Geoinfotech Training
Remote Sensing Geo-information and Visualisation
Remote Sensing Geo-information and Visualisation
This course introduces students to the basics of remote sensing
Learn how to use remote sensing acquire information about an object or phenomenon (Land, Water, Rock, Settlement or landforms etc.) without making physical contact with the object.
This is done by sensing, recording and measuring its reflected and emitted radiation at a distance (typically from satellite, aircraft or drone). Special cameras collect remotely sensed images, which help researchers "sense" things about the Earth. Remote sensing is applied in RADAR, Laser, LIDAR, polarimetry, aerial photography, hyper spectral imaging, etc.
You'll obtain a Certificate of Completion at the conclusion of the Course.
In your own time, learn at your own pace–without taking any time off work. Structured modules that meet your interest, Training system delivers the syllabus of Basic to Advance course
Package
Skills to learn
- Maps reflect data layers geographically. Remote sensors calculate the distance while GIS systems extract and exchange data with others through applications.
- collect data into the different types of data layers using spatial locations.
- determine, measure, forecast and interpret the collected data. Data analysis to make better choices
- displays and shares the data on mobile phones, tablets, web browsers and other platforms through remote sensors.
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Visualize Remote Sensing data for analysis and interpretation purposes, sensor data from various sources has to be processed and combined to produce geometry and color information using GIS.
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Represented data in 2D or 3D (maps, webmap).
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Process remote sensing data ERDAS IMAGINE, ENVI, SNAP, PCI Geomatica,IDRISI,ESRI, ERMapper, etc
Course Content
What will be available on the platform- 1. Introduction
- a. Applications of Remote Sensing
- b. Basic Processes
- c. Digital images
- d. Sensor Characteristics
- 2. Remote Sensing Data Collection
- a. Remote Sensing Process
- 3. Satellite-based Sensors in Visible and Infrared Wavelengths
- a. Low-spatial Resolution Sensors
- b. Medium-spatial Resolution Sensors\
- c. High-spatial Resolution Sensors
- 4. Active Sensors: Radar and Lidar
- a. Active Microwave (RADAR) Remote Sensing
- b. Radar Interferometry
- c. Passive Microwave Radiometers
- 5. Land Cover and Land-use Changes
- 6. GIS Integration
- a. Raster to Vector
- b. Image Formats
Career Advantage
There are quite a lot of job functionalities a remote sensing expert undertakes. Geospatial Analyst, Project/Technical Manager, Technical Bidder, Geospatial Administrator, Business Market Analyst, Researcher/Scientist.
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