What you'll learn:
- Acquire a thorough knowledge of remote sensing principles
- Spectral signatures
- Steps and knowledge of pre-processing satellite images: Geometric, Radiometric, Atmospheric corrections
- Get familiarized with present satellite remote sensing platforms
- How to create basic custom algorithms for any material being investigated
- Understand the physics of EM radiation
- Geospatial data access and software
- Understand the physical principles behind the interaction of EM radiation and multiple types of land cover (vegetation, water, minerals, rocks, etc.)
- Understand how atmospheric components can affect a signal recorded by remote sensing platforms and how to correct for them
MASTER THEFUNDAMENTAL PRINCIPLES OF REMOTE SENSING AND GEOSPATIALANALYSIS!
Do you find that other remote sensing courses are too short and vague, and do not prepare you for real world problems? Are you looking for a course that goes IN-DEPTH and teaches you all the fundamentals of remote sensing?
My course provides a solid foundation to carry outpractical, real life remote sensing spatial data analysis and gives you the techniques and knowledge to tackle a variety of geological and environmental problems.
This course provides an introduction to remote sensing - the acquisition of information about the earth from a distance, typically via airborne and spaceborne sensors. The abundance of earth observation data allows us to address many pressing environmental, geographical, and geological issues. This course will prepare the students for the basics of using remote sensing data.
Students will have a solid understanding of the physical principles of remote sensing, including electromagnetic (EM) radiation concepts, and will also explore in detail the interaction of EM radiation with the atmosphere, water, vegetation, minerals, and other land types from a remote sensing perspective. We will go over various industries where remote sensing can be used including agriculture, geology, mining, hydrology, forestry, environmental, and many more!
The students will also learn about current satellite sensor platforms for remote sensing analysis including passive senors, synthetic aperture radar, and LiDAR. In addition to learning the basic concepts, terminology, and theories in remote sensing science and application, they will also learn the accurate stepsfor pre-processing images including radiometric and atmospheric correction techniques.
Lastly, we willlook at how to interpret spectral characteristics from different materials and how to create their own basic equation for using remote sensing images ontheir own projects in the future.
Enroll in my course today! I want your experience with this course to be a success but more importantly prepare and give you the knowledgefor using remote sensing in the real world.
