This document compares rural and urban housing statistics in Rajasthan, India using data from the 2011 Census. Some key findings:
- 75% of census houses in rural areas are occupied compared to 58% in urban areas. Rural houses are more likely to be in livable or dilapidated condition while urban houses are more likely to be in good condition.
- 76% of occupied rural houses are used solely for residence compared to 72% of urban houses. Urban houses are more likely to be used for shops, offices, or other non-residential purposes.
- Rural houses predominantly use thatch, mud, or stone for walls, roofs, and floors. Urban houses use more durable materials like
This document summarizes the evolution of town planning laws and development in India, including key acts, guidelines, and issues. It discusses:
- The origins of town planning laws in 1920 and the influence of Sir Patrick Geddes in establishing improvement trusts and town planning acts.
- The 1962 Model Town and Regional Planning and Development Law that formed the basis for state town planning acts.
- The 1985 revised Model Regional and Town Planning and Development Law that many states have enacted town planning acts based on.
- Issues around compliance with the 74th Constitutional Amendment Act and emerging topics like inclusive planning and disaster management plans.
presentation based on Land Acquisition act and Land pooling in India. PPT is helpful for Urban Planning Students. discussed various land pooling models in India.
Urban Case study of Sector 3 KurukshetraDhir Dhwaj
The document provides an overview of Sector 3 in Kurukshetra, Haryana, India. It analyzes various aspects of the sector's physical and social infrastructure including its location, demographics, land use, built form, physical infrastructure, and social/cultural aspects. Some key findings are that the sector has a high population density compared to the district and state, residential land makes up over half the sector, and infrastructure like water, electricity, and drainage are generally adequate with some room for improvement. Case studies of a residence, school, community center, and temple provide examples of the built forms within the sector.
The document provides a zonal development plan for the heritage zone of Bhopal, Madhya Pradesh, India. It begins with an introduction to Bhopal's history and an analysis of the existing conditions in the heritage zone. This includes land use, demographics, infrastructure, transportation, and environmental factors. A conceptual framework is then outlined based on projected requirements. Several development strategies and proposals are presented to upgrade the zone, focusing on waterfront development, pedestrianization, metro network expansion, conservation of heritage gates, improved parking, and environmental conservation. The proposals aim to enhance the zone's heritage, infrastructure, transportation, and quality of life while complying with government policies and mobilizing necessary resources for implementation.
This document summarizes presentations from a national workshop on local accessibility planning in Indian cities. It discusses:
1) The need for area-level planning to address infrastructure deficits and ensure citizen participation as mandated by law;
2) International examples of accessibility planning from the UK, US, and Netherlands that measure access to services and target at-risk groups;
3) Indian examples from Bangalore, Pune, Delhi that involve citizen participation in local budgeting, infrastructure surveys, and area planning.
The document discusses the proposed development of a new township along the Bangalore-Mysore corridor that will include 5 separate zones - a corporate township, commercial township, industrial township, heritage township, and eco-tourism township. It then focuses on planning the corporate township, which will be located near Bidadi on 9,800 acres of land. The proposed master plan for the corporate township includes zoning the 60,702 square meter site for residential, commercial, open space, and roads. Housing typologies include studio, LIG, MIG, and HIG units. Unit plans and a cluster model are presented.
Master Plan for Delhi–with the Perspective for the Year 2021
Here is the official Delhi Master Plan 2021. It is being uploaded by FSGOWS for Public viewing and downloading.
The RAY (Rajiv Awas Yojana) aims to make India slum-free by providing basic amenities and decent shelter to all citizens. Its vision is of inclusive cities where no one lives in slums. Its mission is to encourage states to address slums through formalization, redevelopment, and preventing future slum growth. A two-step implementation strategy involves preparing Slum Free City Plans of Action on a whole city basis, and then detailed project reports for redevelopment or relocation of whole slums.
This document summarizes the evolution of town planning laws and development in India, including key acts, guidelines, and issues. It discusses:
- The origins of town planning laws in 1920 and the influence of Sir Patrick Geddes in establishing improvement trusts and town planning acts.
- The 1962 Model Town and Regional Planning and Development Law that formed the basis for state town planning acts.
- The 1985 revised Model Regional and Town Planning and Development Law that many states have enacted town planning acts based on.
- Issues around compliance with the 74th Constitutional Amendment Act and emerging topics like inclusive planning and disaster management plans.
presentation based on Land Acquisition act and Land pooling in India. PPT is helpful for Urban Planning Students. discussed various land pooling models in India.
Urban Case study of Sector 3 KurukshetraDhir Dhwaj
The document provides an overview of Sector 3 in Kurukshetra, Haryana, India. It analyzes various aspects of the sector's physical and social infrastructure including its location, demographics, land use, built form, physical infrastructure, and social/cultural aspects. Some key findings are that the sector has a high population density compared to the district and state, residential land makes up over half the sector, and infrastructure like water, electricity, and drainage are generally adequate with some room for improvement. Case studies of a residence, school, community center, and temple provide examples of the built forms within the sector.
The document provides a zonal development plan for the heritage zone of Bhopal, Madhya Pradesh, India. It begins with an introduction to Bhopal's history and an analysis of the existing conditions in the heritage zone. This includes land use, demographics, infrastructure, transportation, and environmental factors. A conceptual framework is then outlined based on projected requirements. Several development strategies and proposals are presented to upgrade the zone, focusing on waterfront development, pedestrianization, metro network expansion, conservation of heritage gates, improved parking, and environmental conservation. The proposals aim to enhance the zone's heritage, infrastructure, transportation, and quality of life while complying with government policies and mobilizing necessary resources for implementation.
This document summarizes presentations from a national workshop on local accessibility planning in Indian cities. It discusses:
1) The need for area-level planning to address infrastructure deficits and ensure citizen participation as mandated by law;
2) International examples of accessibility planning from the UK, US, and Netherlands that measure access to services and target at-risk groups;
3) Indian examples from Bangalore, Pune, Delhi that involve citizen participation in local budgeting, infrastructure surveys, and area planning.
The document discusses the proposed development of a new township along the Bangalore-Mysore corridor that will include 5 separate zones - a corporate township, commercial township, industrial township, heritage township, and eco-tourism township. It then focuses on planning the corporate township, which will be located near Bidadi on 9,800 acres of land. The proposed master plan for the corporate township includes zoning the 60,702 square meter site for residential, commercial, open space, and roads. Housing typologies include studio, LIG, MIG, and HIG units. Unit plans and a cluster model are presented.
Master Plan for Delhi–with the Perspective for the Year 2021
Here is the official Delhi Master Plan 2021. It is being uploaded by FSGOWS for Public viewing and downloading.
The RAY (Rajiv Awas Yojana) aims to make India slum-free by providing basic amenities and decent shelter to all citizens. Its vision is of inclusive cities where no one lives in slums. Its mission is to encourage states to address slums through formalization, redevelopment, and preventing future slum growth. A two-step implementation strategy involves preparing Slum Free City Plans of Action on a whole city basis, and then detailed project reports for redevelopment or relocation of whole slums.
The document provides information about the planned city of Naya Raipur in Chhattisgarh, India. It was established as the new capital of Chhattisgarh to serve administrative functions and accommodate industry and trade growth in the region. The city is being developed over 8,013 hectares using a unique land procurement model that purchases land directly from farmers. The development plan divides the city into three layers and outlines transportation infrastructure, physical infrastructure, economic activities, and land use plans to develop Naya Raipur as a smart and sustainable city.
The document summarizes land use characteristics of Ward 34 in Kharagpur, West Bengal. It finds that 53% of land is used for residential purposes while 17% is vacant. Transportation accounts for 10% of land use. There is a lack of open recreational spaces and public/semi-public facilities compared to minimum standards. Informal settlements have developed near agricultural areas and along irrigation canals due to lack of basic services and flooding issues. Overall, land use planning in the ward could be improved by increasing open spaces and public amenities and addressing infrastructure gaps.
This document provides a case study of the urban transformation of Shillong, India. It discusses how Shillong grew from a small settlement in the 19th century when the British made it the capital of Assam. Population growth accelerated it into a multifunctional city and regional center. In recent decades, Shillong has experienced rapid growth due to migration and development. This has transformed the urban structure through increased commercialization and density in the core area. The traditional lightweight built form is being replaced by modern high-rise buildings. This uncontrolled transformation is straining infrastructure and degrading quality of life due to a lack of planning and development controls. The study aims to understand this transformation and suggest policy guidelines to guide Shillong's
Five Year Plan & Housing Policy (Urban Plannning)Malvika Jaishal
The document presents an overview of India's five year plans for housing policy from 1951 to 2012. Key highlights include: the first plan focused on housing for government employees and refugees; subsequent plans aimed to increase housing construction and provide loans for low, middle, and high income groups; more recent plans emphasize strengthening infrastructure, public-private partnerships, and the goal of "Shelter for All". The conclusion notes the need to upgrade aging infrastructure in major cities to support healthy living.
This document summarizes the key aspects of a master plan submitted for a settlement. It discusses:
1. The need for master plans arose due to unplanned growth of cities following industrialization and wars, which led to overcrowding and lack of infrastructure.
2. A master plan is a statutory document that guides the orderly development of a city over a horizon year through land use planning and regulations. It addresses issues like transportation, housing, employment and provision of utilities and services.
3. The key components of the master plan submitted include analyses of the existing conditions, projected population and land requirements, and development proposals to organize land use and infrastructure over the plan period. It provides guidelines for implementation and monitoring of
The policy of govt and public sector institutions is to support and develop housing programmes on the basis of availability of resources and on their perception of housing demand and affordability rather than on the basis of the requirements and affordability of prospective beneficiaries.
The National Housing policy of the government of India has highly laid emphasis on the need for public sector agencies to increasingly play the role of a facilitator of the housing process and create the enabling environment in which the requisite inputs would flow into the housing sector more easily than in the past.
The document summarizes a slum rehabilitation project in Pantharapalya, Bangalore. It provides background on slum populations in Bangalore, describing the vulnerable living conditions in Pantharapalya slum. The project rehabilitated the slum residents in-situ, constructing 1088 dwelling units. Basic infrastructure like water, sanitation and roads was also improved. However, issues remain with maintenance and some residents are dissatisfied with construction quality. Overall, the project benefited urban poor by improving living standards, but continued efforts are needed.
The document provides a summary of the Master Development Plan for Jaipur, India through 2025. Key points include:
- Jaipur is the capital and largest city of Rajasthan located at an altitude of 431 meters with an area of 798 square kilometers.
- The plan envisions Jaipur becoming a technology powered, heritage-focused city that is pollution free and garbage free.
- The population is projected to grow to 64.95 lakhs by 2025, increasing the workforce to 22.75 lakhs.
- Housing demand is expected to rise significantly by 2025 requiring expansion of supply.
- Tourism is a major industry thanks to the city's cultural heritage and inclusion in the
The policy outlines several objectives around reducing housing shortages, promoting affordable housing construction, and involving private developers. It discusses five models of affordable housing development on land owned by private developers or acquired by the government. It provides details on eligibility requirements for developers and beneficiaries, incentives for developers, and pricing limits for affordable housing units.
Kozhikode, Kerala is a coastal city located on the Malabar coast. It has a population of over 3 million according to the 2011 Census and is 38% urbanized. The document discusses Kozhikode's history, population growth, land use, economic activities, infrastructure services like water, sanitation, transport and key issues facing development. It provides statistics on demographics, religious composition, housing and outlines the evolution of the city from a port town established in the 9th century.
Magarpatta City is an integrated township development project covering 400 acres near Pune, India. It was conceptualized by Satish Magar as a partnership between himself and 120 local farmers, who pooled their agricultural lands and became equity shareholders in proportion to the land contributed. The project was planned and developed in phases from 1993 to the present, including over 7,500 residential units of various types, large commercial areas like an IT park and mall, and amenities to support a population of 60,000. The innovative development model provided significant financial gains for the farmer partners and helped curb unplanned urban growth.
This document provides an overview of a case study conducted in Kalkere Village, an urban village in Bengaluru, India. The study was conducted over 4 weeks and involved surveying residents, conducting focus groups, and interviewing local officials. Key findings include:
1) Despite being part of BBMP for 8 years, the village still lacks reliable access to drinking water and other basic services. Residents purchase water from a single distribution point.
2) There has been some infrastructure development like roads and drainage, but this only occurred recently due to intervention from the local MLA prior to elections.
3) Traditional livelihoods like farming and cattle rearing have declined as lands have been converted to residential use
The document summarizes the urban governance of Surat City by the Surat Municipal Corporation (SMC). It discusses the history of SMC since 1850 and its evolution over time. SMC is established under the Bombay Provincial Municipal Act of 1949 and governs Surat city through various zones, wards, departments and services. It aims to provide basic amenities and a better quality of life for citizens. SMC has received several national awards for its governance initiatives like smart cities projects and waste management. The document concludes by praising SMC's urban governance model but noting some areas for further improvement.
National Urban Housing and Habitat Policy-2007JIT KUMAR GUPTA
Presentation looks at the intent, content and scope of National Housing Policy 2007; Housing Finance Institutions, PMAY(U), in the context of housing for all in urban India
Planning Theories presents in the city UJJAINPraveen Mukati
Ujjain, India is an ancient city situated on the Kshipra River. It has developed in a wedge-shaped pattern along major transportation routes like railroads and roads. The city follows Homer Hoyt's sector model of urban structure, with sectors emanating from the city center along transportation arteries. The old city lies north of the railroad, while the new area started developing south of the railroad in the 1930s. Ujjain has a rich cultural heritage and religious significance, with many historic temples that attract pilgrims and influence the city's growth pattern.
The document provides an overview of regional planning in Goa, India. It discusses the following:
1) Goa's regional plans from 2001 to the current 2021 plan which introduced bottom-up planning at the village level.
2) The objectives of the Regional Plan Goa 2021 which aim to create economic prosperity while protecting Goa's fragile ecosystems.
3) Key issues facing Goa like pressure on land, environmental degradation from tourism and mining, and the strategies the plan recommends like creating new growth centers and preserving the environment.
4) Details on mapping done as part of the plan to designate over 80% of land as eco-sensitive or regulated zones to control development.
Evolution of planning legislation in india Parth Sadaria
The document discusses the evolution of planning legislation and practice in India from ancient times to the present. It outlines the development of various Town Planning and Improvement Acts from the late 19th/early 20th century under British rule through the enactment of model Town and Country Planning Acts in the 1960s. It also summarizes the key features and objectives of India's eight 5-Year Plans from 1951-1997, including priorities around industrialization, agriculture, poverty reduction, and social development.
The passage discusses the issue of child labor in India. It states that despite government promises and laws banning child labor in hazardous industries, the problem remains widespread. Between 60-100 million children still work instead of attending school, and around 10 million work in hazardous industries. While laws ban child labor under age 14 in hazardous occupations, implementation is difficult as states have varying minimum age rules. Poverty is also a major factor pushing children into the labor market, as poor families have no choice but to send their children to work. Certain industries also prefer child labor for attributes like nimble fingers and ability to work for low wages. Overall, while laws exist, lack of enforcement means the problem of child labor in
This document presents a case study on rent control policies. It discusses how rent control aims to make housing more affordable in the short run by capping rental prices. However, in the long run rent control can backfire by reducing the supply of housing as landlords have less incentive to build or maintain properties when rents are capped. This leads to housing shortages. The document also examines alternative models of rent control and discusses arguments for and against such policies. It concludes that while rent control intends to help tenants, the overall effects are generally negative due to market distortions and unintended consequences.
The document provides information about the planned city of Naya Raipur in Chhattisgarh, India. It was established as the new capital of Chhattisgarh to serve administrative functions and accommodate industry and trade growth in the region. The city is being developed over 8,013 hectares using a unique land procurement model that purchases land directly from farmers. The development plan divides the city into three layers and outlines transportation infrastructure, physical infrastructure, economic activities, and land use plans to develop Naya Raipur as a smart and sustainable city.
The document summarizes land use characteristics of Ward 34 in Kharagpur, West Bengal. It finds that 53% of land is used for residential purposes while 17% is vacant. Transportation accounts for 10% of land use. There is a lack of open recreational spaces and public/semi-public facilities compared to minimum standards. Informal settlements have developed near agricultural areas and along irrigation canals due to lack of basic services and flooding issues. Overall, land use planning in the ward could be improved by increasing open spaces and public amenities and addressing infrastructure gaps.
This document provides a case study of the urban transformation of Shillong, India. It discusses how Shillong grew from a small settlement in the 19th century when the British made it the capital of Assam. Population growth accelerated it into a multifunctional city and regional center. In recent decades, Shillong has experienced rapid growth due to migration and development. This has transformed the urban structure through increased commercialization and density in the core area. The traditional lightweight built form is being replaced by modern high-rise buildings. This uncontrolled transformation is straining infrastructure and degrading quality of life due to a lack of planning and development controls. The study aims to understand this transformation and suggest policy guidelines to guide Shillong's
Five Year Plan & Housing Policy (Urban Plannning)Malvika Jaishal
The document presents an overview of India's five year plans for housing policy from 1951 to 2012. Key highlights include: the first plan focused on housing for government employees and refugees; subsequent plans aimed to increase housing construction and provide loans for low, middle, and high income groups; more recent plans emphasize strengthening infrastructure, public-private partnerships, and the goal of "Shelter for All". The conclusion notes the need to upgrade aging infrastructure in major cities to support healthy living.
This document summarizes the key aspects of a master plan submitted for a settlement. It discusses:
1. The need for master plans arose due to unplanned growth of cities following industrialization and wars, which led to overcrowding and lack of infrastructure.
2. A master plan is a statutory document that guides the orderly development of a city over a horizon year through land use planning and regulations. It addresses issues like transportation, housing, employment and provision of utilities and services.
3. The key components of the master plan submitted include analyses of the existing conditions, projected population and land requirements, and development proposals to organize land use and infrastructure over the plan period. It provides guidelines for implementation and monitoring of
The policy of govt and public sector institutions is to support and develop housing programmes on the basis of availability of resources and on their perception of housing demand and affordability rather than on the basis of the requirements and affordability of prospective beneficiaries.
The National Housing policy of the government of India has highly laid emphasis on the need for public sector agencies to increasingly play the role of a facilitator of the housing process and create the enabling environment in which the requisite inputs would flow into the housing sector more easily than in the past.
The document summarizes a slum rehabilitation project in Pantharapalya, Bangalore. It provides background on slum populations in Bangalore, describing the vulnerable living conditions in Pantharapalya slum. The project rehabilitated the slum residents in-situ, constructing 1088 dwelling units. Basic infrastructure like water, sanitation and roads was also improved. However, issues remain with maintenance and some residents are dissatisfied with construction quality. Overall, the project benefited urban poor by improving living standards, but continued efforts are needed.
The document provides a summary of the Master Development Plan for Jaipur, India through 2025. Key points include:
- Jaipur is the capital and largest city of Rajasthan located at an altitude of 431 meters with an area of 798 square kilometers.
- The plan envisions Jaipur becoming a technology powered, heritage-focused city that is pollution free and garbage free.
- The population is projected to grow to 64.95 lakhs by 2025, increasing the workforce to 22.75 lakhs.
- Housing demand is expected to rise significantly by 2025 requiring expansion of supply.
- Tourism is a major industry thanks to the city's cultural heritage and inclusion in the
The policy outlines several objectives around reducing housing shortages, promoting affordable housing construction, and involving private developers. It discusses five models of affordable housing development on land owned by private developers or acquired by the government. It provides details on eligibility requirements for developers and beneficiaries, incentives for developers, and pricing limits for affordable housing units.
Kozhikode, Kerala is a coastal city located on the Malabar coast. It has a population of over 3 million according to the 2011 Census and is 38% urbanized. The document discusses Kozhikode's history, population growth, land use, economic activities, infrastructure services like water, sanitation, transport and key issues facing development. It provides statistics on demographics, religious composition, housing and outlines the evolution of the city from a port town established in the 9th century.
Magarpatta City is an integrated township development project covering 400 acres near Pune, India. It was conceptualized by Satish Magar as a partnership between himself and 120 local farmers, who pooled their agricultural lands and became equity shareholders in proportion to the land contributed. The project was planned and developed in phases from 1993 to the present, including over 7,500 residential units of various types, large commercial areas like an IT park and mall, and amenities to support a population of 60,000. The innovative development model provided significant financial gains for the farmer partners and helped curb unplanned urban growth.
This document provides an overview of a case study conducted in Kalkere Village, an urban village in Bengaluru, India. The study was conducted over 4 weeks and involved surveying residents, conducting focus groups, and interviewing local officials. Key findings include:
1) Despite being part of BBMP for 8 years, the village still lacks reliable access to drinking water and other basic services. Residents purchase water from a single distribution point.
2) There has been some infrastructure development like roads and drainage, but this only occurred recently due to intervention from the local MLA prior to elections.
3) Traditional livelihoods like farming and cattle rearing have declined as lands have been converted to residential use
The document summarizes the urban governance of Surat City by the Surat Municipal Corporation (SMC). It discusses the history of SMC since 1850 and its evolution over time. SMC is established under the Bombay Provincial Municipal Act of 1949 and governs Surat city through various zones, wards, departments and services. It aims to provide basic amenities and a better quality of life for citizens. SMC has received several national awards for its governance initiatives like smart cities projects and waste management. The document concludes by praising SMC's urban governance model but noting some areas for further improvement.
National Urban Housing and Habitat Policy-2007JIT KUMAR GUPTA
Presentation looks at the intent, content and scope of National Housing Policy 2007; Housing Finance Institutions, PMAY(U), in the context of housing for all in urban India
Planning Theories presents in the city UJJAINPraveen Mukati
Ujjain, India is an ancient city situated on the Kshipra River. It has developed in a wedge-shaped pattern along major transportation routes like railroads and roads. The city follows Homer Hoyt's sector model of urban structure, with sectors emanating from the city center along transportation arteries. The old city lies north of the railroad, while the new area started developing south of the railroad in the 1930s. Ujjain has a rich cultural heritage and religious significance, with many historic temples that attract pilgrims and influence the city's growth pattern.
The document provides an overview of regional planning in Goa, India. It discusses the following:
1) Goa's regional plans from 2001 to the current 2021 plan which introduced bottom-up planning at the village level.
2) The objectives of the Regional Plan Goa 2021 which aim to create economic prosperity while protecting Goa's fragile ecosystems.
3) Key issues facing Goa like pressure on land, environmental degradation from tourism and mining, and the strategies the plan recommends like creating new growth centers and preserving the environment.
4) Details on mapping done as part of the plan to designate over 80% of land as eco-sensitive or regulated zones to control development.
Evolution of planning legislation in india Parth Sadaria
The document discusses the evolution of planning legislation and practice in India from ancient times to the present. It outlines the development of various Town Planning and Improvement Acts from the late 19th/early 20th century under British rule through the enactment of model Town and Country Planning Acts in the 1960s. It also summarizes the key features and objectives of India's eight 5-Year Plans from 1951-1997, including priorities around industrialization, agriculture, poverty reduction, and social development.
The passage discusses the issue of child labor in India. It states that despite government promises and laws banning child labor in hazardous industries, the problem remains widespread. Between 60-100 million children still work instead of attending school, and around 10 million work in hazardous industries. While laws ban child labor under age 14 in hazardous occupations, implementation is difficult as states have varying minimum age rules. Poverty is also a major factor pushing children into the labor market, as poor families have no choice but to send their children to work. Certain industries also prefer child labor for attributes like nimble fingers and ability to work for low wages. Overall, while laws exist, lack of enforcement means the problem of child labor in
This document presents a case study on rent control policies. It discusses how rent control aims to make housing more affordable in the short run by capping rental prices. However, in the long run rent control can backfire by reducing the supply of housing as landlords have less incentive to build or maintain properties when rents are capped. This leads to housing shortages. The document also examines alternative models of rent control and discusses arguments for and against such policies. It concludes that while rent control intends to help tenants, the overall effects are generally negative due to market distortions and unintended consequences.
The cost of renting property in many parts of the UK continues to rise - would rent controls make any difference? A Unit 1 economics revision presentation.
The document provides information about the city of Jaisalmer, India, known as the "Golden City". It discusses the history and founding of Jaisalmer, the yellow sandstone that gives the city its golden hue. It describes the harsh desert climate and traditional lifestyles. The architecture of Jaisalmer's fort and homes is explained, including use of sandstone, courtyards, balconies, and intricate stone carving. Various districts, festivals, and the influence of Jain heritage are also mentioned.
The document discusses the traditional vernacular architecture of Jaisalmer, Rajasthan. It is characterized by the use of local materials like golden sandstone, which is soft and easily carved. Houses are constructed without mortar by cutting "scissors" into the stone. Traditional houses feature courtyards, thick insulating walls, small windows for light and ventilation, and textured surfaces to minimize heat gain. Local plants are used for construction, and mud, sand, cow dung and plant fibers form insulated roofs and walls. The architecture is adapted to the hot, arid climate with dense forms, orientation according to wind patterns, and other passive cooling techniques.
How to Become a Thought Leader in Your NicheLeslie Samuel
Are bloggers thought leaders? Here are some tips on how you can become one. Provide great value, put awesome content out there on a regular basis, and help others.
Community application design for streaming analyticsSandeep Kumar
A startup company wants to build a private community app which will allow People to
create a specific community and invite other users to join that community. Each community
in itself is a social network like Facebook specifically for the people in that community.
Users can mainly have two workflows where, A community user can
1. do various types of posts (including text, images, videos) in community that will
show up in feed of other users, interact with the posts of other users (like, comment,
share etc.).
2. User can do conversation with other users via Direct messaging or there can be
various user discussion groups within that community where multiple users can do
conversations.
In an active community of million users the load on systems will increase a lot and
traditional RDBMS techniques will not be able to handle the loads. You have been appointed
to design a scalable solution for the same using Big Data Technologies with the help of the
system can efficiently scale to millions/billions of users and fulfill their requests in an
efficient way. Additionally, getting insights/analytics from such an app is also another use
case for the organization.
You can make the appropriate assumptions for the events data, the analysis that needs to
be done on it. Make sure all those details are also made available while submitting the data
solution.
Submission Requirements
Part 1
Note: Make necessary assumptions regarding the users creating different data points like
posts, messages, likes, comments, shares etc.
1. Propose a suitable
This document provides an overview of Geonetwork, an open source software for cataloguing geospatial data. It discusses why Geonetwork is needed, including to catalogue geospatial data, expose metadata in ISO standards, and implement spatial searches. Geonetwork is adopted because it is open source, has an active community and userbase, and allows for easy updates. The document then covers how to deploy and use Geonetwork, loading metadata standards and records, and harvesting from OGC services. Known deployments of Geonetwork around the world are also listed.
Integrating natural and built environment for sustainable developmentSandeep Kumar
Integrating natural and built environment for sustainable development.
Sustainability is an extremely important direction, and our future depends on it as we have only one earth to live on which is under threat because of haphazard development all over world.
There are three major issues related with modern living:
Depletion of fossil fuels.
Climate change due to CO2 emissions.
Reducing availability and increasing cost of Water and Energy.
Sample minutes of meeting this is a sample of pre-bid meeting between a local body who released expression of interest.
Purpose of pre-bid meeting is to clarify doubts of interested parties as well as amend some terms in EOI if needed.
Sample of expression of interest in a newspaperSandeep Kumar
Sample of expression of interest in a newspaper Used in many government and local bodies to release new projects and their related in formation to interested parties.
Eia of township and area development projectsSandeep Kumar
Source : Environmental Impact Assessment Guidance Manual for BUILDING, CONSTRUCTION, TOWNSHIPS and AREA DEVELOPMENT PROJECTS Prepared by Administrative Staff College of India for Ministry of Environment & Forests, GOVERNMENT OF INDIA, NEW DELHI
A Study on organisational setup of Jaipur Municipal Corporation and its functions and other roles and initiatives.
Jaipur City has Municipal Corporation as JMC or Jaipur Nagar Nigam.
Type of approaches to development of city Complied reportSandeep Kumar
masterplan Made under the Town and Country planning Act.
Scale is 1:10,000
Made in 3 to 5 years
Horizon years 20 to 25 years
Approving authority State Govt
Implemented by Development Authority.
masterplan Made under the Town and Country planning Act.
Scale is 1:10,000
Made in 3 to 5 years
Horizon years 20 to 25 years
Approving authority State Govt
Implemented by Development Authority.
Codeless Generative AI Pipelines
(GenAI with Milvus)
https://ml.dssconf.pl/user.html#!/lecture/DSSML24-041a/rate
Discover the potential of real-time streaming in the context of GenAI as we delve into the intricacies of Apache NiFi and its capabilities. Learn how this tool can significantly simplify the data engineering workflow for GenAI applications, allowing you to focus on the creative aspects rather than the technical complexities. I will guide you through practical examples and use cases, showing the impact of automation on prompt building. From data ingestion to transformation and delivery, witness how Apache NiFi streamlines the entire pipeline, ensuring a smooth and hassle-free experience.
Timothy Spann
https://www.youtube.com/@FLaNK-Stack
https://medium.com/@tspann
https://www.datainmotion.dev/
milvus, unstructured data, vector database, zilliz, cloud, vectors, python, deep learning, generative ai, genai, nifi, kafka, flink, streaming, iot, edge
Global Situational Awareness of A.I. and where its headedvikram sood
You can see the future first in San Francisco.
Over the past year, the talk of the town has shifted from $10 billion compute clusters to $100 billion clusters to trillion-dollar clusters. Every six months another zero is added to the boardroom plans. Behind the scenes, there’s a fierce scramble to secure every power contract still available for the rest of the decade, every voltage transformer that can possibly be procured. American big business is gearing up to pour trillions of dollars into a long-unseen mobilization of American industrial might. By the end of the decade, American electricity production will have grown tens of percent; from the shale fields of Pennsylvania to the solar farms of Nevada, hundreds of millions of GPUs will hum.
The AGI race has begun. We are building machines that can think and reason. By 2025/26, these machines will outpace college graduates. By the end of the decade, they will be smarter than you or I; we will have superintelligence, in the true sense of the word. Along the way, national security forces not seen in half a century will be un-leashed, and before long, The Project will be on. If we’re lucky, we’ll be in an all-out race with the CCP; if we’re unlucky, an all-out war.
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Rajasthan housing shortage and conditions rural vs urban
1. RAJASTHAN
A COMPARISION OF RURAL AND URBAN HOUSING STATISTICS
SANDEEP KUMAR | 2140200168
DEPARTMENT OF PLANNING
SCHOOL OF PLANNING AND ARCHITECTURE VIJAYAWADA
2. PAGE 1
Contents
Introduction........................................................................................................................2
Number of Census Houses...............................................................................................3
Households by condition of census house....................................................................3
Distribution of occupied census houses by use ...........................................................4
Distribution of occupied census houses by Predominant material of roof..............6
Distribution of occupied census houses by Predominant material of wall..............7
Distribution of occupied census houses by Predominant material of floor.............9
Distribution of Households Having Number of Dwelling Rooms...............................10
Distribution of Households by ownership Status of the Census Houses Occupied
by Them............................................................................................................................11
Distribution of Households by Source of Drinking Water...........................................12
Distribution of Households by Location of Drinking Water........................................13
Distribution of Households by availability of kitchen facility.....................................14
Distribution of Households by bathing facility.............................................................15
Distribution of Households by type of latrine facility..................................................16
Distribution of Households by type of drainage connectivity for waste water
outlet.................................................................................................................................17
Distribution of Households by main source of lighting ..............................................18
Distribution of Households by fuel used for cooking..................................................19
Distribution of Households by Households availing banking services.....................20
Distribution of households by Houseless Population..................................................21
Distribution of households by Housing Shortage........................................................22
...........................................................................................................................................22
Distribution of households by Type of housing unit....................................................23
Observations from the above given comparison of Urban and rural housing
Statistics ............................................................................................................................24
Policies and Schemes for housing in Rajasthan .........................................................26
3. PAGE 2
Introduction
Study Area Rajasthan
Area 342,239 square kilometers
Population 74,791,568
Number of housholds 12,581,303
Literacy 67%
HDI 0.5768
State Agencies responsible
for housing and other facilities
Rajasthan housing board
Rajasthan PHED
4. PAGE 3
Number of Census Houses
Rural Urban Total
Number of census houses 18,070,963 13,296,654 31,367,617
Number of vacant census houses 1,846,993 1,203,878 3,050,871
Number of occupied census house 16,223,970 12,092,776 28,316,746
Source: Census of India 2011(Series-H: Tables on Houses, Household Amenities and Assets)
Households by condition of census house
Households by condition of census house
Rural Urban Total
Good 4,282,448 2,129,718 6,412,166
Livable 4,774,582 905,312 5,679,894
Dilapidated 433,333 55,910 489,243
Total 9,490,363 3,090,940 12,581,303
Rural -
Vacant
6%
Rural -
Occupie
d
52%
Urban -
Vacant
4%
Urban -
Vacant
38%
58%
42%
Rural census houses Urban census house
vacant
census
houses
10%
occupied
census
house
90%
5. PAGE 4
Distribution of occupied census houses by use
Rural Urban Total
Occupied Census Houses used as Res 9,173,665 2,966,028 12,139,693
Residence -cum- other use 259,689 103,044 362,733
Shop/ Office 491,247 633,681 1,124,928
School/ College etc. 109,798 21,636 131,434
Hotel/ Lodge/ Guest house etc. 24,353 13,262 37,615
Hospital/ Dispensary etc. 26,432 10,217 36,649
Factory/ Workshop/ Workshed etc. 52,721 58,761 111,482
Place of worship 187,799 36,470 224,269
Other non-residential use 1,738,128 245,903 1,984,031
No. of occupied locked census houses 28,944 42,192 71,136
Total number of occupied census houses 12,092,776 4,131,194 16,223,970
75%
25%
Rural Urban
Good
45%
Livable
50%
Dilapidated
5%
Good
69%
Livable
29%
Dilapidated
2%
Source: HH-1 Households By The Condition Of Census Houses Occupied By Them
Distribution of census houses
Rural Urban
6. PAGE 5
Occupied Census Houses used
as Res
76%
Residence -cum- other use
2%
Shop/ Office
4%
School/ College etc.
1%
Hotel/ Lodge/ Guest house etc.
0%
Hospital/
Dispensary etc.
0%
Factory/ Workshop/
Workshed etc.
1% Place of worship
2%
Other non-residential use
14%
No. of occupied
locked census
houses
0%
Rural
Urban
Occupied Census Houses used
as Res
72%
Residence -cum- other use
3%
Shop/ Office
15%
School/ College etc.
1%
Hotel/ Lodge/ Guest house etc.
0%
Hospital/ Dispensary etc.
0%
Factory/ Workshop/
Workshed etc.
1%
Place of worship
1%
Other non-
residential
use
6%
No. of occupied
locked census
houses
1%
Source: census 2011 Number of occupied census houses by use
Source: census 2011 Number of occupied census houses by use
7. PAGE 6
Distribution of occupied census houses by Predominant
material of roof
Rural Urban Total
Grass/ Thatch/ Bamboo/ Wood/ Mud, etc 2060434 121763 2182197
Plastic/ Polythene 41748 15160 56908
Hand made Tiles 1677868 52647 1730515
Machine made Tiles 301277 28035 329312
Burnt Brick 502021 206073 708094
Stone/Slate 5918405 2259918 8178323
G.I./ Metal/ Asbestos sheets 782466 217173 999639
Concrete 715675 1168773 1884448
Any other material 63938 19460 83398
Total 12063832 4089002 16152834
Grass/ Thatch/ Bamboo/
Wood/ Mud, et
17%
Plastic/ Polythene
0%
Hand made Tiles
14%
Machine made Tiles
3%
Burnt Brick
4%
Stone/Slate
49%
G.I./ Metal/ Asbestos
sheets
6%
Concrete
6%
Any other material
1%
Rural
Source: census 2011 Number of occupied census houses by by Predominant material of roof
8. PAGE 7
Distribution of occupied census houses by Predominant
material of wall
Rural Urban Total
Grass/ Thatch/ Bamboo etc. 403385 20960 424345
Plastic/ Polythene 18405 6066 24471
Mud/ Unburnt brick 3089906 179109 3269015
Wood 70605 12678 83283
Stone not packed with
mortar
875259 250669 1125928
Stone packed with mortar 4775445 1451075 6226520
G.I./ Metal/ Asbestos sheets 14789 10980 25769
Burnt brick 2746728 2095202 4841930
Concrete 26657 37713 64370
Any other material 42653 24550 67203
Total 12063832 4089002 16152834
Grass/ Thatch/ Bamboo/ Wood/
Mud, et
3%
Plastic/ Polythene
0%
Hand
made
Tiles
1%
Machine made Tiles
1%Burnt
Brick
5%
Stone/Slate
55%
G.I./ Metal/ Asbestos sheets
5%
Concrete
29%
Any other material
1%
Urban
Source: census 2011 Number of occupied census houses by by Predominant material of roof
9. PAGE 8
Grass/ Thatch/
Bamboo etc.
1%
Plastic/ Polythene
0%
Mud/ Unburnt brick
4%
Wood
0% Stone not packed
with mortar
6%
Stone packed with
mortar
36%
G.I./ Metal/ Asbestos sheets
0%
Burnt brick
51%
Concrete
1%
Any other material
1%
Urban
Grass/ Thatch/ Bamboo
etc.
3% Plastic/ Polythene
0%
Mud/ Unburnt brick
26%
Wood
1%Stone not packed
with mortar
7%
Stone packed with mortar
40%
G.I./ Metal/ Asbestos
sheets
0%
Burnt brick
23%
Concrete
0%
Any other material
0%
Rural
Source: census 2011 Number of occupied census houses by by Predominant material of wall
Source: census 2011 Number of occupied census houses by by Predominant material of wall
10. PAGE 9
Distribution of occupied census houses by Predominant
material of floor
Rural Urban Total
Mud 42185 310782 352967
Wood/ Bamboo 24589 7123 31712
Burnt Brick 247157 85981 333138
Stone 1087608 1122000 2209608
Cement 4344876 1990052 6334928
Mosaic/ Floor tiles 287696 546360 834056
Any other material 41891 26704 68595
Total 6076002 4089002 10165004
Mud
8%
Wood/ Bamboo
0% Burnt Brick
2%
Stone
27%
Cement
49%
Mosaic/
Floor tiles
13%
Any other material
1%
Rural
Urban
Mud
1%
Wood/
Bamboo
0%
Burnt Brick
4%
Stone
18%
Cement
71%
Mosaic/
Floor tiles
5%
Any other material
1%
Source: census 2011 Number of occupied census houses by by Predominant material of floor
Source: census 2011 Number of occupied census houses by by Predominant material of floor
11. PAGE 10
Distribution of Households Having Number of Dwelling
Rooms
No exclusive
room
One
room
Two
rooms
Three
rooms
Four
rooms
Five
rooms
Six rooms
and above
Total
Rural 342090 3623447 2938721 1216380 732513 300703 336509 9490363
Urban 50864 799602 898278 584320 408119 164824 184933 3090940
Total 392954 4423049 3836999 1800700 1140632 465527 521442 12581303
Source: census 2011 Number of Households Having Number of Dwelling Rooms
No exclusive
room
4%
One room
38%
Two rooms
31%
Three rooms
13%
Four rooms
8%
Five rooms
3%
Six rooms
and above
3%
Rural
Urban
Source: census 2011 Number of Households Having Number of Dwelling Rooms
No exclusive
room
2%
One room
26%
Two rooms
29%
Three rooms
19%
Four rooms
13%
Five rooms
5%
Six rooms and
above
6%
12. PAGE 11
Distribution of Households by ownership Status of the
Census Houses Occupied by Them
Owned Rented Total
Rural 9228745 150628 9379373
Urban 2499269 523159 3022428
Total 11728014 673787 12401801
Source: census 2011 Number of Households Having Number of Dwelling Rooms
Source: census 2011 Number of Households Having Number of Dwelling Rooms
Owned
98%
Rented
2%
Rural
Urban
Owned
83%
Rented
17%
13. PAGE 12
Distribution of Households by Source of Drinking Water
Tap water
from
treated
source
Tap water
from un-
treated
source Total
Covered
well
Un-
covered
well Total
Hand
pump
Tubewell/
Borehole Spring
River/
Canal
Tank/
Pond/
Lake
Other
sources Total
Rural 4031112 1074765 5105877 151778 1209912 1361690 3178087 1537886 9213 1E+05 737588 545324 19048870
Urban 1700602 853493 2554095 135360 1179355 1314715 2988588 1365468 7982 1E+05 687267 470222 13359173
Total 5731714 1928258 7659972 287138 2389267 2676405 6166675 2903354 17195 2E+05 1424855 1015546 32408043
Source: census 2011 Number of Households by Source of Drinking Water
Tap water from
treated source
18%
Tap water from
un-treated
source
9%
Covered well
1%Un-covered
well
13%Hand pump
32%
Tubewell/
Borehole
14%
Spring
0%
River/ Canal
1%
Tank/ Pond/
Lake
7%
Other sources
5%
Tap water from
treated source
32%
Tap water from un-
treated source
9%Covered well
1%Un-covered well
10%
Hand pump
25%
Tubewell/
Borehole
12%
Spring
0%
River/ Canal
1%
Tank/ Pond/ Lake
6%
Other sources
4%
Source: census 2011 Number of Households by Source of Drinking Water
Urban
Rural
14. PAGE 13
Distribution of Households by Location of Drinking Water
Within
premises
Near
premises Away Total
Rural 21 47.1 31.9 100
Urban 78.2 14.1 7.7 100
Source: census 2011 Number of Households by Location of Drinking Water
Source: census 2011 Number of Households by Location of Drinking Water
Within
premises
21%
Near premises
47%
Away
32%
Within premises
78%
Near premises
14%
Away
8%
Urban
Rural
15. PAGE 14
Distribution of Households by availability of kitchen facility
Cooking inside house Cooking outside house
No
cooking Total
Has
Kitchen
Does not
have
kitchen Total
Has
Kitchen
Does not
have
kitchen Total
Rural 3526112 4379233 7905345 529626 1040459 1570085 14933 9490363
Urban 2303209 654322 2957531 35361 85541 120902 12507 3090940
Total 5829321 5033555 10862876 564987 1126000 1690987 27440 12581303
Source: census 2011 Number of Households by availability of kitchen facility
Source: census 2011 Number of Households by availability of kitchen facility
Has Kitchen
39%
Does not have
kitchen
49%
Does not
have
kitchen
12%
No cooking
0%
Has Kitchen
75%
Does not have
kitchen
22%
Does not have
kitchen
3%
No cooking
0%
Urban
Rural
16. PAGE 15
Distribution of Households by bathing facility
Bathroom
Enclosure
without roof No Bathroom Total
Rural 2180418 2048688 5261257 9490363
Urban 2450425 306019 334496 3090940
Total 4630843 2354707 5595753 12581303
Bathroom
23%
Enclosure
without roof
22%
No Bathroom
55%
Source: census 2011 Number of Households by bathing facility
Rural
Source: census 2011 Number of Households by bathing facility
Bathroom
79%
Enclosure
without roof
10%
No Bathroom
11%
Urban
17. PAGE 16
Distribution of Households by type of latrine facility
Piped
sewer
system
Septic
tank
Other
system
Total
With
slab/
ventilat
ed
improv
ed pit
Without
slab/
open
pit
Total
Night
soil
dispose
d into
open
drain
Night
soil
remove
d by
human
Night
soil
service
d by
animals
Total
Public
latrine
Open Total
Rural 1864447 112488 930673 157322 1200483 374054 274406 648460 10069 772 4663 15504 46062 7579854 7625916
Urban 2535241 792252 1409975 74845 2277072 131941 36318 168259 83992 1800 4118 89910 40479 515220 555699
No Latrine within the
premisesLatrine
facility
within
the
premise
s
Water Closet Pit Latrine Other Latrine
Source: census 2011 Number of Households by type of latrine facility
Source: census 2011 Number of Households by type of latrine facility
Latrine
facility
within the
premises
17%
Piped sewer system
1%
Septic tank
8%
Other
system
1%
With slab/
ventilated
improved pit
3%
Without slab/ open pit
3%
Night soil
disposed into
open drain
0%
L3Night soil removed
by human
0%
Night soil serviced
by animals
0%Public latrine
0%
Open
67%
Rural
Latrine facility within
the premises
45%
Piped
sewer
system
14%
Septic tank
25%
Other system
1%
With slab/ ventilated
improved pit
2%
Without slab/
open pit
1%
Night soil disposed
into open drain
2%
L3Night soil removed by
human
0%
Night soil serviced by animals
0%
Public latrine
1%
Open
9%
Urban
18. PAGE 17
Distribution of Households by type of drainage connectivity
for waste water outlet
Closed
drainage
Open
drainage
No
drainage
Total
Rural 282046 2284240 6924077 9490363
Urban 1064468 1594931 431541 3090940
Total 1346514 3879171 7355618 12581303
Source: census 2011 Number of Households by type of drainage connectivity for waste water outlet
Rural
Source: census 2011 Number of Households by type of drainage connectivity for waste water outlet
Closed drainage
34%
Open drainage
52%
No drainage
14%
Urban
19. PAGE 18
Distribution of Households by main source of lighting
Electricity Kerosene Solar
Other
oil
Any
other
No
lighting Total
Rural 5528360 3729431 75583 36127 29467 91395 9490363
Urban 2901680 159274 2629 4712 8655 13990 3090940
Total 8430040 3888705 78212 40839 38122 105385 12581303
Source: census 2011 Number of Households by main source of lighting
Source: census 2011 Number of Households by main source of lighting
Electricity
58%
Kerosene
39%
Solar
1%
Other oil
1%
Any other
0%
No lighting
1%
Rural
Electricity
94%
Kerosene
5%
Solar
0%
Other oil
0%
Any other
0%
No lighting
1%
Urban
20. PAGE 19
Distribution of Households by fuel used for cooking
Fire-
wood
Crop
residue
Cow-
dung
cake
Coal,
Lignite,
Charcoal
Kerosene
LPG/
PNG
Electricity
Bio-
gas
Any
other
No
cooking
Total
Rural 7056759 1323176 322150 5461 23567 728987 2972 6928 5430 14933 9490363
Urban 719926 58591 50570 8278 88533 2144327 822 5217 2169 12507 3090940
Total 7776685 1381767 372720 13739 112100 2873314 3794 12145 7599 27440 12581303
Source: census 2011 Number of Households by fuel used for cooking
Fire-wood
74%
Crop residue
14%
Cowdung cake
4%
Coal, Lignite,
Charcoal
0%
Kerosene
0%
LPG/ PNG
8%
Electicity
0%
Bio-gas
0%
Any other
0%
No cooking
0%
Source: census 2011 Number of Households by fuel used for cooking
Fire-wood
23%
Crop residue
2%
Cowdung cake
2%
Coal,
Lignite,
Charcoal
0%
Kerosene
3%
LPG/ PNG
69%
Electicity
0%
Bio-gas
0%
Any other
0%
No cooking
1%
Rural
Urban
21. PAGE 20
Distribution of Households by Households availing banking
services
Availing
Not
Availing Total
Rural 6473837 3016526 9490363
Urban 2083985 1006955 3090940
Total 8557822 4023481 12581303
Source: census 2011 Number of Households by Households availing banking services
Source: census 2011 Number of Households by Households availing banking services
Availing
68%
Not Availing
32%
Rural
Urban
Availing
67%
Not Availing
33%
22. PAGE 21
Distribution of households by Houseless Population
Houseless
Having
House Total
Rural 108308 9382055 9490363
Urban 73236 3017704 3090940
Total 181544 12399759 12581303
Source: census 2011 Number of Households by Houseless Population
Source: census 2011 Number of Households by Houseless Population
Houseless
1%
Having House
99%
Rural
Urban
Houseless
2%
Having House
98%
23. PAGE 22
Distribution of households by Housing Shortage
People
living
in
Non
Serviceable
kutcha
house
Obsolescent
houses
Congested
houses
Homeless
condition Total
Rural 1258236 1949998 1768293 108308 3826599
Urban 54018 251595 19903720 73236 20228551
Total 1312254 2201593 21672013 181544 25367404
Non
Servicable
katcha
house
25%
Obsolecent
houses
38%
Congested
houses
35%
Homeless
condition
2%
Non Servicable
katcha house
0% Obsolecent
houses
1%
Congested
houses
98%
Homeless
condition
1%
Source: census 2011 Number of Households by Housing Shortage
Source: census 2011 Number of Households by Housing Shortage
Rural
Urban
24. PAGE 23
Distribution of households by Type of housing unit
Permanent
Semi-
Permanent
Temporary
TotalServiceable Non-Serviceable Total
Rural 6,146,700 1,873,913 1,116,964 279,608 1,396,572 9,417,185
Urban 2,844,418 150,014 54,817 12,004 66,821 3,061,253
Total 8,991,118 2,023,927 1,171,781 291,612 1,463,393 12,478,438
Source: census 2011 Number of Households by Type of housing unit
Source: census 2011 Number of Households by Type of housing unit
Rural
Urban
Permanent
65%
Semi Permanent
20%
Temporary
Serviceable
12%
Temporary Non-
Serviceable
3%
Permanent
93%
Semi Permanent
5%
Temporary Serviceable
2% Temporary Non-
Serviceable
0%
25. PAGE 24
Observations from the above given comparison of Urban and
rural housing Statistics
Wide disparity can be seen in the housing conditions of Rural and Urban Areas
In rural areas there is a large share of Obsolescent and Non serviceable kutcha
houses whereas in urban areas congestion is a big contributor to the housing
shortage.
Further the Share of Non-Permanent houses in Rural areas is high as compared
to urban areas it is because of prevalence of Traditional housing in rural areas
also people prefer to build houses of mud and thatch housing owing to the
extreme climatic condition in Rajasthan. Whereas in urban areas the share of
concrete as a building material is high.
The main source of Fuel used for cooking is Fire-wood in rural areas and lighting it
is electricity followed by kerosene whereas in urban areas the major fuel used in
kitchen is LPG and in lighting it is Majorly Electricity.
Open defecation is still a big problem in rural areas due to lack of both in
premise latrine facility and public latrines also, the existing Latrines have to
depend majorly on Septic tanks no piped sewer Drainage Facility is available,
the drainage is either not available or there are majorly it is open leading to
health related problems.
Whereas in urban areas there is high availability of in premise larine facility and
public toilets still open defecation is not completely eradicated further the Piped
sewer system still is not able to fully cater and people have to build septic tanks,
the Drainage availability is high as compared to rural areas is very high but still
the share of open drainage is more than half of the total drainage.
Bathrooms in rural areas are still a luxury as less than half of the total households
are having bathroom, Available bathrooms are structure majorly without a roof ,
Whereas in Urban areas bathrooms are accessible to nearly 90% population, out
of which 10% are without roof. These figures are comparatively better than rural
figures.
In rural areas kitchen availability is very low in most of the areas and more
cooking is also done out of the house whereas in urban areas kitchen is more
available as compared to the rural areas.
26. PAGE 25
Availability of Drinking Water is very having very Shocking Disparities between
urban and rural areas. Sources of water are similar in urban and rural areas, but
people in rural areas have to travel more in order to get it, as compared to
urban areas where availability of drinking water within permises is very high.
The share of non-residential use of houses such as shops and offices is high in
urban areas.
The Share of rented housing is high in urban areas as compared to Rural areas
Due to the migration and Floating population in the Urban areas.
27. PAGE 26
Policies and Schemes for housing in Rajasthan
- Policies
o Affordable Housing on PPP model – Policy 2009 (Focus on EWS and
LIG Housing)
o Project of Mass Housing
o Mukhyamantri Shahri BPL Awas Yojana
AFFORDABLE HOUSING POLICY ‐ 2009
Rajasthan Avas Vikas & Infrastructure Limited was appointed as Nodal
Agency for implementation of the projects under Affordable Housing
Policy-2009 .
Phase 1
S.No Location
No. of
Schemes
Project
Cost
EWS LIG MIG Total
1 Jaipur 8 19797.6 3344 1616 816 5776
2 Chaksu 1 5975.6 1104 648 128 1880
3 Ajmer 1 2024 240 192 104 536
4 Dausa 1 1465.6 224 128 64 416
5 Kuchaman
City
1 2822.4 496 256 96 848
6 Bhiwadi 2 2728.8 432 272 96 800
Total 14 34814 5840 3112 1304 10256
Phase 2
28. PAGE 27
SAHBHAGITA AWAS YOJANA (UNDER AFFORDABLE HOUSING POLICY 2009)
- launched to promote EWS/LIG housing through private participation.
- Initial target of over 1,25,000 houses for EWS, LIG and MIG category to be
constructed.
- Target revised upwards to 5.0 lakhs houses looking to over whelming
response from private developers.
Mega Housing Scheme (Affordable Housing)
For allotment of houses to the urban poor in various towns of Rajasthan, Govt. of
Rajasthan launched Mega Housing Scheme. Under this scheme, the land for
construction shall be made available by the local bodies (Nagar Palika, Nagar
Nigam, UIT, Jodhpur Development Authority). Rajasthan Avas Vikas &
Infrastructure has been appointed as Nodal Agency for implementation of this
scheme by State Government. The process for implementation of this scheme
has been started for Jodhpur, Udaipur, Balotra and Sardarshahar .
DEDICATED HOUSING FINANCE COMPANY FOR RAJASTHAN
Joint venture of IFCI, NHB AND STATE GOVT. To provide easy housing loan to
persons with income group of 8000 – 20,000 per month.Micro financing
companies to be involved for housing loan to persons with lesser income.
29. PAGE 28
Models
- Model No. 1: Mandatory Provisions
o Schemes of Rajasthan Housing Board – Minimum 50% plots / houses
/ flats of EWS / LIG category & 20% of the plots/ houses / flats in MIG‐
A category.
o Schemes of Urban Local Bodies – Minimum 25% plots / houses / flats
of EWS / LIG & 20% of the plots/ houses / flats in MIG‐A category.
o Schemes of Private developers‐ 15% of no of plots in case of a
township & 5% of the FAR in case of group housing for EWS / LIG.
Incentive of 0.50 Additional FAR for EWS / LIG housing
o Split locations is allowed with proportionate increase in number of
houses / flats in ratio of DLC rates of the two areas to max. 3 times.
o Developers reluctant to build EWS/LIG flats in core area schemes
and split location resulting in more numbers of flats for EWS / LIG
categories.
- Model No. 2: Private Developers on Private Land
o Selected developers to take up construction of EWS/LIG/MIG‐A flats
(G+2/G+3 format) on minimum 40% of the total land for EWS/LIG
& 12% for MIG A.
o Built up EWS/LIG/MIG‐A flats to be handed over to the nodal
agency (Rajasthan Avas Vikas & Infrastructure Limited) at pre‐
determined prices, to be allotted to the eligible beneficiaries.
o Developer free to construct MIG‐B/HIG flats on remaining land.
o Several incentives offered to developers.
- Model No. 3: Private Developers on Land Under Acquisition
.
o ULBs to identify private lands for acquisition and set apart for
construction of houses to the developer cost of acquisition +10%
shall be payable by the selected developer
o Land owners whose lands already under acquisition for
residential schemes of Development Authorities / UITs /ULBs. may be
used for creation of stock under Affordable Housing Policy like in
Model No.2.
o 52% of the land will be used for EWS/LIG/ MIG‐A as per Model No: 2
of the policy remaining 48% land allowed to be used for HIG and
other category of flats.
30. PAGE 29
- Model No. 4: Private developers on Government Land (For Rental housing
or outright sale basis)
o The ULBs to offer Government Land for construction of EWS/LIG flats
through open bidding process.
o Land is offered free of cost but the bidding parameter is the
maximum number of flats offered by the bidder
o The developer offering the maximum Flats is awarded the project.
- Model No. 5: Slum Housing on PPP Model
o To encourage PPP Model for Slum Redevelopment.
o Slum Development Policy issued by the State Government on
22.08.2012.
o Slums situated on Govt. land as well as on private lands can be
taken up for Redevelopment.
o Swiss Challenge model also allowed – developer who makes the
project and gives his offer to Govt will have the first right of refusal
after bids have been invited
o Several incentives – FAR 4.0 (TDR Facility also available),
Commercial 10%, High rise permitted on developers segment
o FAR – DOUBLE OF THE PERMISSIBLE FAR, FACILITY OF TDR AS PER TDR
POLICY, 0.5 ADDITIONAL FAR FOR TIMELY COMPLETION OF PROJECT
o COMPLETE WAIVER OF ‐
o EXTERNAL DEVELOPMENT CHARGES,
o BUILDING PLAN APPROVAL FEES,
o CONVERSION CHARGES
o COMMERCIAL USE UPTO 10% OF PLOT AREA
o FAST TRACK APPROVAL OF THE PROJECT – WITHIN 30 DAYS
o BUY BACK OF THE FLATS BY THE NODAL AGENCY OF THE STATE GOVT.
AT PRE‐DETERMINED PRICE i.e. Rs 750/‐ per sq ft ON SUPER
o BUILT UP AREA for EWS/LIG & Rs 1000/‐ per sq ft for MIG‐A (Price
revised to Rs 850.00 per sq ft looking to extra ordinary rise in
construction cost)
o (Indirect benefit of Value appreciation of remaining 48% land and
also of land falling in the close proximity of the projects)
31. PAGE 30
- FINANCING MODEL IN THE POLICY
o RAJASTHAN AVAS VIKAS & INFRASTRUCTURE
o LIMITED – Nodal agency for implementation of the policy
o HFC’s/Banksinvolved for loan to the beneficiaries.
o Escrow account between Local body ‐ Developer ‐ Beneficiary ‐ To
ensure Stagewise
o Payment to developer
o VAT exemption – Reimbursement approved
o Allotment/lease deed of the flat‐directly mortgaged to the bank.
o Extra comfort to the banks by ULBs in case of default ‐ possession of
the flat to be taken & re‐allotted to next beneficiary.
ROLE OF NGO’s
- Identification of beneficiary (footpath dwellers, taxi & rikshaw dwellers,
etc.)
- Information to the beneficiary about government’s Affordable Housing
Initiatives.
- Helping him/her in filing of application form for allotment and in all after
procedures like giving information about dues, registry and
procurement of housing loans from Bank. House loan under ISHUP being
sanctioned by the Banks
- Providing information about Self Employment Schemes.
32. PAGE 31
BENEFITS TO THE ALLOTTEES
• Land Cost ‐ nil
• Ceiling cost of EWS flats ‐ Rs. 2.40 lacs (Revised 2.75 lacs)
• Ceiling cost of LIG flats ‐ Rs. 3.75 lacs (Revised 4.25 lacs)
• Super Builtup area of EWS ‐ 325 Sqft (2 rooms, kitchen, WC, bath)
• Super Builtup area of LIG ‐ 500 Sqft (3 rooms, kitchen, WC, bath)
• Super Builtup area of MIG‐A ‐ 700 Sqft (2 BHK Flat)
• Bank loan to be made available to Beneficiaries
• Stamp Duty for EWS flat ‐ Rs. 10.00 per flat (8% earlier)
• Stamp Duty for LIG flat ‐ Rs.25.00 per flat.
• SUBSIDY OF Rs 12,500/ FLAT APPROVED BY GOI FOR JAIPUR CITY PROJECTS
UNDER “AFFORDABLE HOUSING IN PARTNERSHIP” OF GOI, TO BE TRANSFERRED TO
BENEFICIARIES.
• Scheme of Swarn Jayanti Rojgar Yojana for Women.