Current Courses Offered

Remote sensing and image interpretation

Introduces concepts and procedures of the science of remote sensing. The course applies the methods of image analysis using computer-based processing and computer assisted image interpretation. The results are applied to a wide spectrum of conditions and processes affecting the Earth’s surface and human infrastructure. The course integrates the results of image analysis with other data in Geographic Information Systems (GIS) to provide this new information to users in industry, government, and the scientific research community.

Geospatial Statistics

Analyzes methodology in spatial modeling, estimation, and prediction with a focus on spatial-temporal processes. Provides students the skills necessary to investigate geographically represented data using five broad topical areas: (1) point pattern analysis; (2) area data analysis; (3) continuous data analysis; (4) spatial sampling; and (5) multivariate spatial and temporal analysis.

Hydrology analysis with gis

Examines hydrology concepts and the various methods used for conducting hydrologic analysis with GIS. Studies the techniques used for stream and watershed delineation, groundwater modeling, floodplain delineation, and modeling water runoff. Techniques will be tied to practical applications in a variety of fields. Visualization of these datasets in 2D and 3D will also be explored.

Cartography

Examines a broad range of map types, emphasizing maps as a communication system with both symbology and specific organizational hierarchies. Discussion and demonstration focuses on essential cartographic principles and practices used for designing maps, with emphasis on cartographic principles resulting in the effective map communication, qualitative messages, and quantitative information.

photOgramMetry/LIDAR

Introduces the basic principles of photogrammetry and the development of the photogrammetric technologies. Discusses the typical geometry of an aerial photograph and the basic mathematical functions and formulations used in photogrammetry. Acquisition of aerial imagery and the accuracy and precision of measurements will be covered. Investigates the differences between a map and a photograph and the reasons for these differences.

GPS

Introduces the terminology, hardware, and technological principles of GPS. Students will receive an introduction in the fundamentals of using a basic hand-held GPS unit. Data will be integrated with pre-existing spatial data. Fundamentals of mapping and map reading will be covered. Garmin GPS units will be used initially, followed with Trimble GeoExplorers and Pathfinder Office software.