Program Overview
Geospatial Technologies Certificate
The Geospatial Technologies Certificate is a graduate-level program that enables students to apply advanced GIS methods to spatial problems, analyze remote sensing data to solve environmental and landscape challenges, conduct spatial analysis to identify and interpret complex spatial patterns, and produce cartographic representations that communicate geographic information clearly.
Program Overview
Geospatial technologies are fast developing, cutting-edge technologies in high demand in the private sector, government, non-profit organizations, and research institutions of all types. This certificate program is designed to provide students with the skills and knowledge necessary to succeed in these fields.
Course List
- Required Courses:
- GEOG 504: Introduction to Remote Sensing and Photogrammetry (3 units)
- GEOG 518: Geographic Information Systems (3 units)
- Required GIS Course (choose one):
- GEOG 523: GIS Applications (3 units)
- GEOG 665: Advanced Techniques in GIS (3 units)
- Elective (choose one):
- GEOG 505: Cartography and Graphics I (1 unit)
- GEOG 608: Application of GIS in Emergency Management (3 units)
- GEOG 626: GIS Database Design (3 units)
- GEOG 631: Advanced Remote Sensing: Digital Image Processing and Analysis (3 units)
- GEOG 664: Python Scripting for ArcGIS (3 units)
- GEOG 696: Independent Study in Geography (2 units)
- Total Units: 12
Program Requirements
A maximum of three 500-level courses may be counted towards the certificate. Students that have completed or plan to enroll in GEOG 523 should complete one of the 600-level elective course options instead of GEOG 505. The independent study course (GEOG 696) must be a topic related to Geospatial Technologies, with a maximum of 3 units.
Learning Outcomes
Upon completion of the program, students will be able to:
- Critically evaluate and apply advanced GIS methodologies to complex real-world problems, demonstrating proficiency in the integration of theory and practice across different spatial contexts.
- Analyze and synthesize remote sensing data and techniques to devise innovative solutions for complex environmental and landscape challenges, assessing the implications of different approaches.
- Conduct advanced spatial analysis using GIS to identify and interpret complex spatial patterns and relationships, integrating interdisciplinary perspectives to support informed decision-making.
- Design and produce sophisticated cartographic representations that communicate geographic information clearly and persuasively, employing advanced visualization techniques and critically assessing the impact of design choices on audience interpretation.
