Plan 35 from 2005 focused on strengthening cities, public transport, and regional development. Facts from 2009 show Israel's high population density and urbanization, with most people living in 220 cities and towns. The document also notes Tel Aviv's ranking as the 52nd largest metro economy in the world.
The document discusses 7 steps for developing successful satellite towns to address issues of urban development and high land prices:
1) Satellite towns should allocate significantly more space per dwelling than cities, with minimum standards for different land uses.
2) Space should be evenly distributed across localities with minimum allotments for roads, commercial, parks, schools and other facilities.
3) Locations should be far from cities on marginal land to keep land prices 10 times lower than in cities.
4) Laws and taxes should be relaxed to promote development.
5) High quality schools, hospitals and shops should be established in satellite towns.
6) Employers should provide or help fund housing and commuting for employees.
7)
Vertical cities are proposed as a solution to issues caused by rapid urbanization. A vertical city consists of multi-story buildings 30 to 100 stories tall that house work and residential spaces. This reduces the need for urban sprawl and preserves green spaces while providing all necessary infrastructure like transportation and utilities in a small area. As more of the world's population moves to cities, high-density vertical cities will be important to accommodate growth, especially in small, land-constrained nations. They reduce commuting times and energy use through more efficient vertical travel like elevators. Researchers are exploring how robotic fabrication could impact high-rise design and construction to support sustainable vertical cities of the future.
IBM SmartCloud Entry 3.1 is cloud management software that enhances platform management for STG systems. It provides simplified deployment and customization of virtual images for end users, dramatically increasing IT efficiency through standardization and lower operations costs. SmartCloud Entry is the first tier in IBM's three-tier SmartCloud portfolio and is based on the Common Cloud Stack foundation, facilitating migration to more advanced solutions.
Lecture on Cloud Computing at Mumbai Education Trust Mumbai , India amodkadam
Covers Introduction to Cloud Computing including deployment models, service models, reasons for adopting cloud computing, use cases , how universities are using cloud computing.
What is (and isn’t) a smart city? Through a research assessing the economic feasibility of a new incentive-based rezoning Tel-Aviv city center, analyzed on the parcel level using GIS data and Python code, I am trying to depict the way for architects and planners to get more power in the shape of the cities of tomorrow, and to leverage our planning skills with big data
Jeff Risoms and Maria Sisternas presentation for the 2nd Annual International Conference on Sustainable Architecture and Urban Development, held in Amman, Jordan, July 2010.
Across the UK we are seeing more and more examples of smart city transformation. Key 'smart' sectors utilised by such Cities include transport, energy, health care, water and waste. Against the current background of economic, social, security and technological changes caused by the globalization and the integration process, cities in the UK face the challenge of combining competitiveness and sustainable urban development simultaneously.
A smart city is a place where the traditional networks and services are made more efficient with the use of digital and telecommunication technologies, for the benefit of its inhabitants and businesses.
With this vision in mind, the European Union is investing in ICT research and innovation and developing policies to improve the quality of life of citizens and make cities more sustainable in view of Europe's 20-20-20 targets.
The smart city concept goes beyond the use of ICT for better resource use and less emissions. It means smarter urban transport networks, upgraded water supply and waste disposal facilities, and more efficient ways to light and heat buildings.
And it also encompasses a more interactive and responsive city administration, safer and secure public spaces.
Smart Cities UK lead the way on addressing the best practice examples on smart transformation from across Cities within the United Kingdom whilst disseminating guidance and information transformation within waste, energy, transport and other key smart sectors.
This document discusses global cities and the challenges they face. It begins by defining different types of urban areas from hamlets to megacities. It then examines what defines a global city and lists their key roles in the world economy. The document outlines two main challenges for global cities: urbanization and development, and urbanization and the environment. It notes the inequality within cities and environmental impacts like London's large ecological footprint. The document concludes by looking at how cities can work towards sustainability goals to balance environmental, social and economic needs.
Presentation by Sir Mark Walport at the Foundation for Science and Technology discussion on 'Cities of the future – science, innovation and city management', June 2013
The Circular Economy in Cities and Regions - OECD OECDregions
Today, cities demand almost two-thirds of global energy, produce up to 80% of greenhouse emissions and 50% of global waste. The circular economy can provide a policy response to cope with the above challenges, as a driver for economic growth, jobs and environmental quality.
Cities and regions have a key role to play as promoters, facilitators and enablers of circular economy. Adequate economic and governance conditions should be in place to unlock its potential.
While China's urbanization level, rate of change, and trajectory differ in scale from other countries due to its large population, China's urbanization pattern is broadly consistent with economic development theories and historical precedents. China's urbanization level, though high, follows the trajectory of other countries at a similar economic development level. Some countries urbanized faster than China in the past, and China's urbanization rate is slowing as its economy matures. Therefore, China's urbanization is immense in scale but not fundamentally anomalous or unprecedented compared to other countries' experiences.
Smart cities uk 2018 stream 2 - infrastructureScott Buckler
This document summarizes presentations from a conference on smart infrastructure and cities. The first presentation discussed using IoT technologies for smart city applications like structural health monitoring, waste management, air quality monitoring, noise monitoring, traffic management, and smart street lighting. The next presentation discussed an EU project called Sharing Cities that is testing smart city measures across several cities, including citizen engagement, building retrofits, sustainable energy services, and smart mobility services. Another presentation discussed using an adaptive city platform to collect, analyze, predict and adapt to real-time urban data from sensors. Additional presentations covered asset sharing platforms for smart cities, using transit-oriented development principles to plan growing cities, and potential parking management solutions using biometric tags.
Urbanization refers to the increasing concentration of population in cities and the transformation of land use to an urban pattern. It is driven by economic factors as people migrate from rural to urban areas for work opportunities. While urbanization brings economic benefits, it also concentrates environmental impacts like pollution, resource use, and waste generation. To develop more sustainably, cities must improve existing infrastructure and plan future development to minimize environmental footprints while meeting growth needs through compact design and alternative transportation options. Understanding urban systems as complex interacting processes is key to managing urbanization's impacts at local and global scales.
This document discusses the growth and strategy of the World Resources Institute's (WRI) urban sustainability work. It outlines how WRI has expanded from initial projects in Mexico City and Brazil in the 2000s to now working in over 55 cities across 6 countries with 172 staff. The strategy is to further scale up impact by establishing an integrated Center for Sustainable Cities by 2019 with 280 staff, $33 million annual funding, and working in over 200 cities globally. Key areas of focus include urban development, transport, energy, water, and governance. Diagnostic tools like the Greenhouse Gas Protocol and Aqueduct will also be expanded to more cities. The board is asked if this strategy makes a persuasive case for expanding WRI's role
Future of Cities: Thinking for the long-termbis_foresight
This document discusses the future of cities and focuses on three main points. First, it notes that urban populations are growing rapidly worldwide and will continue to do so in the coming decades. Second, it argues that cities need to be considered and planned for in the long-term due to their complex, interdependent systems that impact each other over many years. Third, it suggests that future planning for sustainable cities will require diverse evidence, analytical methods, and involvement of local communities.
Cities in 2065: Science and Foresight, Sir Mark Walport, Government Chief Sci...The UK Water Partnership
Water in Future Cities - RCUK Water Showcase 2015
The Crystal, London
30 June 2015
Plenary presentation by Sir Mark Walport, Government Chief Scientific Adviser
For details about the event, please visit http://www.nerc.ac.uk/latest/events/list/water/
Architecting Smart City Solutions: Analytics-based Financial EngineeringScott Mongeau
An integrated approach to designing Smart City solutions via analytics-driven financial engineering. Whereas emerging technologies are opening new vistas, the success of Smart City initiatives depend upon socio-organizational coordination. This presentation proposes structured financial engineering and business analytics as a strategic implementation guide.
Smart and sustainable city case of urban transformation of seoul myounggu kangsimrc
The document discusses the transformation of Seoul, South Korea from a non-urban area to a smart and sustainable city through proactive urban planning and land management. It provides background on the rapid urbanization of Seoul in the 1960s-1980s, and how the city addressed challenges of housing shortages, congestion, and environmental issues through master plans, new towns like Gangnam and Bundang, and redevelopment projects like Cheonggyecheon. The restoration of Cheonggyecheon creek in central Seoul improved safety, environment, culture and the local economy by removing an elevated highway and creating a public green space.
This document provides a summary of a World Bank report on global solid waste management. It finds that the amount of municipal solid waste generated globally is expected to increase substantially, from 1.3 billion tonnes per year currently to 2.2 billion tonnes by 2025. Waste generation rates will more than double in many low-income countries over the next 20 years. The costs of solid waste management are also expected to rise significantly worldwide, increasing from $205 billion currently to around $375 billion in 2025, with the largest cost increases in low- and lower-middle income countries. Improving waste management, especially in low-income nations, is identified as an urgent global priority.
The world has never been more urban than it is now, and this trend isn’t expected to slow down anytime soon. By 2050, the world will have grown by 2.5 billion additional urban dwellers, with almost all of this growth occurring in cities in the developing world. The right ecosystem for change can make sustainable urban solutions a reality—not just in a few cities, but worldwide.
Presented by Ani Dasgupta, Global Director, WRI Ross Center for Sustainable Cities, at the ICLEI World Congress in Seoul, South Korea, April 9, 2015.
Read more on #TheCityFix: http://bit.ly/1Pp7rdU
Mark beatson presentation for cipd london conference wide screen bonus versio...Mark Beatson
London maintains a competitive advantage as a global business center, but faces challenges retaining this position long-term. While London has world-class assets in industries like finance, professional services, and technology, it requires massive investment in infrastructure to support projected population growth. However, London also risks inequality increasing, climate change impacts, and losing competitive advantage if the UK and Europe's economic integration weakens. Overall, London is well-positioned to remain competitive if it plays to its strengths in diversity and knowledge-based industries, but managing its expansion and relationships with other UK regions will be crucial.
Offering examples of Smart Cities from around the world and explaining where the advantage is with the different versions that exist around the planet.
Auckland! how smart city you are! peter chong - 20190804-uploadDrPeterChong
This document discusses smart cities and the role of vehicle-to-everything (V2X) technology. It begins with an overview of population growth and the challenges facing modern cities. It then introduces the concept of a smart city and how technologies like IoT, AI and big data can help address issues related to resources, transportation and other areas. The document focuses on V2X specifically, explaining how vehicles can communicate with other vehicles, infrastructure and pedestrians to improve traffic flow and safety. It provides examples of V2X applications and standards like DSRC and cellular-V2X. The document outlines a V2V demonstration conducted at AUT and the vision to develop connected, autonomous electric vehicles and an on-campus V
Flows, Spaces and Stories: Storytelling in the Digital AgeNam-ho Park
The document introduces Nam-ho Park, who lives in Seattle. It states that Nam-ho is interested in storytelling in the digital age and links to some great websites. The document provides Nam-ho's contact information and asks the reader about their own story.
This document tells the story of Nam-ho Park through a chronological listing of dates and locations from 1969 to 2011. It then lists Park's work experience in architecture, user experience, web strategy, teaching, web development, non-profits, and urban design over various time periods. The document also briefly summarizes the work of Forum One Communications where Park is a staff member, and shares some examples of storytelling projects and photos.
Jeff Risoms and Maria Sisternas presentation for the 2nd Annual International Conference on Sustainable Architecture and Urban Development, held in Amman, Jordan, July 2010.
Across the UK we are seeing more and more examples of smart city transformation. Key 'smart' sectors utilised by such Cities include transport, energy, health care, water and waste. Against the current background of economic, social, security and technological changes caused by the globalization and the integration process, cities in the UK face the challenge of combining competitiveness and sustainable urban development simultaneously.
A smart city is a place where the traditional networks and services are made more efficient with the use of digital and telecommunication technologies, for the benefit of its inhabitants and businesses.
With this vision in mind, the European Union is investing in ICT research and innovation and developing policies to improve the quality of life of citizens and make cities more sustainable in view of Europe's 20-20-20 targets.
The smart city concept goes beyond the use of ICT for better resource use and less emissions. It means smarter urban transport networks, upgraded water supply and waste disposal facilities, and more efficient ways to light and heat buildings.
And it also encompasses a more interactive and responsive city administration, safer and secure public spaces.
Smart Cities UK lead the way on addressing the best practice examples on smart transformation from across Cities within the United Kingdom whilst disseminating guidance and information transformation within waste, energy, transport and other key smart sectors.
This document discusses global cities and the challenges they face. It begins by defining different types of urban areas from hamlets to megacities. It then examines what defines a global city and lists their key roles in the world economy. The document outlines two main challenges for global cities: urbanization and development, and urbanization and the environment. It notes the inequality within cities and environmental impacts like London's large ecological footprint. The document concludes by looking at how cities can work towards sustainability goals to balance environmental, social and economic needs.
Presentation by Sir Mark Walport at the Foundation for Science and Technology discussion on 'Cities of the future – science, innovation and city management', June 2013
The Circular Economy in Cities and Regions - OECD OECDregions
Today, cities demand almost two-thirds of global energy, produce up to 80% of greenhouse emissions and 50% of global waste. The circular economy can provide a policy response to cope with the above challenges, as a driver for economic growth, jobs and environmental quality.
Cities and regions have a key role to play as promoters, facilitators and enablers of circular economy. Adequate economic and governance conditions should be in place to unlock its potential.
While China's urbanization level, rate of change, and trajectory differ in scale from other countries due to its large population, China's urbanization pattern is broadly consistent with economic development theories and historical precedents. China's urbanization level, though high, follows the trajectory of other countries at a similar economic development level. Some countries urbanized faster than China in the past, and China's urbanization rate is slowing as its economy matures. Therefore, China's urbanization is immense in scale but not fundamentally anomalous or unprecedented compared to other countries' experiences.
Smart cities uk 2018 stream 2 - infrastructureScott Buckler
This document summarizes presentations from a conference on smart infrastructure and cities. The first presentation discussed using IoT technologies for smart city applications like structural health monitoring, waste management, air quality monitoring, noise monitoring, traffic management, and smart street lighting. The next presentation discussed an EU project called Sharing Cities that is testing smart city measures across several cities, including citizen engagement, building retrofits, sustainable energy services, and smart mobility services. Another presentation discussed using an adaptive city platform to collect, analyze, predict and adapt to real-time urban data from sensors. Additional presentations covered asset sharing platforms for smart cities, using transit-oriented development principles to plan growing cities, and potential parking management solutions using biometric tags.
Urbanization refers to the increasing concentration of population in cities and the transformation of land use to an urban pattern. It is driven by economic factors as people migrate from rural to urban areas for work opportunities. While urbanization brings economic benefits, it also concentrates environmental impacts like pollution, resource use, and waste generation. To develop more sustainably, cities must improve existing infrastructure and plan future development to minimize environmental footprints while meeting growth needs through compact design and alternative transportation options. Understanding urban systems as complex interacting processes is key to managing urbanization's impacts at local and global scales.
This document discusses the growth and strategy of the World Resources Institute's (WRI) urban sustainability work. It outlines how WRI has expanded from initial projects in Mexico City and Brazil in the 2000s to now working in over 55 cities across 6 countries with 172 staff. The strategy is to further scale up impact by establishing an integrated Center for Sustainable Cities by 2019 with 280 staff, $33 million annual funding, and working in over 200 cities globally. Key areas of focus include urban development, transport, energy, water, and governance. Diagnostic tools like the Greenhouse Gas Protocol and Aqueduct will also be expanded to more cities. The board is asked if this strategy makes a persuasive case for expanding WRI's role
Future of Cities: Thinking for the long-termbis_foresight
This document discusses the future of cities and focuses on three main points. First, it notes that urban populations are growing rapidly worldwide and will continue to do so in the coming decades. Second, it argues that cities need to be considered and planned for in the long-term due to their complex, interdependent systems that impact each other over many years. Third, it suggests that future planning for sustainable cities will require diverse evidence, analytical methods, and involvement of local communities.
Cities in 2065: Science and Foresight, Sir Mark Walport, Government Chief Sci...The UK Water Partnership
Water in Future Cities - RCUK Water Showcase 2015
The Crystal, London
30 June 2015
Plenary presentation by Sir Mark Walport, Government Chief Scientific Adviser
For details about the event, please visit http://www.nerc.ac.uk/latest/events/list/water/
Architecting Smart City Solutions: Analytics-based Financial EngineeringScott Mongeau
An integrated approach to designing Smart City solutions via analytics-driven financial engineering. Whereas emerging technologies are opening new vistas, the success of Smart City initiatives depend upon socio-organizational coordination. This presentation proposes structured financial engineering and business analytics as a strategic implementation guide.
Smart and sustainable city case of urban transformation of seoul myounggu kangsimrc
The document discusses the transformation of Seoul, South Korea from a non-urban area to a smart and sustainable city through proactive urban planning and land management. It provides background on the rapid urbanization of Seoul in the 1960s-1980s, and how the city addressed challenges of housing shortages, congestion, and environmental issues through master plans, new towns like Gangnam and Bundang, and redevelopment projects like Cheonggyecheon. The restoration of Cheonggyecheon creek in central Seoul improved safety, environment, culture and the local economy by removing an elevated highway and creating a public green space.
This document provides a summary of a World Bank report on global solid waste management. It finds that the amount of municipal solid waste generated globally is expected to increase substantially, from 1.3 billion tonnes per year currently to 2.2 billion tonnes by 2025. Waste generation rates will more than double in many low-income countries over the next 20 years. The costs of solid waste management are also expected to rise significantly worldwide, increasing from $205 billion currently to around $375 billion in 2025, with the largest cost increases in low- and lower-middle income countries. Improving waste management, especially in low-income nations, is identified as an urgent global priority.
The world has never been more urban than it is now, and this trend isn’t expected to slow down anytime soon. By 2050, the world will have grown by 2.5 billion additional urban dwellers, with almost all of this growth occurring in cities in the developing world. The right ecosystem for change can make sustainable urban solutions a reality—not just in a few cities, but worldwide.
Presented by Ani Dasgupta, Global Director, WRI Ross Center for Sustainable Cities, at the ICLEI World Congress in Seoul, South Korea, April 9, 2015.
Read more on #TheCityFix: http://bit.ly/1Pp7rdU
Mark beatson presentation for cipd london conference wide screen bonus versio...Mark Beatson
London maintains a competitive advantage as a global business center, but faces challenges retaining this position long-term. While London has world-class assets in industries like finance, professional services, and technology, it requires massive investment in infrastructure to support projected population growth. However, London also risks inequality increasing, climate change impacts, and losing competitive advantage if the UK and Europe's economic integration weakens. Overall, London is well-positioned to remain competitive if it plays to its strengths in diversity and knowledge-based industries, but managing its expansion and relationships with other UK regions will be crucial.
Offering examples of Smart Cities from around the world and explaining where the advantage is with the different versions that exist around the planet.
Auckland! how smart city you are! peter chong - 20190804-uploadDrPeterChong
This document discusses smart cities and the role of vehicle-to-everything (V2X) technology. It begins with an overview of population growth and the challenges facing modern cities. It then introduces the concept of a smart city and how technologies like IoT, AI and big data can help address issues related to resources, transportation and other areas. The document focuses on V2X specifically, explaining how vehicles can communicate with other vehicles, infrastructure and pedestrians to improve traffic flow and safety. It provides examples of V2X applications and standards like DSRC and cellular-V2X. The document outlines a V2V demonstration conducted at AUT and the vision to develop connected, autonomous electric vehicles and an on-campus V
Flows, Spaces and Stories: Storytelling in the Digital AgeNam-ho Park
The document introduces Nam-ho Park, who lives in Seattle. It states that Nam-ho is interested in storytelling in the digital age and links to some great websites. The document provides Nam-ho's contact information and asks the reader about their own story.
This document tells the story of Nam-ho Park through a chronological listing of dates and locations from 1969 to 2011. It then lists Park's work experience in architecture, user experience, web strategy, teaching, web development, non-profits, and urban design over various time periods. The document also briefly summarizes the work of Forum One Communications where Park is a staff member, and shares some examples of storytelling projects and photos.
What Architecture Taught Me About Information Architecture (and UX)Nam-ho Park
2016-02-20 Presentation at World IA Day / Seattle
1. Layering of complex systems
2. Sequencing of spaces
3. Figuring out documentation
4. Power in the grid
5. Patterns everywhere
6. Beauty in simplicity
7. Recognizing scale
This is a presentation I originally gave at Daum Foundation's ChangeON conference (2009-11-20). I gave this presentation again at UXCampSeoul (2010-2-27).
The presentation highlights why current developments in Web2.0 technologies and social media benefit non-profits and showcases 4 examples of how technology empower the users for social causes.
Social Innovation & New Media: 1. Class IntroductionNam-ho Park
서울대학교 연합전공 정보문화학교 2010 봄학기 "창의연구실습" 강의의 주제는 "Social Innovation & New Media"이다.
이 수업에서는 뉴미디어와 소셜미디어가 제공하는 사회혁신의 기회를 4개의 파트너의 비영리 단체화 구체적으로 고민하고 서비스를 직접 기획해보는 것에 목적을 두고 있다.
Exploring the velocity of information in a web-based world, and how quality and update intervals have a relationship. A presentation given at Design House, a Korean design/living publisher.
The Other Web2.0: Not Business As UsualNam-ho Park
This document appears to be a presentation about the transformational power of Web 2.0. The presentation contains an introduction section which provides background on the presenter, including their experience in web user experience, information architecture, and programming. The introduction indicates the presentation will discuss cultural differences in internet usage, comparisons between information architecture and physical architecture, and information on mobile touch.
Visual Style and Aesthetics: Basics of Visual Design
Visual Design for Enterprise Applications
Range of Visual Styles.
Mobile Interfaces:
Challenges and Opportunities of Mobile Design
Approach to Mobile Design
Patterns
Decormart Studio is widely recognized as one of the best interior designers in Bangalore, known for their exceptional design expertise and ability to create stunning, functional spaces. With a strong focus on client preferences and timely project delivery, Decormart Studio has built a solid reputation for their innovative and personalized approach to interior design.
Storytelling For The Web: Integrate Storytelling in your Design ProcessChiara Aliotta
In this slides I explain how I have used storytelling techniques to elevate websites and brands and create memorable user experiences. You can discover practical tips as I showcase the elements of good storytelling and its applied to some examples of diverse brands/projects..
Maximize Your Content with Beautiful Assets : Content & Asset for Landing Page pmgdscunsri
Figma is a cloud-based design tool widely used by designers for prototyping, UI/UX design, and real-time collaboration. With features such as precision pen tools, grid system, and reusable components, Figma makes it easy for teams to work together on design projects. Its flexibility and accessibility make Figma a top choice in the digital age.
Architectural and constructions management experience since 2003 including 18 years located in UAE.
Coordinate and oversee all technical activities relating to architectural and construction projects,
including directing the design team, reviewing drafts and computer models, and approving design
changes.
Organize and typically develop, and review building plans, ensuring that a project meets all safety and
environmental standards.
Prepare feasibility studies, construction contracts, and tender documents with specifications and
tender analyses.
Consulting with clients, work on formulating equipment and labor cost estimates, ensuring a project
meets environmental, safety, structural, zoning, and aesthetic standards.
Monitoring the progress of a project to assess whether or not it is in compliance with building plans
and project deadlines.
Attention to detail, exceptional time management, and strong problem-solving and communication
skills are required for this role.
27. Issues of scale
Hanoi 3300 km2
3300
Seoul 600 km2
3300
2
Yeouido 8.4 km
3300
Bundang 70 km2
2
Central Park 3.4 km
3300
2
Yeouido Park 0.23 km
3300
20
28. What scale?
The scale determines the type of relationship:
• Building
• Neighborhood
• Village/Town
• Region
• Country
• Continent
• World
21
29. What scale?
National
• National policy
Regional (1:10,000 - 25,000)
• Population distribution and density
General (1:5,000)
• Road network, infrastructure, Green space
Detailed (1:500 - 2,000)
• Urban design / architectural design
22
39. What’s the plan, Stan?
City Vision Goal
1. Smart Growth
New York A Greener, Greater
2. Revitalization Urban Infrastructure
(PlaNYC 2030) New York
3. Counter Global Warming
1. Long term economic growth
London Sustainable
2. Share in London’s future success
(London Plan 2008) World City
3. Improve environment
1. A sustainable, compact structure.
Vancouver Livability 2. Diverse & affordable housing choices.
(Comprehensive Pl & 3. A strong, diverse regional economy
an 2040) Sustainability 4. Protect the region’s natural assets.
5. A sustainable transportation system.
1. Sustainable city
2. Energizing city
Rotterdam The World Capital of
(Rotterdam Climzat 3. Sustainable mobility
e Initiative Plan)
CO2-free energy
4. Innovation lab
5. Sustainable energy port
25
40. What’s the plan, Stan?
City Vision Goal
1. A more compact city
Melbourne (M 2. Network with the regional cities
elbourne Planning f Livable, Attractive and
3. A greener city
or Sustainable Gro Prosperous City
wth 2030) 4. Better transport links
5. Better planning decision and management
1. Increase of City Competitiveness
A Clean, Attractive
Seoul 2. A City of Culture and Environment
&
(Vision 2020) 3. A City of Creative Economy
Global City
4. A Welfare City
1. International financial center.
2. Efficient city sturcture.
Kuala Lumpur
(Kuala Lumpur A World Class City 3. Enhance living environment.
Plan 2020)
4. Distinctive identity
5. Efficientive governance.
1. People-centered development
Bangkok New Bangkok City 2. Healthy city
(Bangkok City
Plan 2011)
Livable City 3. Education development
4. Culture driven development
26
63. So what?
Each generation faces unique challenges:
• Industrial revolution
• Reconstruction after World War
• Threat of nuclear war
• Energy crisis
• Climate change
• Cities are a solution as much as a problem
46
64. World Bank
“New thinking about cities has led to a paradigm shift in the
way we move forward in the coming decade. While
urbanization was once criticized as being unmanageable and
counter productive, it is now considered a key element in
promoting economic growth, if well managed. In many
countries, cities are leading the way in innovations and
responses to global development challenges, including
climate change, energy efficiency, and economic
development.”
47