This document discusses future standards for sustainable and smart property developments ranging from individual homes and buildings to entire cities and regions. It outlines various types of developments that incorporate eco-friendly, energy efficient, and intelligent technologies including ecohomes, green buildings, smart communities, eco-neighborhoods, smart cities, and eco-regions. It provides examples of components and features of these developments related to infrastructure, energy, water, transportation, ICT networks, and more. The goal is to define prototypes and best practices for developing sustainable, low-carbon, and intelligent built environments.
Fact sheet on the green and smart building industry in the Quebec City region. Produced by Quebec International. http://quebecinternational.ca/key-industries/
Presentation tries to link cities with buildings in the context of energy, resources, sustainability and productivity and brieflt describes how the cities can be made green and how green buildings can be made a reality
Civil engineering is a branch of engineering that involves designing, constructing, and managing buildings, transportation systems, water supply, and more to improve quality of life. It draws on mathematics and sciences to creatively solve problems while considering costs. Civil engineers must check their own work and have others check it as well to catch any mistakes, as engineers are human and errors can occur. Some structures civil engineers design include roads, buildings, airports, tunnels, dams, and bridges. This is one of the oldest types of engineering.
The document discusses the future of civil engineering. It covers innovative technologies like 3D printing, swarm construction, smart buildings, smart cities, vertical cities, and intelligent transportation systems. It also discusses housing demand and infrastructure development in India, including the need for 51 million housing units to address shortages. Challenges for civil engineers include developing infrastructure like roads, ports, airports, railways and power while addressing this housing crisis.
Site planning in Architectural Projects- Principles and ApproachesJIT KUMAR GUPTA
Write up is an attempt to define in principles governing the site planning and setting of the buildings in the context of site so as to make them rational and sustainable. It defines the principles and approach to site planning.
Civil engineering involves planning, designing, constructing, and maintaining structures and facilities. It addresses areas like transportation, water resources, environmental protection, and more. The main tasks of civil engineers are planning, estimating, supervising construction, and managing projects. Civil engineering works encompass buildings, roads, bridges, dams, and other structures. It has many branches including surveying, construction, geotechnical engineering, transportation, environmental engineering, and town planning. Civil engineers ensure structures are built safely and effectively to serve societal needs.
Urban planning has been improving architecture for centuries by controlling land use and urban design. This project aims to create an interactive timeline application using a touchscreen to showcase the evolution of urban planning and its impact on housing architecture. The application will include information, graphics, and animations about topics like land use, transportation, and how urban planning addresses issues like social equity and public health. It will also feature galleries and 3D models of landmark buildings in Kuala Lumpur, Malaysia that demonstrate changes in architectural design from the past to the present.
This document discusses future standards for sustainable and smart property developments ranging from individual homes and buildings to entire cities and regions. It outlines various types of developments that incorporate eco-friendly, energy efficient, and intelligent technologies including ecohomes, green buildings, smart communities, eco-neighborhoods, smart cities, and eco-regions. It provides examples of components and features of these developments related to infrastructure, energy, water, transportation, ICT networks, and more. The goal is to define prototypes and best practices for developing sustainable, low-carbon, and intelligent built environments.
Fact sheet on the green and smart building industry in the Quebec City region. Produced by Quebec International. http://quebecinternational.ca/key-industries/
Presentation tries to link cities with buildings in the context of energy, resources, sustainability and productivity and brieflt describes how the cities can be made green and how green buildings can be made a reality
Civil engineering is a branch of engineering that involves designing, constructing, and managing buildings, transportation systems, water supply, and more to improve quality of life. It draws on mathematics and sciences to creatively solve problems while considering costs. Civil engineers must check their own work and have others check it as well to catch any mistakes, as engineers are human and errors can occur. Some structures civil engineers design include roads, buildings, airports, tunnels, dams, and bridges. This is one of the oldest types of engineering.
The document discusses the future of civil engineering. It covers innovative technologies like 3D printing, swarm construction, smart buildings, smart cities, vertical cities, and intelligent transportation systems. It also discusses housing demand and infrastructure development in India, including the need for 51 million housing units to address shortages. Challenges for civil engineers include developing infrastructure like roads, ports, airports, railways and power while addressing this housing crisis.
Site planning in Architectural Projects- Principles and ApproachesJIT KUMAR GUPTA
Write up is an attempt to define in principles governing the site planning and setting of the buildings in the context of site so as to make them rational and sustainable. It defines the principles and approach to site planning.
Civil engineering involves planning, designing, constructing, and maintaining structures and facilities. It addresses areas like transportation, water resources, environmental protection, and more. The main tasks of civil engineers are planning, estimating, supervising construction, and managing projects. Civil engineering works encompass buildings, roads, bridges, dams, and other structures. It has many branches including surveying, construction, geotechnical engineering, transportation, environmental engineering, and town planning. Civil engineers ensure structures are built safely and effectively to serve societal needs.
Urban planning has been improving architecture for centuries by controlling land use and urban design. This project aims to create an interactive timeline application using a touchscreen to showcase the evolution of urban planning and its impact on housing architecture. The application will include information, graphics, and animations about topics like land use, transportation, and how urban planning addresses issues like social equity and public health. It will also feature galleries and 3D models of landmark buildings in Kuala Lumpur, Malaysia that demonstrate changes in architectural design from the past to the present.
Paper is an attempt to look at the context of construction sector in terms of its role and importance in generating employment, leveraging economy, making contribution to national wealth and promote sustainability.It tries to identify the challenges faced by the construction sector and suggest options to make it globally competitive, qualitative and vibrant, It call for skilling the manpower deployed in the sector and promoting R&D to make it more inclusive and productive.
MUSIC: Mitigation of CO2 Emissions in Urban Areas: Solutions for Innovative C...Tudor Events
The document discusses the MUSIC project, which aims to reduce CO2 emissions in European cities by 50% by 2030 through transition management, geospatial planning tools, and pilot projects. The project involves 5 cities and 2 research institutes working to develop action plans, urban energy maps, decision support tools, and best practices. It faces challenges integrating renewable energy, reducing energy poverty, engaging citizens, and applying complex scientific tools.
This document provides an overview of civil engineering, including its definition, main scope, history, branches, and functions. It discusses how civil engineering involves planning, designing, and maintaining structures like buildings, roads, bridges, and dams. It outlines the key branches of civil engineering such as surveying, construction, transportation, geotechnical engineering, and environmental engineering. It also describes the main functions of civil engineers as related to construction projects such as planning, design, cost estimation, supervision, and maintenance.
Scope of civil engineering,Role of civil Engineer in SocietyRAMPRASAD KUMAWAT
In this chapter various fields of civil engineering are listed and their scope is explained. Impact
of infrastructural development on the economy of a country, the role of civil engineers in it is explained.
Masdar City is a planned zero-carbon, zero-waste city in Abu Dhabi, UAE that will rely entirely on renewable energy. The city is being developed to minimize energy and water usage through sustainable design principles including solar orientation, efficient buildings, district cooling and heating, and water recycling. Transportation within Masdar City will utilize electric vehicles and personal rapid transit systems to reduce emissions. Once completed, Masdar City aims to house 50,000 residents and 1,500 cleantech companies in a self-sufficient, car-free urban environment powered solely by renewable energy.
The document envisions cities of the future being ecological, self-sufficient, technological, convenient, smart, and economically efficient. Ecological cities will focus on renewable energy, in-city agriculture, green lifestyles, and infrastructure designed around sustainability. Technological advances will allow cities to operate efficiently through smart systems that manage transportation, public services, and resource allocation. Self-sufficiency will come from renewable energy sources, closed-loop recycling and reuse of materials, and in-city agriculture.
Architecture and Town Planning _Unit 6_SPPU_Spacial Township, SEZ, CRZ, Smart...Shrikant Kate
Savitribai Phule Pune University
Board of Studies in Civil Engineering
B. E. Civil 2015 COURSE (w. e. f. June 2018)
401004 Elective I (4)- Architecture and Town Planning
Architecture and town planning _Unit 3_SPPU_Spacial Township, SEZ, CRZ, Smart City, AMRUT, GIS, GPS and RS in Planning by S. R. Kate
Unit VI:
• Special townships, SEZ, CRZ, Smart City, AMRUT Guidelines
• Application of GIS, GPS, remote sensing in planning.
Civil engineering is a branch of engineering which deals with people, civilization of a country, their needs and basic facilities. So as long as there are humans and as long as we have natural phenomenon like earthquakes and tornadoes civil engineers will be required.
Sustainability parameters in Site Design and disaster Management Neha Bansal
This document discusses sustainability parameters for site design and disaster management. It defines sustainability based on the 1987 Brundtland Commission report. It discusses sustainable site design principles like low impact design, energy efficiency, and green methods. Specific sustainable site design strategies mentioned include raingardens, pervious pavements, bio retention, and reducing heat island effect and impervious surfaces. The document also discusses site selection, functions that are environmentally responsive, and achieving sustainability goals through low impact development measures and standards. Finally, it provides disaster management parameters like limiting development in flood plains, wetlands, and habitats to protect natural areas and reduce carbon footprint through compact development.
This document discusses the role of architecture and urban planning in contributing to sustainable development. It addresses several trends such as globalization, migration, urbanization, and climate change that are impacting both global and local communities. At the local level in Malmo, issues discussed include housing shortages, segregation, and meeting climate goals. The document advocates for a holistic approach to architecture that focuses on social inclusion, health, and democracy. It promotes the idea of actively influencing challenges and being part of solution through leadership, cooperation, regional integration, and creating attractive, climate-smart, and socially cohesive communities.
This document provides information about green cities and discusses examples of green cities like Vancouver and Gandhinagar. A green city is designed to minimize environmental impact and resource use through strategies like renewable energy, urban farming, green buildings, and public transport. Vancouver has led the world through its waste reduction programs and goal to be carbon neutral. Gandhinagar, India has over 53% green cover from its large number of trees. The document emphasizes that green cities are livable, sustainable, and help future generations meet their needs through ecological design.
Civil engineering involves planning, designing, constructing, and maintaining structures such as buildings, roads, bridges, dams, and infrastructure. The document outlines the main branches and scope of civil engineering. It discusses surveying and leveling, building planning and construction, advanced construction techniques, structural engineering, geotechnical engineering, water resources engineering, transportation engineering, and environmental engineering. The roles of civil engineers include conducting feasibility studies, site investigations, planning, design, cost estimation, construction supervision, quality control, maintenance, and more.
Raimond Tamm - From Hrustsovka to Smartovka - Mindtrek 2016Mindtrek
The document summarizes Tartu, Estonia's SmartEnCity project, which aims to retrofit Soviet-era apartment buildings to make them more energy efficient and implement smart city technologies. The project will retrofit 20 apartment buildings with improved insulation, ventilation systems, and solar panels to reduce energy use by 70%. It will involve 1600 apartments and 3500 residents. Sensors will be installed to automate heating and ventilation based on occupancy and air quality. The project also aims to promote sustainable transportation options and smart street lighting. Residents will be engaged through information sharing and education to motivate behavioral changes to reduce energy consumption as part of the city's efforts to become more environmentally friendly and improve quality of life.
Kuala Lumpur Waterfront: A Public Place for All? drboon
This document summarizes a research paper on examining public accessibility to the Kuala Lumpur waterfront in Malaysia. It begins by providing background on the importance of waterfronts historically and how their uses have changed. It then discusses 4 attributes related to public accessibility at waterfronts. The paper aims to evaluate public perceptions of accessibility at the Kuala Lumpur waterfront using focus groups. 12 members of the public participated in focus groups to share their experiences and views. The findings aim to inform future development and policies regarding public access to the waterfront.
Masdar City is a planned city in Abu Dhabi, United Arab Emirates focused on sustainability and renewable energy. The city aims to have net zero carbon emissions and utilize sustainable practices for transportation, power, water, and waste. Masdar City is developing commercial and residential buildings, and will be home to renewable energy companies, researchers at Masdar Institute of Science and Technology, and the headquarters of the International Renewable Energy Agency. The ultimate goal is for Masdar City to be a model for sustainable urban planning and a hub for renewable energy innovation.
Municipal engineering and transportation engineering are two disciplines within civil engineering. Civil engineering also includes water distribution and treatment. Many military projects involving the Army Corps of Engineers are civil engineering projects. Civil engineers are problem solvers who face challenges like traffic congestion, infrastructure needs, urban development, pollution, and community planning. The daily duties of a civil engineer depend on their specialization and can include tasks like planning, surveying, design, implementation, and assessing needs and funding.
Making and unmaking of Chandigarh - making public spaces -JIT KUMAR GUPTA
Presentation tries to showcase in brief , what went into making and unmaking of Chandigarh in its historical perspective in terms of planning, architecture, principles adopted to make city a great experiment in urban planning and architecture. It also briefly goes over the challenge faced by the city and the options which can be exercised. It also briefly defines the wonderful public spaces, city has developed over a period of time.
[2015 e-Government Program]City Paper Presentation : Guangzhou(China)shrdcinfo
Guangzhou is promoting the development of a smart city to handle urban issues and intensify its core competitiveness. The structure of Guangzhou's smart city consists of a root of information infrastructure, branches of intelligent industries, and leaves of smart city applications. Guangzhou is constructing its information infrastructure through initiatives like providing free Wi-Fi, building telecommunication gateways and expanding LTE networks. It is also developing intelligent industries such as electronics manufacturing and software/information services. Applications under development include e-government services, intelligent transportation, city management systems, and public services focused on healthcare, education and citizen services. Future plans include integrating approval systems, promoting inter-department information sharing, and utilizing cloud and financing strategies to support Guangzhou
Smart City Fever. The sunny and darker sides of a technology-driven urban hypeIzabela-Mironowicz
This document provides an overview of smart cities including:
- Many city governments are promoting smart urban technologies using citizens' interest in new technologies.
- Smart city technologies aim to integrate digital technologies like smartphones, big data, IoT into urban life.
- While smart cities offer benefits like improved services, they also pose risks like loss of privacy and increased corporate influence. Careful monitoring is needed to avoid negative social and economic impacts.
Paper is an attempt to look at the context of construction sector in terms of its role and importance in generating employment, leveraging economy, making contribution to national wealth and promote sustainability.It tries to identify the challenges faced by the construction sector and suggest options to make it globally competitive, qualitative and vibrant, It call for skilling the manpower deployed in the sector and promoting R&D to make it more inclusive and productive.
MUSIC: Mitigation of CO2 Emissions in Urban Areas: Solutions for Innovative C...Tudor Events
The document discusses the MUSIC project, which aims to reduce CO2 emissions in European cities by 50% by 2030 through transition management, geospatial planning tools, and pilot projects. The project involves 5 cities and 2 research institutes working to develop action plans, urban energy maps, decision support tools, and best practices. It faces challenges integrating renewable energy, reducing energy poverty, engaging citizens, and applying complex scientific tools.
This document provides an overview of civil engineering, including its definition, main scope, history, branches, and functions. It discusses how civil engineering involves planning, designing, and maintaining structures like buildings, roads, bridges, and dams. It outlines the key branches of civil engineering such as surveying, construction, transportation, geotechnical engineering, and environmental engineering. It also describes the main functions of civil engineers as related to construction projects such as planning, design, cost estimation, supervision, and maintenance.
Scope of civil engineering,Role of civil Engineer in SocietyRAMPRASAD KUMAWAT
In this chapter various fields of civil engineering are listed and their scope is explained. Impact
of infrastructural development on the economy of a country, the role of civil engineers in it is explained.
Masdar City is a planned zero-carbon, zero-waste city in Abu Dhabi, UAE that will rely entirely on renewable energy. The city is being developed to minimize energy and water usage through sustainable design principles including solar orientation, efficient buildings, district cooling and heating, and water recycling. Transportation within Masdar City will utilize electric vehicles and personal rapid transit systems to reduce emissions. Once completed, Masdar City aims to house 50,000 residents and 1,500 cleantech companies in a self-sufficient, car-free urban environment powered solely by renewable energy.
The document envisions cities of the future being ecological, self-sufficient, technological, convenient, smart, and economically efficient. Ecological cities will focus on renewable energy, in-city agriculture, green lifestyles, and infrastructure designed around sustainability. Technological advances will allow cities to operate efficiently through smart systems that manage transportation, public services, and resource allocation. Self-sufficiency will come from renewable energy sources, closed-loop recycling and reuse of materials, and in-city agriculture.
Architecture and Town Planning _Unit 6_SPPU_Spacial Township, SEZ, CRZ, Smart...Shrikant Kate
Savitribai Phule Pune University
Board of Studies in Civil Engineering
B. E. Civil 2015 COURSE (w. e. f. June 2018)
401004 Elective I (4)- Architecture and Town Planning
Architecture and town planning _Unit 3_SPPU_Spacial Township, SEZ, CRZ, Smart City, AMRUT, GIS, GPS and RS in Planning by S. R. Kate
Unit VI:
• Special townships, SEZ, CRZ, Smart City, AMRUT Guidelines
• Application of GIS, GPS, remote sensing in planning.
Civil engineering is a branch of engineering which deals with people, civilization of a country, their needs and basic facilities. So as long as there are humans and as long as we have natural phenomenon like earthquakes and tornadoes civil engineers will be required.
Sustainability parameters in Site Design and disaster Management Neha Bansal
This document discusses sustainability parameters for site design and disaster management. It defines sustainability based on the 1987 Brundtland Commission report. It discusses sustainable site design principles like low impact design, energy efficiency, and green methods. Specific sustainable site design strategies mentioned include raingardens, pervious pavements, bio retention, and reducing heat island effect and impervious surfaces. The document also discusses site selection, functions that are environmentally responsive, and achieving sustainability goals through low impact development measures and standards. Finally, it provides disaster management parameters like limiting development in flood plains, wetlands, and habitats to protect natural areas and reduce carbon footprint through compact development.
This document discusses the role of architecture and urban planning in contributing to sustainable development. It addresses several trends such as globalization, migration, urbanization, and climate change that are impacting both global and local communities. At the local level in Malmo, issues discussed include housing shortages, segregation, and meeting climate goals. The document advocates for a holistic approach to architecture that focuses on social inclusion, health, and democracy. It promotes the idea of actively influencing challenges and being part of solution through leadership, cooperation, regional integration, and creating attractive, climate-smart, and socially cohesive communities.
This document provides information about green cities and discusses examples of green cities like Vancouver and Gandhinagar. A green city is designed to minimize environmental impact and resource use through strategies like renewable energy, urban farming, green buildings, and public transport. Vancouver has led the world through its waste reduction programs and goal to be carbon neutral. Gandhinagar, India has over 53% green cover from its large number of trees. The document emphasizes that green cities are livable, sustainable, and help future generations meet their needs through ecological design.
Civil engineering involves planning, designing, constructing, and maintaining structures such as buildings, roads, bridges, dams, and infrastructure. The document outlines the main branches and scope of civil engineering. It discusses surveying and leveling, building planning and construction, advanced construction techniques, structural engineering, geotechnical engineering, water resources engineering, transportation engineering, and environmental engineering. The roles of civil engineers include conducting feasibility studies, site investigations, planning, design, cost estimation, construction supervision, quality control, maintenance, and more.
Raimond Tamm - From Hrustsovka to Smartovka - Mindtrek 2016Mindtrek
The document summarizes Tartu, Estonia's SmartEnCity project, which aims to retrofit Soviet-era apartment buildings to make them more energy efficient and implement smart city technologies. The project will retrofit 20 apartment buildings with improved insulation, ventilation systems, and solar panels to reduce energy use by 70%. It will involve 1600 apartments and 3500 residents. Sensors will be installed to automate heating and ventilation based on occupancy and air quality. The project also aims to promote sustainable transportation options and smart street lighting. Residents will be engaged through information sharing and education to motivate behavioral changes to reduce energy consumption as part of the city's efforts to become more environmentally friendly and improve quality of life.
Kuala Lumpur Waterfront: A Public Place for All? drboon
This document summarizes a research paper on examining public accessibility to the Kuala Lumpur waterfront in Malaysia. It begins by providing background on the importance of waterfronts historically and how their uses have changed. It then discusses 4 attributes related to public accessibility at waterfronts. The paper aims to evaluate public perceptions of accessibility at the Kuala Lumpur waterfront using focus groups. 12 members of the public participated in focus groups to share their experiences and views. The findings aim to inform future development and policies regarding public access to the waterfront.
Masdar City is a planned city in Abu Dhabi, United Arab Emirates focused on sustainability and renewable energy. The city aims to have net zero carbon emissions and utilize sustainable practices for transportation, power, water, and waste. Masdar City is developing commercial and residential buildings, and will be home to renewable energy companies, researchers at Masdar Institute of Science and Technology, and the headquarters of the International Renewable Energy Agency. The ultimate goal is for Masdar City to be a model for sustainable urban planning and a hub for renewable energy innovation.
Municipal engineering and transportation engineering are two disciplines within civil engineering. Civil engineering also includes water distribution and treatment. Many military projects involving the Army Corps of Engineers are civil engineering projects. Civil engineers are problem solvers who face challenges like traffic congestion, infrastructure needs, urban development, pollution, and community planning. The daily duties of a civil engineer depend on their specialization and can include tasks like planning, surveying, design, implementation, and assessing needs and funding.
Making and unmaking of Chandigarh - making public spaces -JIT KUMAR GUPTA
Presentation tries to showcase in brief , what went into making and unmaking of Chandigarh in its historical perspective in terms of planning, architecture, principles adopted to make city a great experiment in urban planning and architecture. It also briefly goes over the challenge faced by the city and the options which can be exercised. It also briefly defines the wonderful public spaces, city has developed over a period of time.
[2015 e-Government Program]City Paper Presentation : Guangzhou(China)shrdcinfo
Guangzhou is promoting the development of a smart city to handle urban issues and intensify its core competitiveness. The structure of Guangzhou's smart city consists of a root of information infrastructure, branches of intelligent industries, and leaves of smart city applications. Guangzhou is constructing its information infrastructure through initiatives like providing free Wi-Fi, building telecommunication gateways and expanding LTE networks. It is also developing intelligent industries such as electronics manufacturing and software/information services. Applications under development include e-government services, intelligent transportation, city management systems, and public services focused on healthcare, education and citizen services. Future plans include integrating approval systems, promoting inter-department information sharing, and utilizing cloud and financing strategies to support Guangzhou
Smart City Fever. The sunny and darker sides of a technology-driven urban hypeIzabela-Mironowicz
This document provides an overview of smart cities including:
- Many city governments are promoting smart urban technologies using citizens' interest in new technologies.
- Smart city technologies aim to integrate digital technologies like smartphones, big data, IoT into urban life.
- While smart cities offer benefits like improved services, they also pose risks like loss of privacy and increased corporate influence. Careful monitoring is needed to avoid negative social and economic impacts.
The document provides pricing information for modular construction aspects of houses and hotel components for Papua New Guinea. It includes specifications for external walls, windows, doors, and internal partition walls of five house designs (Types A through E) and hotel rooms. The designs are to meet Australian standards and local building codes and incorporate sustainable design principles.
The document discusses how cities can become smarter and more sustainable through the use of technology. It outlines various challenges cities face related to areas like energy, water, transportation and more. It then describes how a smarter city would use instrumentation, interconnection and intelligence to transform core city systems and optimize limited resources to address sustainability issues and improve living standards.
The document discusses the Open Source House initiative, which aims to address challenges of urbanization through open source and sustainable housing designs. It notes the growing global population and consumption are contributing to more waste, slums and informality. The Open Source House will provide a platform to freely share architectural drawings and construction information. It will involve young designers and inspire contributions from around the world. The initial focus is on developing affordable housing for the lower middle class in Ghana through a design competition and pilot project. The houses will follow 8 design principles including using local materials, passive climate design, and enabling disassembly.
Buildings account for nearly half of global greenhouse gas emissions through their construction, heating, cooling and materials. Adopting green building practices can significantly reduce these emissions and other environmental impacts while improving occupant health and productivity. Resource positive architecture aims to go beyond sustainability to generate more energy and purify more water than buildings consume through the use of passive solar design, energy efficient systems and occupant behaviors. Widespread adoption of existing cost-effective green building technologies and practices could dramatically reduce the climate change impact of the built environment.
Every home buyer has different values and buying a sustainable home adds an extra layer of values to assess. Any green home buyer should appreciate that modular homes are a very environmentally sustainable option
This document provides guidelines for writing a good research report. It outlines the objectives of report writing as communicating results to stakeholders, providing information and a basis for further action and decision making. It describes the typical format including preliminary pages, main report chapters, and bibliography. Key criteria for a good report are to write in a positive manner, keep it short, use simple language, ensure accurate data, include visuals, have consistent logic, and properly cite references. Specific formatting guidelines are also provided around font, spacing, page numbering, chapter titles and numbering tables and figures.
Intelligent World, Smart Cities, Intelligent Communities, Next Industrial Revolution, Future City Developments,
Definition, Barriers, Funding, Stakeholders, Smart City Internet
The document discusses modular construction and provides a case study of the Club Commons II employee housing project. It summarizes the history of modular construction, how it has advanced with technology, and its sustainability benefits. The case study outlines the design, coordination, manufacturing, and assembly process for Club Commons II. It was completed on schedule using modular construction. While modular is still primarily used for residential, its use is growing internationally and in other markets like schools and medical. The future of modular construction lies in continued innovation and learning from global leaders.
Modular buildings are prefabricated structures consisting of modules that are manufactured off-site and assembled on-site. They offer several advantages over traditional construction methods, including faster construction, lower costs, and greater weather resistance. Modular buildings can be used for residential, commercial, industrial, and other applications. They are constructed using an assembly line process and adhere to all relevant building codes. Once assembled, modular structures are indistinguishable from conventional buildings.
This document discusses smart materials, which are materials that can significantly change one or more properties in response to external stimuli like stress, temperature, moisture, or electric/magnetic fields. It covers major types of smart materials like piezoelectric, shape memory alloys, and magnetostrictive materials. Examples of applications are given, like smart glass, medical uses, and reducing vibration. Both advantages, like high energy density, and disadvantages, like potential environmental issues, are summarized.
Steel and concrete modular construction is better suited than wood-framed modular for commercial and high-end residential buildings as it allows for larger openings, more flexible floor plans, fire resistance, and LEED certification. Modular units are constructed in a controlled factory setting using an assembly line process, then transported and assembled on-site, providing construction speed, cost savings, and faster occupancy compared to traditional on-site construction. Steel and concrete modular structures are more durable and rigid with longer lifespan than wood structures.
Modular buildings are constructed of prefabricated components made in a factory that are then assembled on-site. They offer advantages of faster construction at lower costs compared to traditional on-site building. Modular buildings can be used for both temporary and permanent structures and come in a range of sizes from small single units to large multi-building campuses. They are built to the same codes and standards as traditional buildings and have equivalent durability and lifespan.
Modular construction involves prefabricating building sections off-site and assembling them on-site. This report discusses the advantages of modular buildings such as lower costs, faster construction, and reduced waste compared to traditional on-site building. Sections are constructed indoors in a factory setting using materials like wood and steel frames. Completed modules are transported to the construction site and assembled using cranes. The modular process allows buildings to be built quickly while controlling costs and minimizing weather delays.
The document summarizes the European Innovation Partnership on Smart Cities and Communities from 2014-2020. Some key points:
- The European Commission launched the partnership in July 2012 to improve quality of life, competitiveness, and sustainable energy and transportation systems through smart city solutions.
- The implementation phase began in January 2014 under the Horizon 2020 program.
- The goal is to achieve economic, environmental and social benefits in European cities through better use of digital technologies and greater citizen engagement.
A smart city follows practices to promote renewable energy, zero waste, and sustainability. It uses solar power for buildings and street lights, encourages public transport and cycling, harvests rainwater, plants trees for air purification, and uses smart materials like plastic in roads, permeable concrete for paving, and recyclable construction materials. The city administration aims to be paperless, monitor air quality, and enhance safety with CCTV and neighborhood watches.
The document discusses sustainability and natural resource management in the construction industry. It outlines how construction activities have negatively impacted the environment through pollution, waste, and overuse of resources. It then discusses how the industry can move toward more sustainable practices such as reducing energy and material consumption, reusing and recycling resources, and producing less waste and pollution. Specific sustainable strategies are provided for material selection, site development, construction practices, and building operation and maintenance.
Architectural Design and structural design remain collaborative and partners in making building sustainable and green. No building can be planned , designed and made green unless structural design and state of art construction supports it. Achieving sustainability in a building will be misnomer, mirage and a fallacy by excluding the input and expertise of the art and science of sustainable structure and construction. Presentation studies, examines, explores and explains that relationship and suggests option and strategies which can be leveraged to make sustainable buildings. Existing rating systems excludes the role and importance of structural design in making buildings green and sustainable, which need review ,revision and redefinition to make sustainable Structure Design integral part of the rating system of buildings in order to make these systems rational , focused and relevant to the objectives, they are supposed to achieve.
The document discusses concepts of sustainable and indigenous green building practices. It notes that current development trends are straining Earth's resources and outlines some principles of sustainable development. These include using local and recycled materials, reducing energy and waste, and designing buildings to be more resource efficient. Specific examples discussed include using materials like slag, pottery shards and charcoal in building, and considering environmental, social and economic factors when selecting construction materials.
Recycling of materials from demolished buildings and roads “C&D” Waste Mana...abderraoufzebbar
The built environment consumes more natural resources than necessary and therefore generates a large amount of waste. As much as 30% of all building materials delivered to a typical construction site can end up as waste. [Academic Press]
All these statistics push us to think more about building an ecosystem in line with the aspirations of sustainable development goals, protecting the environment, and making the most of raw materials.
In this article, we’ll shed light on the recycling of C&D materials and its benefits to the projects and for the environment
This document summarizes the key concepts of sustainable development and its relationship to civil engineering. It defines sustainability and sustainable development, noting their focus on meeting present needs without compromising future generations' ability to meet their own needs. For civil engineers, sustainability means using natural resources to improve society's quality of life indefinitely. The document outlines 17 sustainable development goals and discusses civil engineers' role in achieving these through sustainable design, green buildings, and sustainable construction practices like reducing waste and using renewable building materials. It provides examples of sustainable buildings from around the world.
This document provides information on sustainable building materials and design strategies. It discusses using locally sourced, durable materials with low embodied energy, like rammed earth, timber framing, straw bale construction and cork/bamboo flooring. Design strategies recommended include optimizing energy and water efficiency, using recycled materials, and selecting materials and resources to minimize environmental impacts over the building's lifecycle. Sustainable roofs suggested are made from materials like slate, clay or cement that are durable but also fiber-cement composites and precast concrete.
Buildings as consumers of energy, resources and generators of waste has major implications for humanity, communities, climate and resources. Context of buildings have to be understood and appreciated in terms of resources, climate and sustainability. Buildings have to be planned, designed, constructed, operated and managed in a manner that they make value to environment, ecology and bio-diversity. Buildings are always evolving, devolving, never ever static and finite. Buildings need care and dedication.A Green building makes you Happy, Healthy and More Productive
Provides highest quality of indoor environment Optimizes Resources, , Reduces Waste,
Reduces Carbon Footprints
makes building operations cost effective and energy efficient- create win-win situation for owner; occupant; user; tenant. Buildings need competent and committed professionals for designing and construction. Role of Architects and Engineers will always remain crucial and universal to achieve sustainability and SDG Goals enunciated by UNDP
The document discusses cost effective construction techniques in Ethiopia. It begins by outlining the growing global need for affordable housing. It then examines historical low-cost construction methods, sustainability, and case studies of cost effective housing projects in Ethiopia. Specifically, it details two government projects - the Addis Ababa Grand Housing Program which constructed multi-story apartments using new hollow concrete blocks, and the Integrated Housing Development Program which aimed to address urban poverty through affordable housing construction.
The document discusses the need for sustainable construction practices, known as green buildings, in Lagos, Nigeria. It outlines how traditional building practices negatively impact the environment through energy use, air and water pollution, and waste. Green buildings aim to reduce these environmental impacts through efficient energy and water use, renewable materials, and reducing waste. The first LEED-certified commercial building in Nigeria is highlighted as an example. The document argues that adopting green building standards and certification systems, updating building codes, training professionals, and integrating green practices into government policy can help promote sustainability in the construction sector in Lagos.
Waste Management of Construction and Demolition Material towards Sustainable ...IJSRED
This document summarizes a research paper about managing construction and demolition waste in Nagpur City, India in a sustainable way. It discusses how construction waste is increasing rapidly as building activity increases. If not recycled properly, this waste can cause environmental problems. The paper proposes developing a system to recycle construction and demolition waste to reduce illegal dumping and environmental destruction. Recycling this waste can produce recycled materials like concrete, pavers and blocks that can be used in construction at a lower cost while maintaining strength and durability. This supports sustainable waste management and development.
This document discusses the sustainability of concrete in construction. It notes that while concrete is durable, the production of Portland cement, its key ingredient, releases significant amounts of CO2 and greenhouse gases. To improve sustainability, the document advocates using less Portland cement and more supplementary cementitious materials like fly ash. It also recommends producing concrete through engineered and mechanized processes to reduce waste. Overall sustainability requires considering a material's entire lifecycle from extraction to disposal or recycling.
This course on sustainable construction materials aims to serve those professionals involved in construction in order to help them assist in achieving a sustainable environment.
In addition to covering some fundamental properties of traditional construction materials that are used in construction, this course devotes concepts to sustainability, including life-cycle assessment, embodied energy, recycled and reclaimed aggregates, and durability of construction materials.
Lecture 3-Real Estate Environmental Concerns and Development.pptxabbeybenedict125
The document discusses the importance of sustainable and green construction practices in real estate development. It notes that while development is necessary to meet growing population needs, the environment has suffered as a result of unchecked real estate development. Green buildings minimize this impact by using resources efficiently and creating healthy indoor environments while reducing pollution. The benefits of green construction include environmental protections, financial savings, and improved social well-being. As populations and cities continue growing rapidly, the real estate sector must adopt green building practices to develop sustainably.
Green building also known as sustainable or high performance building - is the practice of:
Increasing the efficiency with which buildings and their sites use and harvest energy, water, and materials; and
Protecting and restoring human health and the environment, throughout the building life-cycle: siting, design, construction, operation, maintenance, renovation and deconstruction.
The document discusses sustainability initiatives in the construction and contracting industry. It begins with an introduction describing the industry's large economic and employment impacts but also large carbon emissions and resource usage. Section II analyzes environmental impacts like waste generation, energy usage, and effects on ecosystems, resources, and public health. Section III describes initiatives to promote sustainability through practices like zero carbon homes, green building standards, and smart city design. Section IV discusses the impacts of these initiatives in reducing costs, waste and environmental effects through innovations like construction alliances, drones, and mobile apps. Section V covers sustainability awards programs like the LafargeHolcim Awards that recognize projects meeting criteria around innovation, social inclusion, environmental performance, economic viability and contextual impact.
An Approach in the Direction of Green City Concept-''Sustainable Development'IRJET Journal
This document discusses the concept of a green city and sustainable development. It proposes an approach to planning cities that incorporates environmental concerns at all stages of development. A green city focuses on energy and water efficiency, resource efficiency, indoor environmental quality, and minimizing overall environmental impact. It also emphasizes choosing eco-friendly construction materials. The document then discusses principles for achieving a zero-carbon, zero-waste city with sustainable transport and water systems. It provides an overview of a proposed model green city that meets residents' needs while preserving resources for future generations through a balanced approach.
Presentation tries to look at the cost of buildings, issues in creating cost-effective buildings and options for creating cost-effective, qualitative buildings using architectural design, making buildings green,using local materials, using innovative technologies, prefabrication and putting in place strong project management
Presentation focuses on the context, intent, content, design, construction, operation, maintenance and advantages of green buildings in reducing consumption of energy and resources and generation of waste to make, human settlements in general and our earth in particular, most livable and sustainable by reducing carbon footprints of built environment.
The document defines sustainable construction as construction practices that minimize negative environmental, social, and economic impacts. It discusses how construction accounts for 40% of resource use and waste. Sustainable construction methods outlined include reuse and recycling of materials, natural ventilation, and retrofitting existing structures. The summary highlights how sustainable construction conserves resources through various practices and represents an investment in the future.
The document defines sustainable construction as construction practices that minimize negative environmental, social, and economic impacts. It discusses how construction accounts for 40% of resource use and waste. Some sustainable practices mentioned include reuse of materials, natural ventilation, and retrofitting existing buildings. The goal of sustainable construction is to meet current needs without compromising future generations' ability to meet their own needs.
Future Europe Strategic Investments: Project Smart CYPRUS XXI: Smart Green ...Azamat Abdoullaev
The European Fund National Strategic Investments:
Project Smart CYPRUS XXI: Smart Green Inclusive Nation
Project CYPRUS XXI – A STRATEGIC PLAN FOR SMART, SUSTAINABLE AND INCLUSIVE GROWTH
An Integrated Policy, Growth Strategy and Investment Plan
Investment Plan for Europe: the Juncker Plan
The Sustainable Nation Strategy is aimed to create an Eco-Smart Land of all-sustainable future society, with healthy environment and green urban communities, integrated infrastructure, innovative industry and smart green economy, quality tourism, intelligent banking system and financial services, progressive logistics and the maritime services, intelligent ICT services, smart government, world-class healthcare, eco-intelligent cities and communities, innovational education and research, creative work and sustainable living
What will happen to Russia after Putin? National project Russia XXI: Smart Ru...Azamat Abdoullaev
This document proposes a nationwide project called "Russia 21" or "New Russia 2018-2030" to transition Russia to a "smart" and sustainable development path after Vladimir Putin's presidency. It outlines scenarios for Russia's future, including both "bad development" scenarios involving stagnation or conflict, and "smart development" scenarios involving democratic reforms and establishing an innovative knowledge-based economy. The project aims to create an "Intellectual Russia" by developing smart eco-regions and cities through new technologies and management strategies to improve quality of life. Key goals include establishing a green economy, achieving social and economic unity, and positioning Russia as a global leader in areas like education, innovation and space technology.
Who pioneered Europe 2020 strategy for smart, sustainable and inclusive growthAzamat Abdoullaev
Dr. Azamat Abdoullaev proposed a strategy called "Smart Intelligent Europe" to the European Commission in 2009 to promote smart, sustainable, and inclusive growth. In 2010, the European Commission adopted Abdoullaev's ideas as their Europe 2020 strategy. The Europe 2020 strategy set targets in employment, research and development spending, climate change and energy, education, and reducing poverty. However, the European Commission did not recognize Abdoullaev's authorship or provide him financial benefit for creating the strategy that they implemented. Abdoullaev can take action against the European Commission and Council at the Court of Justice of the European Union for infringement of his intellectual property rights.
21st century cities: smart cities in India, or how to develop future citiesAzamat Abdoullaev
The success or failure in meeting the world’s most pressing challenges will be decided in cities, which are reaching a tipping point on many issues:
poor governance and weak institutions (#1 perceived impediment to prosperity);
inadequate infrastructure (US$78tn of investments needed over the next 10 years);
rising inequality (1bn living in poverty in cities, 75% of cities worse off than 20 years ago; housing (881mn living in slums, 1bn new homes needed in cities);
crime (top concern for citizens); environmental challenges (cities occupy 2-3% of land mass but account for 75% of natural resource use and emissions, 70% are already dealing with the effects of climate change);
and new and pervasive risks (terrorism, higher securitisation, disease and pandemics) (source: UN-Habitat, UN, World Bank); 21st Century Cities: Global Smart Cities Primer, Bank of America, ML, 2017].
Physics X.0: Nobel prizes, Universal Principle, Mathematics of NatureAzamat Abdoullaev
We review Physical Science by formulating the universal principle of reversibility in terms of force, convertibility, unity, and mathematics of relationship.
The Reversibility Principle is advanced as the essential construct of nature integrating the basic natural phenomena and bringing forth a single strategy of physical science for the future Nobel Prize discoveries.
It produces a systematic modelling of diverse physical forces and energies, processes and phenomena to predict the ac-tions of physical forces and effects, to discover and exhibit natural relationships.
The fundamentality of discovery implies if there is the Faraday effect, Lorentz-Zeeman effects, Doppler effect, Einstein’s photoelectric effect, Compton effect, Cherenkov effect, Mössbauer effect, Hall effects…., there MUST be the Inverse Faraday effect, Lorentz-Zeeman effects, Doppler effect, Einstein’s photoelectric effect, Compton effect, Cherenkov effect, Mössbauer effect, Hall effects,…, by LAW, of Reversibility of Effects and Convertibility of Forces and Energies.
Keywords Nature, Modern Physics, New Physics, Mathematics, Category theory, Principle, Laws of Nature, Force, Convertibility, Reversibility, Unity, Symmetry, Conservation, Abstract Algebra, Category Theory, Forcible Relation-ship, Processes, Phenomena, Direct Effects, Inverse Effects, Duality Principle
Megaproject AFRICA XXI: Smart Africa: Green Africa: Inclusive AfricaAzamat Abdoullaev
Project AFRICA XXI
SMART AFRICA™
GREEN AFRICA™
INCLUSIVE AFRICA™
Developing the concept Smart Africa™, the Transform Africa Summit held in Kigali, Rwanda on 28th-31st October 2013 adopted the Smart Africa Manifesto document by 7 African Heads of States.
«Об экологическом развитии Российской Федерации в интересах будущих поколений»
Принять государственную программу, федеральный закон и президентский указ «Об устойчивой России: экологические угрозы и преступления и национальная безопасность»
Revolutionary Reforms and Project AMERICA XXI
Donald Trump has proposed sweeping reforms in many key areas:
INFRASTRUCTURE
CYBERSECURITY
VETERANS AFFAIRS REFORM
TRADE
TAX PLAN
REGULATIONS
NATIONAL DEFENSE
IMMIGRATION
HEALTH CARE
FOREIGN POLICY AND DEFEATING ISIS
ENERGY
EDUCATION
CONSTITUTION AND SECOND AMENDMENT
CHILD CARE
ECONOMY
Project AMERICA XXI backs up the Trump New America policy as well as covers the American Innovation Strategy, by innovating all the key spheres of life, infrastructure and industry, science and technology, ICT and Internet, society and economy, health and education, safety and security, administration and governance
Project AMERICA XXI is about building the intelligent and innovative, interconnected and instrumented, democratic and inclusive, healthy and wealthy, livable and efficient, moral and fair, smart and sustainable United States, or briefly, i-America
Project AMERICA XXI is to drive the Fourth Industrial Revolution to seek a global socio-technological leadership in the 21st Century.
Преступление и Наказание:
О криминализации и декриминализации России:
Провести кардинальную реформу уголовного законодательства и системы правосудия в России
Единая Интеллектуальная Национальная Система Предупреждения, Регистрации, Учета, Наказания и Исправления Преступлений
«Справедливая Россия: Антикоррупционное Государство»
Но если люди, стоящие на страже законов и государства, таковы не по существу, а только такими кажутся, ты увидишь, что они разрушат до основания все государство, и только у них одних будет случай хорошо устроиться и процветать. Платон. Государство
Проект РОССИЯ 21: Интеллектуальная Держава. Национальные Программы Будущего Развития
Правительство РФ предлагается Стратегические Проекты Устойчивого Интеллектуального Развития Российской Федерации, где каждый россиянин также может сделать свой решающий вклад, проголосовав в пользу Новой России 21 века на сайте РОИ.
Национальные Программы Будущего Развития - это неотъемлемая часть основного программного издания «Проект РОССИЯ 21: Интеллектуальная Держава».
Приводится описание и паспорта общенациональных программ будущего устойчивого развития России и ключевых регионов, Москвы и Московской области, на десятилетний период 2017-2026 гг.
Национальные Проекты Будущего Развития нацелены на инновационное замещение проектов инерционного развития инфраструктуры сырьевой «рентной» экономики, финансируемых за счет средств ФНБ, а также федеральных, региональных и муниципальных бюджетных источников.
РОССИЯ XXI является прототипом будущего развития ведущих мировых стран: Европа XXI, Америка XXI, Китай XXI, Япония XXI, Германия XXI , Великобритания XXI и др.
Проект РОССИЯ 21_Национальные Программы Развития - Азамат Абдуллаев
http://bookz.ru/authors/azamat-abdullaev/proekt-r_616/page-3-proekt-r_616.html
http://iknigi.net/avtor-azamat-abdullaev/117548-proekt-rossiya-21_nacionalnye-programmy-razvitiya-azamat-abdullaev.html
https://www.litres.ru/azamat-abdullaev/proekt-rossiya-21-nacionalnye-programmy-razvitiya/
http://biznes-knigi.com/avtor-azamat-abdullaev/5713-proekt-rossiya-21_nacionalnye-programmy-razvitiya-azamat-abdullaev.html
http://aldebaran.ru/author/abdullaev_azamat/kniga_proekt_rossiya_21_nacionalnyie_programmy/
Умная Революция в России: Проект «Россия XXI»: SMART RUSSIA™ - УМНАЯ РОССИЯ™:...Azamat Abdoullaev
Умная Революция в России: Проект «Россия XXI»
SMART RUSSIA™ - УМНАЯ РОССИЯ™
Четвертая Индустриальная Революция:
Социально-Технологические Уклады: Циклы Кондратьева
Развитие экономики происходит нелинейно, в формы циклов, исторических этапов или технологических укладов, «циклов Кондратьева»
Ведущие отрасли экономики, сменяя промышленные отрасли предыдущего цикла, определяют уровень развития хозяйства страны
Технологические Уклады определяются общим названием, ключевым фактором, ядром и технологическими лидерами.
Выделяется 6 исторических этапов, где последний уклад связан с 4-ой промышленной революцией:
Текстильный уклад (1770 -1830 гг.): Текстильные машины; текстильная промышленность, машиностроение, чугун и железо, строительство каналов, водяной двигатель
Угольно-металлургический уклад (1830 – 1880 гг.): паровой двигатель, станки; угольная промышленность, черная металлургия; ж/д строительство, машинно- и пароходостроение
Электрификация (1880 – 1930 гг.): электродвигатель, сталь; электротехническое, тяжелое машиностроение, электростанции, линии электропередач; неорганическая химия
Автомобилизация (1930 – 1980 гг.): двигатель внутреннего сгорания, нефтехимия; автомобиле- и тракторостроение, цветная металлургия, производство товаров длительного пользования, синтетические материалы, органическая химия, добыча и переработка нефти
Информатизация (1980 – 2015 гг.): микроэлектронные компоненты; электронная промышленность, вычислительная, опто-волоконная техника, ПО, телекоммуникации, робототехника, информационные услуги, добыча и переработка природного газа
Интеллектуализация & Экологизация & Интеграция (2015 -): Физико-кибернетические экосистемы, умные машины; экономика зна
LIFE X.0: Technological Immortality: Future life project: Immortality instituteAzamat Abdoullaev
Life X.0: A Future Life of Immortality
Future Life Science Center of Excellence
Project Title: The Cryobiology and Cryonics Institute
Humanity will change more in the next 15 years than in all of human history
HOMO SAPIENS or HOMO BRUTUS: HUMAN ONTOLOGY: On the Essence of Human BeingsAzamat Abdoullaev
HOMO SAPIENS as HOMO BRUTUS
Humanity = Monstrous Animality
Man is the only animal whose community led by mediocrities or abnormalities
FROM HUMANITY 1.0 to HUMANITY X.0
“14,500 wars have taken place between 3500 BC and the late 20th century, costing 3.5 billion lives, leaving only 300 years of peace”
War and Peace in the 21st century, or Will the World Collapse in the Next 10-...Azamat Abdoullaev
the World Government for the World of Tomorrow
Science, Art, and Practice of War and Peace
MAD (Mutually Assured Destruction) PhilosophyWorld Peace and World Government Post-Information Age > Post-Nuclear Epoch > Post-Human Era
Rise and Dominance of Peace-Making Intelligent Machinery
Homo Sapiens or Homo Barbarus: “all men are always at war with on another”
Умная Революция в России: Россия - Умная Технодержава 21 Века: от Ресурсной Э...Azamat Abdoullaev
России нужна тотальная революция: научно-технологическая, социально-политическая, культурно-демографическая, экологическая и экономическая.
Мир должен видеть Россию как единый народ великой страны, устремленный в будущее.
В новой многополярной системе международных отношений, Россия должна стать важным, если не доминирующим игроком, что означает достижение уровня глобальной интеллектуальной техно-державы.
Россия находится перед необходимостью совершения прыжка в постинформационное общество за счет нового научно-технического и промышленного переворота, новой Великой Индустриальной Революции, Четвёртой Промышленной Революции (The Fourth Industrial Revolution), массового внедрения физико-кибернетических систем в общество, управление, экономику и производство (индустрия 4.0), включая быт, труд и досуг.
Национальная Инициатива «Глобальная Научно-Технологическая Держава» предлагается в форме приоритетного национального научно-технологического и инновационного проекта для реализации ряда ключевых положений стратегических документов, как-то:
• Государственная программа Российской Федерации "Развитие науки и технологий" на 2013- 2020 годы
• Программа развития цифровой экономики создается в целях ускорения цифровой трансформации Российской Федерации
• Прогноз долгосрочного социально-экономического развития Российской Федерации на период до 2030 года
• Стратегия научно-технологического развития Российской Федерации на долгосрочный период до 2035 г., НТИ и др.
«Глобальная Научно-Технологическая Держава» - неотъемлемая часть основного программного издания «Проект РОССИЯ 21: Интеллектуальная Держава».
Реализация Общенациональной Инициативы «Россия 21 - Ведущая Технодержава» обеспечит концептуально-программные основы Четвёрто
SCIENCE and TECHNOLOGY XXI: New Physical Science XXIAzamat Abdoullaev
Physics 1.0 Physics 2.0 Physics 3.0 … Physics X.0
the First Principles in NATURE:
Force-Interactions, Super symmetry Force, or Proto Force Convertibility OF FORCES Conservation OF FORCES
Reversibility OF FORCES
UNITY OF FORCES, QUANTUM GRAVITY
Dark Energy Universe
All Existence is Relative, All Nature is Reversible, All Forces are coming from one Proto Force
Read i-book: SCIENCE and TECHNOLOGY 21, New PHYSICA, to completely change your standard conception of PHYSICAL REALITY
On the First Principles and Laws in Physical Science: Force-Relations, Convertibility, and Reversibility
The Nobel Prize in Physics has been awarded 109 times to 201 Nobel Laureates between 1901 and 2015, according to the Nobel Foundation. The key achievements lie in the serendipitous and intuitive and ingenious discovering of empirical physical laws and effects, as the Einstein’s law of photoelectric effect, the Compton effect, the Cherenkov effect, the Mössbauer effect, the Hall effects and others, enriched with new discoveries of subatomic entities, symmetry principles, conservation laws and unified force fields theories.
The formulated Principle of Process Reversal and its Convertibility Laws enable the description of diverse physical processes and phenomena and the prediction of actions of physical forces and effects in the systematic and consistent ways without having to consider the details of the courses of physical processes and systems.
It is shown that the Principle of Process Reversal combines all the key attribute of universal laws of nature: asserts the interdependence between varying quantities of physical properties; states that physical events occur in an invariant order; supports cause and effect relationships, and states a constant regularity in the relations or order of physical phenomena in the world, embracing the empirical regularities of numerous physical effects.
Above everything, the Reversibility Law implies that if there is some physical effect in nature, there must be its inverse, converse or reversed action, otherwise it is not a real effect. Or, if there is the Doppler effect, there must be the Inverse Doppler effect by LAW, the Law of Reversibility.
Smart Russian Duma Parliament реорганизация государственной думы рф (2)Azamat Abdoullaev
Провести Полную Реорганизацию Государственной Думы РФ:
Перейти к Интеллектуальной Системе Государственного Управления
Сегодня государственное управление в РФ осуществляют: Федеральные государственные органы (Аппарат Президента РФ), Федеральные органы исполнительной власти (Аппарат Правительства Российской Федерации, Федеральные министерства, службы, агентства), Федеральные органы законодательной власти (Совет Федерации Федерального Собрания и Государственная Дума Федерального Собрания), Федеральные органы судебной власти и прокуратуры, исполнительная власть на местах, органы местного самоуправления, и в меньшей мере - политические партии, общественные объединения и движения.
Одним из ключевых элементов в государственном управлении является Государственная Дума Российской Федерации (ГД РФ).
Умная Революция в России: Russia to Russians Россия РоссиянамAzamat Abdoullaev
Кто владеет землей, тот владеет страной. Россией владеет чиновник, а россиянин может только арендовать или купить кусочек земли за плату. Чтобы поставить все на свои места, следует провести кардинальную Земельную Реформу «Россия – Россиянам», передав российским гражданам право на вечное или бессрочное пользование российской землей, тем самым перейти к новому Инновационному Социально-Технологическому Укладу Устойчивого Развития Общества.
Обоснование следующее.
Умная Революция в России: Роснефть - Народное Достояние: Rosneft National Pro...Azamat Abdoullaev
Ресурсное проклятие все сильнее довлеет над Россией.
Страна все больше и больше превращается в экономически отсталую сырьевую колонию глобального масштаба с самой коррупционной политической системой, бесполезным малокомпетентным правительством, трудоемкой национальной экономикой, устаревшим производством и металлоемким машиностроением, слабой научно-технологической политикой, отсталой информационной инфраструктурой, антигуманной социальной политикой и тяжелейшими экологическими проблемами.
Нефть, газ, уголь, лес, зерно, уголь, металлы, руды, платина, золото, алмазы, удобрения, апатиты, электроэнергия, информация и … мозги, все гигантскими потоками идет на дешевый экспорт, во все части света, Европу и Америку, Азию и Африку, всеми видами транспорта, водным и сухопутным, воздушным и электронным, а также трубопроводным.
В перспективе ожидается быстрое истощение национального богатства и стратегического сырья через внедрение новой трубопроводной транспортной технологии Hyperloop (РЖД подписал недавно контракт с Space Exploration Technologies Corporation на пробный участок) для высокоскоростной перекачки нефти, газа, нефтепродуктов, угля, руды… на Запад, Юг, и Восток.
Сегодня Россия главный мировой экспортер материальных стратегических ресурсов, топлива и энергии, нефти и газа, и один из главных импортеров нематериального ресурса: знания и информации, информационных продуктов и услуг.
[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This presentation is a curated compilation of PowerPoint diagrams and templates designed to illustrate 20 different digital transformation frameworks and models. These frameworks are based on recent industry trends and best practices, ensuring that the content remains relevant and up-to-date.
Key highlights include Microsoft's Digital Transformation Framework, which focuses on driving innovation and efficiency, and McKinsey's Ten Guiding Principles, which provide strategic insights for successful digital transformation. Additionally, Forrester's framework emphasizes enhancing customer experiences and modernizing IT infrastructure, while IDC's MaturityScape helps assess and develop organizational digital maturity. MIT's framework explores cutting-edge strategies for achieving digital success.
These materials are perfect for enhancing your business or classroom presentations, offering visual aids to supplement your insights. Please note that while comprehensive, these slides are intended as supplementary resources and may not be complete for standalone instructional purposes.
Frameworks/Models included:
Microsoft’s Digital Transformation Framework
McKinsey’s Ten Guiding Principles of Digital Transformation
Forrester’s Digital Transformation Framework
IDC’s Digital Transformation MaturityScape
MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
Accenture’s Digital Strategy & Enterprise Frameworks
Deloitte’s Digital Industrial Transformation Framework
Capgemini’s Digital Transformation Framework
PwC’s Digital Transformation Framework
Cisco’s Digital Transformation Framework
Cognizant’s Digital Transformation Framework
DXC Technology’s Digital Transformation Framework
The BCG Strategy Palette
McKinsey’s Digital Transformation Framework
Digital Transformation Compass
Four Levels of Digital Maturity
Design Thinking Framework
Business Model Canvas
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1. FUTURE BUILDING AND CONSTRUCTIONFUTURE BUILDING AND CONSTRUCTION::
ECO BUILDING, SMART REALTY, i-PROPERTY DEVELOPMENTSECO BUILDING, SMART REALTY, i-PROPERTY DEVELOPMENTS
ByBy
http://www.slideshare.net/ashabook/eis-ltdhttp://www.slideshare.net/ashabook/eis-ltd
Azamat Sh. AbdoullaevAzamat Sh. Abdoullaev
SUSTAINABLE BUILDING AND CONSTRUCTION: SMART ECO BUILDINGS
for i-CITIES and SMART NATIONS
http://www.slideshare.net/ashabook/future-property
To harmonize the built, natural and social environments — we apply digitally integrated technological, environmental,
economic, and socio-cultural sustainability into future development projects to transform life, business, economy and society
httphttp://en.wikipedia.org/wiki/Azamat_Abdoullaev://en.wikipedia.org/wiki/Azamat_Abdoullaev
ОООООО ""Энциклопедические Интеллектуальные СистемыЭнциклопедические Интеллектуальные Системы“ (Moscow/Russia, Skolkovo Innovation Center )“ (Moscow/Russia, Skolkovo Innovation Center )
EIS Encyclopedic Intelligent Systems Ltd (EU)EIS Encyclopedic Intelligent Systems Ltd (EU)
I-WORLD CONSTRUCTION PROJECTSI-WORLD CONSTRUCTION PROJECTS
httphttp://://wwwwww..slideshareslideshare..netnet//ashabookashabook//creatingcreating--thethe--futurefuture--tomorrowstomorrows--worldworld
http://www.slideshare.net/ashabook/iworld-25498222
http://www.slideshare.net/ashabook/smart-world
http://www.slideshare.net/ashabook/ieuropehttp://www.slideshare.net/ashabook/ieurope
2. TOWARDS FUTURE COMMUNITIES:
BUILDING SMART and SUSTAINABLE COMMUNITIES
• SUSTAINABLE ARCHITECTURE, ENGINEERING, AND
CONSTRUCTION
• INNOVATIVE FACILITIES AND INTELLIGENT INFRASTRUCTURE
• GREEN BUILDINGS AND ECOHOMES
• INTELLIGENT BUILDINGS AND SMART HOMES
• GREEN AND/OR SMART DEVELOPMENTS
• GREEN VILLAGES AND/OR INTELIGENT COMMUNITIES
• ECO-NEIGBORHOODS AND/OR SMART NEIGBORHOODS
• ECO-POLIS AND GREEN CITY
• SMART POLIS OR INTELLIIGENT CITY
• I-NATIONS OR SMART COUNTRIES
• SMART AND SUSTAINABLE LANDS, STATES, OR NATIONS
• I-WORLD OR SMART AND GREEN GLOBE
•FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
PROPERTY DEVLOPMENTS 2013
Azamat Abdoullaev All Rights Reserved
3. SMART AND SUSTAINABLE BUILDINGSMART AND SUSTAINABLE BUILDING
AND CONSTRUCTIONAND CONSTRUCTION
• Smart and Sustainable building and construction is a holistic, multidisciplinary approach involving eco-Smart and Sustainable building and construction is a holistic, multidisciplinary approach involving eco-
sustainable standards, innovative solutions, intelligent planning and green design, advanced building materials,sustainable standards, innovative solutions, intelligent planning and green design, advanced building materials,
next generation construction techniques, ICT building platform and intelligent building systems, and eco-next generation construction techniques, ICT building platform and intelligent building systems, and eco-
engineering technologies.engineering technologies.
• Sustainable Building Process aims at smart and sustainable built environment comprising the buildings andSustainable Building Process aims at smart and sustainable built environment comprising the buildings and
structures and infrastructures to build, the processes used to build, and the stakeholders concerned.structures and infrastructures to build, the processes used to build, and the stakeholders concerned.
• Sustainable Development involves life-cycle analysis of the built environment with social, economic, culturalSustainable Development involves life-cycle analysis of the built environment with social, economic, cultural
and ecological impact assessment.and ecological impact assessment.
• Cradle-to-cradle design as an ecologically intelligent approach to architecture and industry that involvesCradle-to-cradle design as an ecologically intelligent approach to architecture and industry that involves
materials, buildings and patterns of settlement.materials, buildings and patterns of settlement.
• ENVIRONMENTAL/ECOLOGICAL/GREEN/CLEAN/ZERO CARBON ENGINEERING
AND TECHNOLOGIES
• Cleantech, Greentech, or Envirotech and Smart Systems and i-Computing for:
• Land and Environment and Landscape,
• Building,
• Transport,
• Energy (Electricity, Heating, and Cooling),
• Water,
• Waste,
• Communications and ICT
FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
PROPERTY DEVLOPMENTS 2013
Azamat Abdoullaev All Rights Reserved
4. CONSTRUCTION INDUSTRY:CONSTRUCTION INDUSTRY:
Risks and ImpactsRisks and Impacts
• Construction is a process of creating the buildingConstruction is a process of creating the building
environment as part of the natural environment.environment as part of the natural environment.
• In general, there are three types of construction:
• Building construction dealing with residential and
commercial buildings and facilities; construction practices,
technologies, and resources must conform to local building
authority regulations and codes of practice
• Heavy / civil construction, or Civil Engineering dealing
with the design, construction and maintenance of the
physical and naturally built environment, including public
works as heavy/highway construction, bridges, roads,
canals, dams and buildings
• Industrial construction dealing with industrial
infrastructure and facilities
• The worldwide construction market volume might accountThe worldwide construction market volume might account
for as much as 10% of world GDPfor as much as 10% of world GDP
• Construction is to consume around half of all the resourcesConstruction is to consume around half of all the resources
humans take from nature; Construction material dominateshumans take from nature; Construction material dominates
overall material flows in most countries.overall material flows in most countries.
• Source of GHG emissions, both through burning of fossilSource of GHG emissions, both through burning of fossil
fuels and breakdown of raw materials; CO2 emissions fromfuels and breakdown of raw materials; CO2 emissions from
the cement industry will quadruple by 2050the cement industry will quadruple by 2050
• Expansion of the built environment is to destroy or disturbExpansion of the built environment is to destroy or disturb
natural habitats and wildlife on over 70% of the Earth’snatural habitats and wildlife on over 70% of the Earth’s
land surface by 2032, due to increases in population,land surface by 2032, due to increases in population,
economic activity and urbanization.economic activity and urbanization.
• Main environmental and social impacts of buildingsMain environmental and social impacts of buildings
and construction:and construction:
• raw material extraction and consumptionraw material extraction and consumption
• natural resource depletion, deforestation,natural resource depletion, deforestation,
• land use change, including clearing of existing forestsland use change, including clearing of existing forests
• noise pollution, air/water/soil pollution, VOCs,noise pollution, air/water/soil pollution, VOCs,
formaldehyde, ammonia, carcinogens, fibres, dust,formaldehyde, ammonia, carcinogens, fibres, dust,
radiationradiation
• energy use and associated emissions of greenhouse gases,energy use and associated emissions of greenhouse gases,
the “Kyoto gases”: CO2, CH4, N2O, HFCs, PFCs andthe “Kyoto gases”: CO2, CH4, N2O, HFCs, PFCs and
SF6SF6
• indoor and outdoor emissionsindoor and outdoor emissions
• aesthetic degradationaesthetic degradation
• water use and wastewater generationwater use and wastewater generation
• increased transport needsincreased transport needs
• various effects of transport of building materials, locallyvarious effects of transport of building materials, locally
and globallyand globally
• waste generationwaste generation
• opportunities for corruption and money launderingopportunities for corruption and money laundering
• disruption of communities, including throughdisruption of communities, including through
inappropriate design and materialsinappropriate design and materials
• health risks on worksites and for building occupantshealth risks on worksites and for building occupants
• providing mainly low-status, low-paid and often hazardousproviding mainly low-status, low-paid and often hazardous
employmentemployment
FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
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Azamat Abdoullaev All Rights Reserved
5. CONSTRUCTION PROCESSESCONSTRUCTION PROCESSES
• In architecture, construction, engineering, real estate development and technology , construction is a process of the building of
infrastructure, which specific projects are managed by project managers, and supervised by construction managers, design engineers,
construction engineers or project architects.
• Construction Process consists of conception and planning, architecture and design and engineering, building, or construction
and maintenance, involving the following stakeholders, along with the owner:
• Design Team, including architects, surveyors, and engineers: civil engineers, cost engineers (or quantity surveyors), mechanical engineers,
electrical engineers, structural engineers, and fire protection engineers. A successful execution of a project demands effective planning to
consider the environmental impact of the project, scheduling, budgeting, construction site safety, availability of building materials, logistics,
inconvenience to the public caused by construction delays, bidding, etc. The current trend is to merge previously separated specialties:
architects, interior designers, engineers, developers, construction managers, and general contractors
• Builder, the main contractor and sub-contractors, the main contractor is given a performance specification from the design team to
undertake the project from design to construction adhering to the performance specifications. In all, it provides construction services and
install building systems: climate control, electrical, plumbing, decoration, fire protection, safety an security and telecommunications
• Financial advisors, mortgage bankers, accountants, and cost engineers, are to create an overall plan for the financial management of the
construction project.
• Legal advisors, to identify ambiguities and any potential sources of trouble in the contracts signed, to identify changes in the project
resulting in large cost increases, to present options for preventing problems, to avoid and resolve conflicts, to facilitate an exchange of
obligations to secure the success of the project.
• Authority Agencies, while planning of a construction project, the zoning and planning boards of the authority having jurisdiction is to
review the overall compliance with the regional general plan, urban plan and zoning regulations. Once the proposed project has been
approved, detailed civil, architectural, and structural plans are to be submitted to the municipal building department (or the public works
department) to determine compliance with the construction codes and with existing infrastructures, road networks, electrical, water, sewage,
phone, and cable facilities.
• Supported by specific procurement systems, D&B&B, or D&B, or PPP, the construction process is to interrelate the planning and design
with the financial and legal structures and regulatory frameworks.
• Currently sustainable planning and building practices is increasingly becoming part of the design process of many new buildings and
construction projects, with new construction technologies and methods and building materials.
•
FUTURE CONSTRUCTION: ECO
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6. FUTURE PROPERTY Development:FUTURE PROPERTY Development:
From World-Class to Smart ECO STANDARDSFrom World-Class to Smart ECO STANDARDS
• Eco Realty, Green Real Estate, Sustainable Immovable, Real PropertyEco Realty, Green Real Estate, Sustainable Immovable, Real Property
• Smart Realty, Intelligent Real Estate, Smart Immovable, Real PropertySmart Realty, Intelligent Real Estate, Smart Immovable, Real Property
• Green buildings, net zero energy buildings, residential, commercial, public, specialGreen buildings, net zero energy buildings, residential, commercial, public, special
• Eco House & Smart Villa,Eco House & Smart Villa,
• Smart community polycenter, leisure and health center, cultural center, financial center,Smart community polycenter, leisure and health center, cultural center, financial center,
business center, sports center,business center, sports center,
• Smart Eco Developments & Future Property Complexes,Smart Eco Developments & Future Property Complexes,
• Destination Eco ResortsDestination Eco Resorts
• Sustainable Recreational and Touristic Facilities:Sustainable Recreational and Touristic Facilities:
• Eco Golf Courses,Eco Golf Courses,
• Green Resort Hotels,Green Resort Hotels,
• Smart Marinas,Smart Marinas,
• Smart Casinos,Smart Casinos,
• Cultural Smart Settlements: China Eco Towns, Russian Smart Villages, British GreenCultural Smart Settlements: China Eco Towns, Russian Smart Villages, British Green
Communities, etc.Communities, etc.
• Intelligent Community ProjectsIntelligent Community ProjectsFUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
PROPERTY DEVLOPMENTS 2013
Azamat Abdoullaev All Rights Reserved
7. SMART ECO BUILDINGS:
CLASSES AND TYPES
• Apartment, Apartment Building/House,
• Center,
• Farm Building,
• Government Building,
• Hall,
• Hotel,
• House,
• Library,
• Health Facility,
• Office Building,
• Plant,
• Restaurant,
• Retail,
• School,
• Skyscraper,
• Theatre,
• Outbuilding
• (a) single-family houses of different
types;
• (b) apartment blocks;
• (c) offices, office buildings;
• (d) educational, civic or cultural
buildings;
• (e) medical facilities, hospitals;
• (f) service facilities, infrastructures and
utilities, schools, hotels, airports, etc.;
• (g) recreational facilities, sports
facilities;
• (h) wholesale and retail trade services
buildings;
• (i) other types of zero-energy buildings.
FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
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8. SMART BUILDINGSMART BUILDING
• INTELLIGENT BUILDING: Smart Housing Systems
• Home Systems: Intelligent Building Systems (IBS), Building Automation System (BAS), Energy Management
Systems (EMS); Smart Lighting (Automation); Intelligent Building Design; Energy Box (Smart Grid);
Intelligent Building Platform
• Intelligent Ambient Environment, i-Home area network; Smart Meters; Secure building management; In-home
displays; Web-Enabled BAS controllers
• Smart Structured Cabling, LV Communication Network Cables for 'smart home' systems, to control, monitor
and optimize all building services, equipment and systems: electricity, lighting; heating;
• Safety and security, CCTV and alarm systems; access control; audio-visual, home theatre and entertainment
systems; ventilation, filtration and climate control
• Computing devices and PC and internet networks; telephones, door-phones and intercoms; surveillance
cameras; communicating thermostats; motorized window blinds and curtains; entry systems; pollution control
systems, water-wise irrigation systems, solar pool system, etc.
• Facility/Building intelligence
• Wireless sensors automatically control energy consumption, electricity, heating, lighting and ventilation, water
quality and quantity, gas distribution, and waste disposal, reducing utility bills so that these buildings have a
minimum resources consumption and zero carbon footprint. Services can include access, security, fire alarms,
lifts or escalators, parking systems and digital signage, all remotely controlled.
FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
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9. GREEN BUILDING
• A GREEN BUILDING WITH HIGH INSULATION, ECO-WISE TECHNOLOGIES AND
COMBINED SOLAR SYSTEMS
• ECO BUILDING: Green Home: ECO Villa
• RES, Solar Electricity, Heating, Cooling
• Eco-Wise Home
• Solar Home or Energy Positive Building
• High Insulation, Roofs, Floors, Windows
• Natural Ventilation, Daylighting, Skylights, Shades and Awnings
• Energy Management Systems; Advanced Metering Infrastructure
• Sustainable Landscaping, Rain Garden, Rainwater Collection Systems, Retention ponds or
Fountains
• Porous Pavement, Rubber Asphalt, Green Roads, Green Living Roofs
• International certification for GREEN houses (Local Energy Certificate; BREEAM Europe)
• Incentives for BIPV and ZEB and investment subsidies for the installation of RET
• ENERGY EFFICIENCY IN BUILDINGS, Residential, Commercial, Public, Institutional,
Industrial
• On 18 May 2010 a recast of The Directive on energy performance of buildings (2002/91/EC) was adopte
FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
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10. Eco-Sustainability in Building Construction
• ISO 15392:2008
• Sustainability in building construction – General principles
• (NEQ)
• ISO/TS 21929-1:2006
• Sustainability in building construction – Sustainability indicators –
• Part 1: Framework for development of indicators for buildings
• (NEQ)
• ISO 21930:2007
• Sustainability in building construction – Environmental declaration of
• building products
• (NEQ)
• ISO/TS 21931-1:2010
• Sustainability in building construction – Framework for methods of assessment
• for environmental performance of construction works – Part 1:
• Buildings
• (NEQ)
FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
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11. GREEN SMART PROPERTY:
3.0 Building, the Building of the Future
• A SMART AND GREEN BUILDING
WITH INTELLIGENT BUILDING
SYSTEMS, HIGH INSULATION, ECO-
WISE TECHNOLOGIES AND
INNOVATIVE SOLAR SYSTEMS
• GREEN PROPERTY + SMART
PROPERTY = INTELLIGENT
INVESTMENT
• Future Buildings: Connected Buildings
+ Green Buildings + Intelligent
Buildings
• Building as an advanced technological
eco system requiring smart integration
of many sub-systems and their
individual components, including
sustainability.
• It’s alive. Can you imagine the urban building of theIt’s alive. Can you imagine the urban building of the
future? Arup foresight, January 2013future? Arup foresight, January 2013
FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
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12. GREEN PROPERTY + SMART PROPERTY:
INTELLIGENT INVESTMENT
• Eco-Sustainable Development
• Green Standards, Energy Certificates
• Integrated Building Design
• Bioclimatic Architecture, Solar Architecture
and Passive Design
• High Insulation
• Smart Utilities
• Smart Wiring, Intelligent Building Systems
• EMS, AMI
• Net-Zero Energy Building, NZEB
• Renewables, Innovative Solar Systems, Solar
Farms
• Living Cool Roofs
• Solar Gardens, Rain Gardens
• Rainwater Collection Systems
RETROFIT
• Eco-Wise Homes
• Energy Performance Houses
• Net Zero Energy Buildings
• Sustainable Insulation, Roofs, Floors, Walls
• Day lighting and Natural Ventilation
• Efficient Utilities
• Energy Management Systems (EMS),
Intelligent Energy Systems, Advanced
Metering Infrastructure (AMI)
• On-Site RES, Electricity, Heating, Cooling
• Structured Cabling, Smart Wiring
• Sustainable Landscaping
• Green Living Roofs
• Solar Gardens, Rain Gardens
• Rainwater Collection Systems
FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
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NEW BUILD
13. I-CITY CONSTRUCTION: FROM FUTURE PROPERTYI-CITY CONSTRUCTION: FROM FUTURE PROPERTY
TO FUTURE CITIESTO FUTURE CITIES
• The scope and scale and type of future cities vary greatly as well as their meanings and contexts.The scope and scale and type of future cities vary greatly as well as their meanings and contexts.
• Future cities could be cross-classified by strategies, scales, motivations (social, economic or ecological), financial models, ownership or initiator, greenfield orFuture cities could be cross-classified by strategies, scales, motivations (social, economic or ecological), financial models, ownership or initiator, greenfield or
brownfield, business model or driving industrial sector, or driving technology, as:brownfield, business model or driving industrial sector, or driving technology, as:
1.1. CLASS I. Ideal City of full sustainabilityCLASS I. Ideal City of full sustainability (PPP turnkey urban greenfield project with a global smart city plan, all functional areas and all aspects of urban(PPP turnkey urban greenfield project with a global smart city plan, all functional areas and all aspects of urban
life are covered by an all-encompassing and all-inclusive Master Development Plan of 3.0 City, Types: All-Inclusive, Innovation, Eco-sustainable, Economic,life are covered by an all-encompassing and all-inclusive Master Development Plan of 3.0 City, Types: All-Inclusive, Innovation, Eco-sustainable, Economic,
Energy, Oil/Gas, Financial, Mobile, etc.), 3.0 City, or Smart Eco City;Energy, Oil/Gas, Financial, Mobile, etc.), 3.0 City, or Smart Eco City;
2.2. CLASS II. IT projects of various scalesCLASS II. IT projects of various scales (u-cities, with all-IP citywide network with comprehensive smart city platforms intelligently connecting networked(u-cities, with all-IP citywide network with comprehensive smart city platforms intelligently connecting networked
devices, machines and vehicles to create an urban Internet of Things infrastructure, no global smart city plan, Types: all-encompassing, special and economicdevices, machines and vehicles to create an urban Internet of Things infrastructure, no global smart city plan, Types: all-encompassing, special and economic
recovery), 2.0 City, or Smart City or Eco City;recovery), 2.0 City, or Smart City or Eco City;
3.3. CLASS III. Private or public fragmented urban projectsCLASS III. Private or public fragmented urban projects, with no global smart city plan (Types: Innovation-centric, Health, Education, Tourism,, with no global smart city plan (Types: Innovation-centric, Health, Education, Tourism,
Mobility, Energy, etc.), 2.0 City, or Smart City or Green Urban Community;Mobility, Energy, etc.), 2.0 City, or Smart City or Green Urban Community;
4.4. CLASS IV. Closed government-led PPP ecosystem projectsCLASS IV. Closed government-led PPP ecosystem projects, usually no comprehensive urban master plan, 2.0 City, or Smart City or Eco Urban Center, usually no comprehensive urban master plan, 2.0 City, or Smart City or Eco Urban Center
• An IT smart city relies on information and communications technologies, including mobile networks, to improve the quality of life of its citizens in aAn IT smart city relies on information and communications technologies, including mobile networks, to improve the quality of life of its citizens in a
sustainable way. It combines and shares disparate data sets captured by intelligently-connected infrastructure, people and vehicles, to generate new insightssustainable way. It combines and shares disparate data sets captured by intelligently-connected infrastructure, people and vehicles, to generate new insights
and provide ubiquitous services that enable citizens to access information about city services and move around easily, improve the efficiency of cityand provide ubiquitous services that enable citizens to access information about city services and move around easily, improve the efficiency of city
operations, enhance security, fuel economic activity and increase resilience to natural disasters.operations, enhance security, fuel economic activity and increase resilience to natural disasters.
• IT smart city service categories and applicationsIT smart city service categories and applications
• ■■ Transport,Transport, including public transport, intelligent transport systems and parking, GIS;including public transport, intelligent transport systems and parking, GIS;
• ■■ Environment/Energy,Environment/Energy, Environment ManagementEnvironment Management,, Energy networks, such as smart grids, smart meters, smart energy-efficient buildings;Energy networks, such as smart grids, smart meters, smart energy-efficient buildings;
• Telecom networksTelecom networks,, all-IP core networks,all-IP core networks, ultra-high broadband access convergance networks, advanced services and applications, such as FTTx, GPON,ultra-high broadband access convergance networks, advanced services and applications, such as FTTx, GPON,
LTE, multi-play services, urban traffic management, building automation, lighting and energy management, access and security networks, location-basedLTE, multi-play services, urban traffic management, building automation, lighting and energy management, access and security networks, location-based
services, trust and security platforms, multimodal user Interfaces, Anytime/any place Ubiquitous connectivity, the Internet of Things between machinesservices, trust and security platforms, multimodal user Interfaces, Anytime/any place Ubiquitous connectivity, the Internet of Things between machines
(multiple devices and sensors and actuators) and humans, M2M and M2M2H (real time data and control)(multiple devices and sensors and actuators) and humans, M2M and M2M2H (real time data and control)
• ■■ Municipal projects,Municipal projects, city administration and public utilities, waste management, modernisation of water systems, smart lighting systems, public safety andcity administration and public utilities, waste management, modernisation of water systems, smart lighting systems, public safety and
city resilience programs;city resilience programs;
• ■■ Public ServicesPublic Services, Education and Health, Safety and Security, and Social Networking, Economic Stimulus projects, Education and Health, Safety and Security, and Social Networking, Economic Stimulus projects
• Getting Smart about Smart Cities. Understanding the market opportunity in the cities of tomorrow. Alcatel-Lucent. 2012Getting Smart about Smart Cities. Understanding the market opportunity in the cities of tomorrow. Alcatel-Lucent. 2012
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BUILDING, SMART REALTY, I-
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Azamat Abdoullaev All Rights Reserved
14. BUILDING 3.0 City:BUILDING 3.0 City:
AA Model City for Future World UrbanizationModel City for Future World Urbanization
• At the PanEuropean Smart Cities and CommunitiesAt the PanEuropean Smart Cities and Communities
Communication Launch Event, 10 July 2012, Sheraton Hotel:Communication Launch Event, 10 July 2012, Sheraton Hotel:
Place Rogier 3, 1210 Brussels, the Smart City and CommunityPlace Rogier 3, 1210 Brussels, the Smart City and Community
Concept originated by EIS LTD for a specific green field locality inConcept originated by EIS LTD for a specific green field locality in
EU, Cyprus, has been advanced by the European Commission as aEU, Cyprus, has been advanced by the European Commission as a
European Smart City Prototype for cities and communities:European Smart City Prototype for cities and communities:
• 1.1. Smart Cities and Communities Communication LaunchSmart Cities and Communities Communication Launch
Event, 10 July 2012, Sheraton Hotel, Brussels:Event, 10 July 2012, Sheraton Hotel, Brussels:
http://ec.europa.eu/energy/technology/initiatives/doc/2012_smartcities/20120625_agenda_smartcities_10july.pdfhttp://ec.europa.eu/energy/technology/initiatives/doc/2012_smartcities/20120625_agenda_smartcities_10july.pdf
;;
• 2.2. The Cyprus Presidency’s view on Smart Cities andThe Cyprus Presidency’s view on Smart Cities and
Communities:Communities:
http://www.cy2012.eu/index.php/en/file/XnxLPbC7uSb2nxXo9+AUZwhttp://www.cy2012.eu/index.php/en/file/XnxLPbC7uSb2nxXo9+AUZw
====
• 3. EU Smart Cities and Communities Prototype:3. EU Smart Cities and Communities Prototype:
http://neapolis.comhttp://neapolis.com
• 44. Abdoullaev, A., 2010, Neapolis Smart EcoCity™: A. Abdoullaev, A., 2010, Neapolis Smart EcoCity™: A
Development Framework for Sustainable Communities, ISBN 978-Development Framework for Sustainable Communities, ISBN 978-
9963-9958-0-6; Cyprus, EU9963-9958-0-6; Cyprus, EU
• 55. Abdoullaev, A., 2011, Smart EcoCity™ (Intelligent Eco. Abdoullaev, A., 2011, Smart EcoCity™ (Intelligent Eco
City™): How To Build Smart Green Communities. ISBN 978-City™): How To Build Smart Green Communities. ISBN 978-
9963-9958-1-3; Cyprus, EU9963-9958-1-3; Cyprus, EU
• Abdoullaev, A., 2011,Abdoullaev, A., 2011, A Smart World: A Development Model forA Smart World: A Development Model for
Intelligent Cities. Keynote. The 11th IEEE International ConferenceIntelligent Cities. Keynote. The 11th IEEE International Conference
on Computer and Information Technology;on Computer and Information Technology;
http://www.cs.ucy.ac.cy/CIT2011/index.php?p=Keynoteshttp://www.cs.ucy.ac.cy/CIT2011/index.php?p=Keynotes
• Based on an all-encompassing and all-inclusive MasterBased on an all-encompassing and all-inclusive Master
Development Plan of 3.0 City, the sustainable urbanizationDevelopment Plan of 3.0 City, the sustainable urbanization
greenfield smart city is conceived to provide a network-greenfield smart city is conceived to provide a network-
integrated citywide infrastructure across all functional areas andintegrated citywide infrastructure across all functional areas and
aspect of urban life, distinguished with eco-friendly energyaspect of urban life, distinguished with eco-friendly energy
resources, environment-friendly smart living facilities and a self-resources, environment-friendly smart living facilities and a self-
supporting intelligent urban ecosystem.supporting intelligent urban ecosystem.
• The revenues are to come from the sale and/or rental ofThe revenues are to come from the sale and/or rental of
residential living space or office space, smart integrated servicesresidential living space or office space, smart integrated services
against payment, and vast replicating the general model oragainst payment, and vast replicating the general model or
specific solutions across the world.specific solutions across the world.FUTURE CONSTRUCTION: ECO
BUILDING, SMART REALTY, I-
PROPERTY DEVLOPMENTS 2013
Azamat Abdoullaev All Rights Reserved