Career In Geographic Information SystemsThe GIS is a system to capture, store, manage, analyse, manipulate and present all types of geographical or spatial data. In simple words, we can say that GIS enables us to know about a particular location on Earth in great detail.Along with capturing the image of a particular location point, the GIS depends on attribute data too. Attribute data is the additional information about a particular point of space. How many times have you used Google Maps to find your way to a new destination? Have you ever wondered who developed the app that Ola and Uber cab drivers use to find their routes? Or have you ever used the apps that allow you to track how much distance you have covered while you were running to burn fat? Well, all these apps are based on the Geographic Information System (GIS)!Suppose there is a school near your home. The exact location of the school is the Spatial Data but the additional information like the name of the school, number of students studying there, how many classes it has etc will be its Attribute Data. The GIS is a very upcoming technology these days. It is being used to solve problems and make decisions at government levels, corporate levels, and even individual levels. It can help us track the movement of terrorists, compare the geological features or status of deforestation at a point by comparing the pictures of the same place over a period of time, understand the density of any given feature in a particular area among several other things. Six major purposes GIS serves are: Mapping Features: This technology helps us to locate real-world features and visualise spatial relationships between them. Mapping Quantities: Suppose you want to source cotton. GIS can help you find places where cotton grows in abundance and also regions where it is scanty. Mapping quantities can help in resource and supply management. Mapping Densities: Density means number or quantity of a particular feature in a defined area. GIS can help us determine the population density of Kolkata vs population density of Delhi, or number of McDonalds in Mumbai vs number of McDonalds in Chennai. Determining Characteristics of Area of Interest (AOI): We can have a good idea of type of people living in a particular area and their lifestyle by studying different features there. For example, knowing how many people are exposed to Noise Pollution near Palam Airport and what is their socioeconomic status might be useful in determining policies that might help them better. Similarly knowing what the farmers are growing in a particular area can help the government to roll out best schemes tailored to their needs. Finding What is Nearby: In case of an emergency, how useful it is to be able to find a shelter home nearest to you by setting up a specific radii (distance you can cover)! GIS enables this geoprocessing tools like BUFFER. Mapping Change: By observing a feature over a period of a few years or decades, it becomes easier to anticipate what might happen in future. Is a particular river slowly changing its course or is a forest slowly disappearing and giving way to urban development? GIS can capture and store images which can be compared at any point of time to see the changes happening at a particular location. Career Prospects in the field of GIS GIS has wide-ranging applications. Keeping an eye on Earth from space allows us to tackle various problems related to geography and geosciences. Remote sensing of images, mapping, modeling, developing geospatial databases, information systems design, geocomputation, geovisualisation, and GIS analysis are some of the fields in which one can specialise and work in this field. GIS specialists play an increasingly important role in government departments such as agriculture, urban and rural planning, forestry, natural resource management, infrastructure development, public health, and defence sector. GIS analysts and techies are involved in building increasingly advanced in-car navigation systems and automatic vehicle location systems. They also work in the aviation sector, maritime sector, and traffic management. Geoinformatic data analysts are in demand in Geography and Earth Sciences such as Oceanography, Meteorology, Climate Change Studies, Disaster Management, and Enviromental Modelling and Analysis. Criminology (especially Crime Simulation), Telecommunications, Architectural and Archaeological Reconstruction, and Business Location Planning are some other fields where GIS specialists are in demand. Central Government agencies such as Advanced Data Processing Research Institute (ADRIN) and National Remote Sensing Agency (NRSA) in Hyderabad; Indian Agriculture Research Institute (IARI); Indian Council of Agriculture Research (ICAR); Indian Space Research Organisation (ISRO) Bangalore; North East Space Application Centre (NESAC) Shillong; Regional Remote Sensing Application Centre (RRSAC) in Bangalore, Dehradun, Kharagpur, Jodhpur and Nagpur; and Space Application Centre (SAC) in Ahmedabad) often advertise job opportunities for GIS analysts. Similarly, there are many GIS jobs advertised by State Governments from time to time. National Informatics Centre (NIC), State Electricity Board, and Space Application Centres employ geoinformatics specialists. One can also apply in international organisations and United Nations, utility companies, environmental agencies, mineral exploration companies, national survey and mapping organisations, tourism industry, emergency services, and market analysis and ecommerce industries. Those who specialise in geoinformatics also find ample opportunities in the private sector. Tech and Telecom giants like Google, TCS, Reliance Communications, Reliance Industries, Reliance Energy as well as upcoming companies like Magnasoft Technology Services, CyberTech Systems, and Geofiny Technologies employ GIS specialists. Next-gen technology such as Self-driving Cars, Virtual Reality, Citizen Sensors, Unmanned Aerial Vehicles (UAVs), and Wearables are some of the exciting new fields in which GIS specialists can work. Autodesk, ESRI, Oracle Spatial, Bentley, and MapInfo are some of the wellknown global complanies in the field. Those who have an entrepreneurial streak can set up their own business in the field while those who are academically inclined can go for academic and research positions such as Reader and Professor. As more and more industries are employing spatial data to plan and manage their activities, demand for skilled professionals in the field is growing at a tremendous rate. The US Department of Labor has rated Geospatial Technologies along with Nanotechnology and Biotechnology as three most important high-growth industries in the 21st century. A salary for a GIS specialist starts at Rs 2,50,000 per annum and soon scale up to Rs 5,00,000 and more. What do you need to study to enter the field? Mr Chandrashekhar Balachandran, founder of The Institute of Geographics Studies (TIGS), shares, “The most common route to a career in Geoinformatics is to earn a diploma or degree in Geography, Computer Sciences, and GIS. The field is dominated by techies rather than geographers these days even though a geography graduate can offer several new insights into the field. The GIS-specific courses are your best bet for making a career in this field as they offer the best of geography- related knowledge and skills as well as a range of programming and application skills too.” Most employers favour candidates with postgraduate qualifications. Science background is a must too. Those who have done B.Sc, B.Tech, or BE in IT and Computer Science fields or are Agriculture, Geography and Geology graduates can take admission in M.Sc or M.Tech courses in Geoinformatics and Remote Sensing. There are options to go for higher studies and do PhD in the field too. People from other fields can do MA courses, and shorter certificate and diploma courses too to upgrade their skills. For example, the Institute of Geoinformatics and Remote Sensing (IGRS) offers two to six month courses in GIS disciplines such as Introduction to GIS and RS, Photogrammetry, Spatial Analysis, Geostatistics, GIS Project Development, WebGIS and Geodatabases. The PG Diploma course offered by the Indian Institute of Remote Sensing (IIRS) offers specialisations such as:
Who should go for GIS-related Courses? The field of GIS is still at its nascent stage and is quite demanding. You should have a genuine interest in it and an enthusiasm to find new solutions every day. Self-motivation, creativity, and strong verbal and communication skills are imperative to your success in the field. You must also have great analytical skills, problem-solving skills, and willingness to learn continuously and upgrade your skills. You should also be mentally prepared to relocate to GIS hubs in India and abroad. GIS Training Institutes in India Some of the Institutes, Universities and Organizations offering GISrelated courses in India are: Ahmedabad
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