Aerospace Technologies and GIS in Forestry and Landscape Design

Managing forest ecosystems and designing sustainable landscapes requires modern spatial analysis techniques. This course offers a clear, beginner-friendly introduction to aerospace technologies, satellite remote sensing, and GIS tools applied to natural resource management. You will gain a solid foundation in geospatial concepts and practical text-based workflows for mapping, monitoring, and landscape planning. Through structured explanations and written exercises, you will build the confidence to evaluate spatial data effectively. What you will learn: Learn essential terminology and foundational principles of GIS and remote sensing; Analyze satellite imagery to evaluate vegetation health using spectral indices like NDVI; Process spatial data to map forest boundaries, canopy cover, and terrain features; Apply satellite data to environmental change detection and ecosystem monitoring; Understand modern open-source GIS workflows and spatial data structures; Integrate remote sensing insights into sustainable landscape design and land-use planning. The course begins with fundamental definitions of coordinate systems, raster and vector data models, and satellite orbits before advancing to practical imagery interpretation and environmental planning scenarios. Designed specifically for beginners, this course requires no prior experience in GIS or spatial analysis. Start building your geospatial skills today.