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Information Science Applied to Geographic Problems
Here is an opportunity to learn about Geographic Information Systems( GIS), and find out what happens when the continuous reality we experience gets crunched into the digital form that computers require for processing. In class we'll learn about the generic concepts and geographic modeling with maps, and about the role of graphics to ask geographic questions as well as answer them. In labs, you'll pick up hands-on skill using several GIS systems on several computer platforms.
Why Take this Class?
- This course is for Scientists/Analysts/Researchers who are looking for ‘Just one class in GIS', to learn how to manipulate mapped data and display results on computers. You'll get an introduction from basic GIS query and map overlay to sophisticated analysis. You'll also learn how to build, run and evaluate GIS models.
- This course would also give a complete hands-on experience of the state-of-the-art industry standard software and hardwares.
- The classes are organized to give you a sense of the exciting ways that geographic information systems, maps, air photographs, and satellite images are used in contemporary society, in government and business, and by scientists, environmental and urban planner, and many others.
Sailent Features
- Generic Concepts covering the complete spectrum of GIS
- Overview on Remote Sensing and DigitalImage Processing
- Hands-on Experience on the state –of-the art softwares
- Lectures on GIS Applications by experts who have handled live projects
Overview
This course introduces concepts and skills for using information systems technology to analyze geographic data. Emphasis is placed on the nature of geographic information, and the ways in which digital methods support geographic analysis and modeling. You'll learn how to get spatial data into the computer, to organize data so that spatial patterns can be explored, and to learn basic GIS concepts such as query and map overlay. Two important concepts in the course involve digital encoding, which includes digitizing , scanning and organizing spatial data; and geoprocessing, which includes creating and interpreting map-based models.
Programme Objective
The emphasis of this program is on acquiring knowledge of the generic concepts for the design and implementation of Geographic Information Systems. It provides the necessary background to understand spatial relations and geographic modelling and to undertake geographic analysis.
The program focusses on the skills needed to create an effective Geographic Information System through:
- translating management and scientific problems into GIS
- designing and implementing appropriate methods of data capture
- designing spatial analysis procedures within GIS
- designing and using databases within GIS
- designing map output in a variety of media
- implementing quality control procedures
- managing a GIS project and implementing GIS within an organization
- studying the social implications of GIS
Programme Structure
The program consists of modular lectures and labs, both equally divided over a period of 4 weeks. The program uses a range of learning strategies delivered with an emphasis on student-centred learning. Activities include the study materials, collaborative discussions, self-assessed exercises, hands-on assignments, examinations, contacts with domain experts, and an intensive face-to-face seminar.
The course starts initially with introduction to basic concepts and later modules cover more specific topics and will simultaniously apply these concepts through hands-on practice.
Fundamental background of techniques and one-on-one assistances is provided to insure that trainees gain applicable skills for day to day GIS analysis.
Course Prerequisites
This program is suitable for anyone who currently holds a degree in science/engineering with some application experience or is actively working in the professional workforce that are engaged in applied spatial analysis or having understanding of Remote Sensing technology and basic computer usage knowledge.
Understanding of database management would be an advantage.
Curriculum Outline
The course emphasizes quantitative methods in the development and application of GIS technologies to the spectrum of discipline-specific settings having significant spatial dimensions.
- Fundamentals of GIS—Introduction to basic concepts including definition of GIS, History,the principles, techniques, procedures and terminology of geographic information systems, and digital representation and data acquisition.
- Mapping the spherical Earth including, geodesy, grids, datums, and projection systems.
- Geographic data concepts— Geospatial data components, data types/models , database management, RDBMS concepts, database design.
- Raster based GIS. Spatial referencing in raster based GIS: definition and representation of raster data, concepts of raster based GIS data structure, data capture and basic operations of spatial analysis with raster GIS.
- Vector based GIS: Definition, concepts of vector based GIS, data structures, data capture and operations of spatial analysis with vector GIS.
- Advantages and disadvantages in raster and vector based GIS.
- Elementary spatial analysis and modelling.
- Introduction to networks in GIS: Definition, components and operations/applications
- Surfaces and TINs.
- Introduction to remote sensing and digital image processing as a source of input to geographic information systems.
- High Resolution Images for Developmental Mapping.
- Overview of GPS and its applications.
- Software and hardware requirements for GIS.
- GIS project planning, management and implementation techniquies.
- Applications of GIS including WebGIS.
- Hands -on practical exposure using ArcInfo®, ArcView® and GeoMedia®.
Fee Structure
See the Course Fee details in General Information Page. The course fee is payable through an A/C payee crossed demand draft drawn in favour of“NATIONAL REMOTE SENSING AGENCY”, payable at “HYDERABAD”. The above course fee DOES NOT include to and fro travel cost, daily allowance, boarding and lodging expenses of the participants. The draft along with the filled-in application together with certificate of sponsorship, duly signed Check list and 2 stamp size photographs should be mailed to
Group Director Training and Education Group National Remote Sensing Centre (NRSC) Dept. of Space, Govt. of India Hyderabad 500 037. INDIA
Deadlines
Qualified applicants will be accepted to the program on a first-come, first-served basis. Applications should be sent at least 40 days in advance before the commencement of the course to allow sufficient time for administrative procedures.
Eligiblity
Essential:
i) Bachelor's/Master's degree in Science or Engineering
and
Sponsorship from Central / State Government Departments/Autonomous Organisations Corporate Bodies/ Academic Institutes and Voluntary Organisations.
ii) Students registered for Ph.D degree can be considered as a special case provided the university is able to convince that they are going to use/using Remote Sensing technology for their research work. Desirable:
Experience on working with personal computers.
Application Procedure
To apply, complete the application form and the sponsorship form and return it with the required fee. For other information regarding logistics, accommodation etc., refer to the enclosed General Information Brochure.
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