Use and care of surveying instruments; measurement of distances, angles, areas, and volumes; differential and profile leveling, topographic surveying and mapping; use and interpretation of aerial photographs.
- Professor: Jonathan Munoz Barreto
- Assistant Teacher : Juan Rodriguez Vargas
Principles of geometrical optics and remote sensing applied to Geospatial Science. Acquisition, manipulation and interpretation of geospatial data acquired at different portions of the electromagnetic spectrum.
- Professor: Jonathan Munoz Barreto
Measurement of distances, angles and elevations; use of traverse and leveling equipment; measurement of traverses. Traverse, area, and land subdivision computations.
- Professor: Jonathan Munoz Barreto
- Assistant Teacher : Glorimar Torres Pagan
Analysis and interpretation of patterns in aerial photography; color tones and vegetation, geologic formation, erosion, soil and rock types, drainage, and other engineering works. Also land use and land cover classification will be performed using aerial photography.
- Professor: Jonathan Munoz Barreto
An introductory course in photogrammetry; geometry of vertical and near vertical aerial photos; scale determination, elevation by relief displacement; control and flight planning; geometry of stereo photos; parallax measurement; introduction to stereo-plotters.
- Professor: Jonathan Munoz Barreto
Provides a theoretical and practical introduction to remote sensing for geospatial applications. This course focus in concepts and techniques for acquisition, processing, and analysis of remotely sensed data for a variety of application scenarios. Topics include, but are not limited to electromagnetic spectrum, sensor and remote sensing satellites, types of resolution and digital image interpretation and processing.
- Professor: Jonathan Munoz Barreto