Geographic Information Science Course Offerings
Geographic Information Science course offerings will be found under the 4 letter code of GISC in the course listings.
200 – Introduction to GIS (4)
Introduction to GIS focuses on the theory and application of GIS technology. The course combines theory and laboratory assignments in an effort to provide students with the knowledge required to plan and undertake a project that has a GIS component. The course uses ArcGIS for practical laboratory work and to illustrate theoretical concepts. There are three main components to the course. The first focuses on a brief introduction of GIS, the nature of geographic data, map projections and data integration. The second deals with the various types of spatial data and the tools, technology, and utilities available to work with spatial data. The third focuses on the various forms of spatial data, vector and raster, and their associated extensions and tools.
351 – Spatial Analysis, Data Models, and Modeling (4)
Prerequisite: GISC 200 or EESC 205 or GEOG 250 or permission of instructor. This course develops hands-on skills with industry standard GIS software beyond the level acquired in the introductory courses GISC 200, EESC 205, and GEOG 250. Students complete assignments in a wide variety of applications, including urban infrastructure management, environmental modeling, and demographic analyses. The course focuses on GIS as an analytical research tool. Upon completion, students have a thorough understanding of the various forms of spatial data and an understanding of their structure. In addition they convert and integrate data in ArcGIS, create GIS layers (themes) in multiple formats, conduct geographic analyses, customize software applications through scripts, and draw and present conclusions and results. Students also have the necessary skills to independently complete a GIS project including establishing objectives, reviewing literature and/or practices elsewhere, and identifying, acquiring, editing, correcting, and modifying GIS layers. Students are introduced to alternative GIS applications providing a broader perspective of applications that are used in industry.
440 – Application of Spatial Statistics and Models in GIS (4)
Prerequisite: GISC 351 or GEOG 351. This course focuses on the application of statistics and quantitative methods in GIS. It emphasizes the development of statistical methodology appropriate for analyzing spatial data, modeling spatial relationships, and exploring data within ArcGIS.
450 – GIS Programming (4)
Prerequisites: GISC 351 or GEOG 351. This course teaches the fundamental concepts of computer programming, OOP concepts, and ArcObjects. Students are introduced to ArcObjects libraries for Visual Basic Applications and develop custom applications and solutions that extend core ArcGIS functionality to build GIS applications. Students learn to apply object-oriented programming concepts as they develop VBA resources to create applications and tools that perform specific GIS tasks as map navigation, feature selection and rendering. Course includes hands-on programming exercises, where students write code that exposes them to many ArcGIS tasks and commonly used ArcObjects.
460 – Designing Geodatabases (4)
Prerequisite: GISC 351 or GEOG 351. This course presents a theoretical study of the concepts of geodatabase modeling, including datasets, domains, relationships, spatial rules, and map layers. A methodology for building geodatabases is discussed. Case studies are used to evaluate existing geodatabase designs and implementations. The importance of industry standards is emphasized throughout the course. Lab exercises are used to build geodatabases and provide students with practical applications of the uses for geodatabases in the public and private sectors.
471 – Special Topics (4)
Prerequisite: Permission of the instructor. Advanced course in Geographic Information Science. Topic selected in advance by instructor.
482 – Web GIS: Concepts and Applications (4)
Concepts and basic practical applications of Web GIS. Students will learn how to use the state-of-art technical skills and knowledge to quickly develop Web GIS applications to publish, share, and combine various geospatial resources through the Internet.
491 – Directed Study (3)
Prerequisites: At least 11 credit hours of certificate coursework and permission of instructor. Intensive individual research using GIS under the guidance of a faculty member. Must be taken during the last semester or summer session of a student’s GISC program.
499 – Internship (3)
Prerequisites: At least 11 credit hours of certificate coursework and permission of instructor. Internships offer students opportunities to experience various fields of employment while working with a variety of organizations on important and challenging projects. These experiences augment classroom learning while allowing on-the-job training. Interested students should contact the GISC program director for additional internship information.