Skip to main content

SSA to take up GIS mapping of schools

          Sarva Shiksha Abhiyan (SSA), Karnataka, has embarked upon an ambitious project of mapping nearly 74,000 educational institutions, including junior colleges, in the State using the geographical information system (GIS) to bolster education by making best use of school infrastructure and to facilitate planning and development.


          Karnataka is the fourth State after Andhra Pradesh, Gujarat and Chhattisgarh to go for electronic mapping of schools, including aided and unaided schools. There are about 46,000 primary schools, 12,000 primary aided schools and 16,000 high schools and junior colleges in the State.

          The GIS mapping of schools in the State may be taken up on the model developed in Andhra Pradesh. The GIS software developed in Andhra Pradesh is being customised by the National Informatics Centre for storing, analysing and displaying geographical data of schools.

          The Union Ministry of Human Resource Development has given the green signal to the SSA-Karnataka for taking up the project in view of the Right of Children to Free and Compulsory Education Act or Right to Education (RTE) Act, 2010.

          Data collection will be undertaken by visiting schools and at least 10 photographs of infrastructure in each school such as classrooms, playground, drinking water facility, school compound, toilets, etc., will be incorporated in the project.

          GIS mapping of schools would help strengthen school education and serve as a key tool for planning and developing school infrastructure after taking geographical factors into consideration.

          Data on schools updated every year by the Department of Public Instruction will be incorporated in the project. The project would help the authorities to know the exact location of schools, distance between two schools, and habitations that lack schools. It would take at least eight to 10 months for collecting field data. The GIS map of schools would be ready by December-end or early next year.

          The Karnataka State Remote Sensing Applications Centre would be supporting the project and added that data on roads, water bodies, human habitation, green cover, etc., would be incorporated while mapping schools.

Comments

Recommended for You

Where does Google get it's live traffic data from?

Referring to a post that I wrote earlier, Google’s - Live traffic Layer , ever wondered how Google collected this data? I was wondering the other day, how Google received live data to display it on their maps as a layer! I looked up the web and found something very interesting and am sharing the same with you all. As we all know, the traffic layer is available most accurately in several states in USA. Most major metro areas in the US have sensors embedded in their highways. These sensors track real time traffic data. Easy to miss at high speeds (hopefully anyway, traffic permitting), more commonly noticed may be the similar sensors that often exist at many busy intersections that help the traffic lights most efficiently let the most amount of people through. The information from these tracking sensors is reported back to the Department of Transportation (DOT). The DOT uses this data to update some of the digital signs that report traffic conditions in many metro areas. They als

Playing with the markers and info window bubbles...

    In the last few posts, we have seen some marker examples and some information window examples. Now, lets do something interesting combining these two things. Just writing that "This is an info window" in the information bubble is not very interesting! And I know this...Have gone through the same phase!     So, today we will do something interesting! We will display the latitude- longitude co-ordinates of the point that the user clicks on the map! Doing this is not at all complex! Copy paste the following code and you will see for yourself a map coming to life!     The output of the above code looks as seen in the result section above! If you have any queries regarding the above code please comment on the blog post or feel free to contact me at my mail ID .

Integrated GPS cameras...

          GeoSpatial Experts has introduced three new GPS Camera bundles designed specifically for geotagging and mapping digital photographs. The firm now offers its popular GPS-Photo Link 5.0 photo-mapping software with the new Ricoh G700SE, Sony A55, and Casio EX-H20G GPS cameras.           All of the GPS cameras below will provide you with geotagged photos, additionally, some can also offer the ability to capture the direction the photo was taken with a built-in compass, or the ability to collect attribute data in the field. WiFi and Bluetooth will allow you to communicate with laser range finder equipment to measure exact distance from the photographer to the item being photographed. Some GPS cameras provide a ruggedized camera to withstand harsh conditions.            In 2007, Ricoh introduced its 500SE model as the first GPS-equipped SLR designed for GIS data collection, and the new G700SE is more compact and offers many upgrades. Fully ruggedized and waterproo

GIS Technology to identify all properties in BBMP Limits

          The Bruhat Bangalore Mahanagara Palike (BBMP) has for the last two years, been in the process of conducting a massive exercise to map the 13.87 lakh properties in the 198 wards in the city. Geographical Information System (GIS) has proven to be an effective tool for analysing and displaying thematic maps of all the roads for proper evaluation and correction of zones.            As of now, 11 lakh properties have come under the tax net. The aim of this programme, which is perhaps the first such exercise being conducted in the country on such a large scale, covering 800 square km, is to bring all properties under the tax net and ensure that the BBMP has accurate information pertaining to the properties’ dimension, built-up area, land use and classification. The process of validation of GIS maps will be completed in January 2011.           The process uses satellite digital maps of the BBMP area to generate a vector map from the information obtained. These high r

Geodesic Polyline

    Today we will have a look at a very interesting polyline example - "The geodesic polyline". Now the first question that will pop is "What is geodesic?". Mathematically, geodesic means the shortest line between two points on a mathematically defined surface, as a straight line on a plain or an arc of a great circle or sphere.     The next question after reading the above definition is clearly, "Why do we need geodesic polylines?" and that would be followed up with "What is this Great Circle?". We will discuss this first, before we move on to the actual example today. The example is very very similar to the normal polyline example, with just a small change.     Having said so, I will now try to explain why we need a geodesic polyline? The shortest distance between two locations on the earth is rarely a straight line as the earth is roughly spherical in nature. So any two points on the earth, even if they are very close lie on a curve and n