17 courses with the subject GIST, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
GIST 1030CalTopo for SAR Mission Management1
This course focuses on the practical use of CalTopo as a geospatial decision-support tool throughout the full lifecycle of a Search and Rescue (SAR) incident. The student will learn how to integrate CalTopo into initial response, operational planning, field deployment, and post-incident data management. Some prior knowledge or experience with search and rescue concepts or field operations is recommended. (2 Lab).
This course introduces the student to cloud-based GIS applications and field data collection using ArcGIS Online. The student will learn the fundamentals of GNSS/GPS technology and collect GNSS/GPS data using Field Maps, Survey123, and QuickCapture. The course emphasizes practical skills in creating Web maps and completing projects that integrate field-collected data making it ideal for the student interested in land management and/or outdoor recreation. (2 lect., 2 lab)
GIST 1100Workshop in UAV Mapping and GIS Applications1
This course provides a hands-on introduction to using Uncrewed Aerial Vehicles (UAVs) for geospatial data collection and analysis. The student will learn basic flight planning, safety protocols, data capture techniques, and how to process UAV data to create maps and 3D models. The course also explores real-world applications of UAV technology in fields like agriculture, environmental monitoring, and land management along with key ethical considerations. (1 lect.)
This course provides an overview of the role of geographic information science, maps, and technology in contemporary geospatial problem solving. Major topics include the foundations and applications of geographic information systems (GIS), global positioning systems (GPS), and remote sensing (RS). The course will involve the application of geospatial concepts, including coordinate systems and map projections, introductory mapping skills, and societal applications of geospatial technologies. Prerequisites: Completion of MATH 0900 or test into MATH 0920 or higher. (3 lect. 3 lab) LSCI
This course offers classroom, lab, or field opportunities that explore various professional applications of geospatial information science and technologies (GIST). Specific topics will vary. (1 - 6 lect.) (Max 9)
This course introduces the principles and practices of digital map making and cartographic representation. Content will emphasize basic principles of map design and creation and will employ techniques associated with Geographic Information System (GIS), data analysis, and output phases. Topics will include map design principles, symbolization, data classification, map scale and generalization, typography, and color theory. Prerequisites: Completion of GIST 1200 or GIST 2310. (3 lect., 3 lab)
This course presents and introduction to the structure and use of geodatabases. Topics include general database theory; and the creation, editing, and management of relational databases and geodatabases. Prerequisites: Completion of GIST 1200, GIST 2310 and GIST 2410. (3 lect.)
This course provides instruction and practical exercises relating to the design and creation of geodatabases, the geodatabase inter-face with global positioning systems (GPS); and techniques for optimizing geodatabases. Prerequisites: Completion of GIST 1200, and GIST 2310; and completion of or concurrent enrollment in GIST 2120. (0.5 lect., 1 lab)
This course introduces students to using statistical techniques for solving spatial problems. Students will learn to apply the principles of statistics to address the di
This course covers the principles and fundamentals of global positioning systems (GPS) and the integration of GPS into geographic information systems (GIS). Major topics include GPS system principles, operations, and techniques to improve accuracy. Course content also includes applications of datum, projections, coordinate systems, differential correction and accuracy assessments. (2 lect., 2 lab)
This course provides a foundation in the skills and techniques to acquire, enhance, interpret, and analyze aerial-photography and digital imagery using visual and computer-based methods. Topics include the basics of electromagnetic radiation, imaging systems, digital data, landscape interpretation, and digital image processing techniques. This course also includes mobile mapping and the use of the Global Positioning System (GPS) in Geographic Information System (GIS) integration. Prerequisites: Completion of GIST 1200 and GIST 2310. (3 lect., 3 lab)
This course involves the design, creation, configuration, and optimization of geospatial servers and applications to deliver content across the Internet. The student will be introduced to the design of geospatial servers and maintenance of basic geospatial web services and applications. It includes an introduction to browser and mobile-enabled interactive applications. Previous experience taking online courses and experience using computers strongly encouraged. (3 lect., 3 lab)
GIST 2190Intro to Programming Geospatial Information Science and Technology3
This course provides an introduction to advanced geoprocessing techniques and scripting. Topics include working with a model builder, scripting fundamentals and geographic information system (GIS) customization. Prerequisites: Completion of GIST 1200, GIST 2310, GIST 2410, and MATH 1400. (3 lect.)
This course introduces fundamental concepts associated with geographic information systems (GIS). Topics include geospatial data models, data acquisition, data integration from Global Positioning Systems (GPS), and geocoding. Additional class time will be devoted to data manipulation, presentation, and editing. Prerequisites: Previous experience taking online courses and working with Windows-based computers strongly encouraged. (3 lect., 3 lab.)
GIST 2395Capstone Project in Geographic Information Systems3
This course is designed to provide support to students as they establish, design and complete a capstone project using geographic information systems (GIS). The completion of this project will require researching, planning, building, implementing, testing and presenting the GIS solution. Topics for this course include: project selection, developing a project plan, data capture and management, data analysis, data output and project closure. Prerequisites: Completion of GIST 1200, GIST 2310, and GIST 2410. (3 lect.)
This course provides and introduction to the analysis techniques used in Geographic Information Systems (GIS) and the application of the techniques to GIS problem solving. Topics include analyzing and querying tabular data, editing and modification of GIS data, spatial joins, raster and vector analysis, and the use of overlay tools. Prerequisites: Completion of GIST 2310. (3 lect., 3 lab)
This course provides an opportunity for students to design and conduct a field- or lab-based research project in anthropology, environmental science, human or physical geography, and/or applied geospatial science. The student will conduct a literature review, discuss scientific research and project design, perform relevant data collection and analysis, and present their work. Specific research topics will vary. (1 - 6 lect.) (Max 9)
