Learn Geographic Information System in San Francisco, California

A primer course for GIS technology. History, structure, uses, and current trends of GIS, related fundamental concepts, basic query and cartography operations using an industry-standard GIS software such as ESRI’s ArcViewTM version 9 or ArcExplorerTM

This course offers an intensive, hands-on introduction to Geographic Information Systems (GIS) and Global Positioning Systems (GPS) technology and their application to wetland science. Students will learn basic GIS concepts, terminology, and techniques exploring the industry standard GIS software, ArcGIS 9.3. Day 1 will emphasize managing and displaying data using ArcGIS and Google Earth, as well as collecting, uploading and displaying GPS field data using Trimble GPS devices. Day 2 will emphasize editing shapefiles and fundamental geoprocessing skills, including using aerial and satellite imagery in conjunction with National Wetlands Inventory data and topographic maps to delineate wetland areas and identify change over time. In the process students will learn about wetlands classification schemes, how online resources and GIS can be used to support wetland delineation processes, and fundamentals of cartographic design and data handling. Class format: 25% lecture and 75% computer exercises.

Have you ever used an atlas to find information on a country? Read maps printed in newspapers and magazines? Used the Internet to find driving directions or the navigation system in a car? Then you have interacted with geospatial technology, in particular a geographic information system (GIS). A GIS is most often associated with maps, however, this is only one way you can work with geographic data in a GIS. A GIS is a comprehensive database tied to features on the earth’s surface, with an integrated set of tools for querying, analyzing, and displaying geographic information. It is an “Information System for Geography� a “window into the database�to support queries, analysis, and editing of the information about the surface of the earth.

GISs are rapidly gaining recognition as the primary means of dealing with information stored on maps. GIS careers exist in every imaginable discipline, with many applications in resource and environmental management, commercial business and marketing, urban and regional planning, defense, map production, research, and beyond.

Experience the convenience and flexibility of this asynchronous online 11-week program. Learn how to apply GIS knowledge in transit planning and operations to increase efficiency and effectiveness within your organization.

SECTION I: Introduction to GIS (William Huxhold)
-- Understanding the Utility of GIS in Transit

SECTION II: Fundamentals of Transportation Planning (Edward Beimborn)
-- Decision Oriented Planning
-- Characteristics of Riders/Market Demand Analysis
-- Transit Performance Evaluation
-- Route Location Models

SECTION III: Concepts for GIS in Transportation Planning (Zhong-Ren Peng)
-- How GIS Enhances the Transportation Planning Process
-- How to Integrate GIS into the Planning Process
-- What Types of Data can be Analyzed Using GIS in a Transportation Planning Context (Tiger files, census data)
-- Bringing the Results to the Internet

SECTION IV: Database Models (Eric Fowler)
-- Database Structure for Transit GIS
-- Linear Referencing

SECTION V: Applications of GIS in Transportation Planning
-- Best Practices in Applying GIS
-- Advances in Technology
-- Other Technological Appl... [Read More]

Through lectures and laboratory exercises, this course illustrates the fundamental concepts of GIS and remote sensing technologies in the context of environmental engineering. Topics include the physical basis for remote sensing, remote sensing systems, digital image processing, data structures, database design, and spatial data analysis. The course is not intended to provide students with extensive training in particular image processing or GIS packages. However, hands-on computer laboratory sessions re-enforce critical concepts. Working knowledge of personal computers and completion of a term project are required.

The Geographic Information Systems associate degree program provides the community with skilled professionals who use, edit, and make decisions using GIS systems. Graduates can work in diverse industries that use geographic information systems, including government agencies, health care, construction, banking, land-use planning, transportation mapping and analysis, and emergency response.

With the growth of decision-making using spatial data and geographic locations, many businesses are looking for individuals who have skills and knowledge in GIS. Such professionals can 1) Analyze and match spatial data with geographic location and create maps using GIS software and 2) Make decisions relevant to their industries thanks to their facility with GIS technology. GIS is expected to be a growth occupation in Ohio and the nation in the years to come.

The GIS Certificate program is designed for professionals seeking to enhance their knowledge and skills in Geographic Information Systems. It is most beneficial to entry and intermediate level GIS users who lack formal training and education in this field. There are no prerequisites, and no previous work experience in ... [Read More]

GIS is an evolving technology that has changed greatly in the last decade and is affecting many disciplines. This certificate has been designed to provide fundamental knowledge and skills needed to implement GIS in your business or organization.

This course serves as an optional preliminary course to the Certificate Program in Geographic Information Systems and fulfills prerequisite requirements for the Graduate Program in Strategic Planning for Critical Infrastructures
Introduces the concepts and skills essential to use a geographic information system (GIS) for spatial analysis and problem-solving. Focus is initially on the use, design and construction of maps. Students complete GIS tasks from data collection and spatial analysis through map production and report generation.

GIS, a popular and affordable technology, provides the ability to automate map production and integrate earth imagery with other data to solve geographic problems. Develop or enhance your skills and knowledge in effective use and management of GIS. Designed for managers, technical professionals, and support staff responsible for managing and using GIS, Urban Planners, Civil and Transportation engineers and individuals in resources management and business.

Introduces the concept of Geographic Information Systems (GIS), what constitutes a GIS, and how it is used in this industry. Topics: database management, layering, projections and coordinate systems, data viewing/presentation/analysis.