|Available 100% online||Credit Hours||Tuition||Application Deadline||Test Requirements|
|Yes||15 credits||$429/cr. in-state and $1,397/cr. out-of-state||Rolling; fall recommended||None|
Program Requirements (15 credits)
The Graduate Certificate in Geographic Information Systems requires completion of a minimum of 15 credits of coursework. The fifteen credits of coursework must include the following three core courses:
- SIE 509: Introduction to Geographic Information Systems 3cr.
- SIE 557: Database System Applications 3cr.
- SIE 510: GIS Applications 3cr.
The remaining 6 credits may be selected from among the following set of courses:
- SIE 505: Formal Foundations for Information Systems 3cr.
- SIE 507: Information Systems Programming 3cr.
- SIE 512: Spatial Analysis 3 cr.
- SIE 515: Human Computer Interaction 3cr.
- SIE 525: Information Systems Law 3cr.
- SIE 555: Spatial Database Systems 3cr.
- SIE 556: Information System Architecture 3cr.
- SIE 565: Reasoning w/Uncertainty in Spatial Information Systems 3cr.
Only courses in which the student obtained a grade of B or higher count towards the completion of the Geographic Information Systems Graduate Certificate.
General Overview Geographic Information Systems
Geographic Information Systems have become a common information management and analysis tool used across many academic disciplines, government agencies and businesses. Students from diverse backgrounds may advance their career potential by building knowledge in this area. Practitioners in business, industry and government may be interested in acquiring base skills in this area to keep up with changing information technology in their work environment. The graduate certificate program is designed to provide a foundation in key aspects of geographic information systems. The demand for specialists with geographic information system (GIS) and related geospatial information technology backgrounds continues to expand.
The Graduate Certificate in Geographic Information Systems is available to those students who complete fifteen credits of required courses under the MS Spatial Informatics graduate degree program.
All of the required courses should be available to the student through distance technologies at least once within any two-year period. Students may, as a general rule, view class videos and accomplish assignments at any time throughout a week in any of the offered program courses and have the weekly opportunity (or requirement) to participate in a one to two hour “live” discussion session at a mutually convenient time for distance class members prior to due dates for weekly assignments.
What can I do with a Geographic Information Systems Certificate?
- Cartography and Digital Mapping
- Urban and Regional Planning
- Transportation and Utilities
- Environmental Resource Planning and Management
GIS professionals find work in federal and state agencies though the vast majority of careers are found in engineering, planning consultancy, architectural, and technology firms.
Students to be admitted into the Geographic Information Systems Certificate must hold an undergraduate degree and have a cumulative undergraduate GPA of 3.0 or higher. Candidates must submit a transcript of their undergraduate degree, essay, and one reference letter. Students can apply to transfer up to 3 credits of graduate course work into the GIS Graduate Certificate, except for the three core courses, which must be taken at the University of Maine. The GIS Certificate Coordinator must approve such transfer credits after assessing whether they are appropriate or not.
Geographic Information Systems Faculty
Among the key knowledge advancement interests of the faculty include the following:
Kate Beard-Tisdale: geographic information systems, digital libraries, uncertainty in spatial data, information visualization, spatial and temporal analysis
Max Egenhofer: geographic database systems, spatial reasoning, formalizations of spatial relations; user interface design, spatial query languages
Nicholas Giudice: perception, cognitive neuroscience, human factors engineering, neurocognitive engineering, multimodal interaction and spatial cognition
Torsten Hahmann: spatial informatics, knowledge representation, artificial intelligence, logic, ontologies of space and time, modular and hierarchical ontologies
Reinhard Moratz: spatial knowledge representation in conitive systems; perception, action and communication within and of space; human-robot interactions
Silvia Nittel: spatial database systems, geosensor networks, data streaming, decentralized spatial computing
Harlan Onsrud: information system legal and ethical issues, combined technological and legal approaches in addressing access, security, privacy, and intellectual property issues
See detailed list of faculty members at Faculty and Staff