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Teaching and Learning with GIS Technology
Rating: 4.4 out of 5(3 ratings)
9 students

Teaching and Learning with GIS Technology

An Introduction to ArcGIS for Teachers and Beginners. Worth 15 professional development credit hours. PD info included.
Created byJoe Oswald
Last updated 5/2026
English

What you'll learn

  • Students in this training course will learn what GIS is and how it can be used as a powerful educational tool for a variety of subject areas.
  • Students will learn how GIS is a great tool for STEM, science, and history fair projects as well as presenting and analyzing various kinds of research data.
  • Students will learn how to obtain free web-based ArcGIS Online software for themselves and their schools from the global leader is GIS technology.
  • Students will learn important account settings for their ArcGIS software.
  • Students will learn how to find ready-made activities and lesson plans for using GIS in the classroom for a variety of subject areas.
  • Students will be introduced to powerful analysis tools in ArcGIS that can be used to analyze and chart data, help make decisions, and solve real-world problems.
  • Students will learn how GIS visualization and spatial analysis can lead to a deeper understanding of content information and its context.
  • Students will learn how GIS visualization and spatial analysis can be used to prove or disprove a hypothesis.
  • Students will learn basic GIS terminology.
  • Students will learn the basics of using ArcGIS Online including learning how to navigate the map viewer interface page.
  • Students will learn how to build maps and add layers of information.
  • Students will learn how to find and upload shapefiles.
  • Students will learn how to plot single and multiple points.
  • Students will learn how to create simple databases of points and accompanying information and upload them to a GIS map.
  • Students will learn how to configure tables and pop-up windows to display additional information about features on a map.
  • Students will learn how to use the location and measurement tools to find places, find longitude and latitude coordinates, and measure distance and area.
  • Students will learn how to download waypoints collected from a GPS device or smartphone app and plot them on a GIS map...great for research and field work.
  • Students will learn how to export maps to websites and smartphone apps.
  • Students will learn which smartphone apps work with ArcGIS and GPS technologies.
  • Students will learn how to create story maps with the ArcGIS StoryMaps application.
  • Students will learn how GIS can be used in a business class to help find locations for a new business by analyzing demographic, economic, and geographic data.
  • Students will be introduced to digitized historical maps.
  • Students will be given numerous ideas on how teachers can use GIS mapping with their own students across the academic curriculum.
  • Students will be given additional resources to guide them in using GIS.

Course content

15 sections22 lectures8h 13m total length
  • Introduction: What is GIS and Why is it a Powerful Educational Tool?26:38

    Students will learn what Geographic Information System technology is and why it can be a powerful educational tool across multiple subject areas.

  • Introduction to GIS

Requirements

  • There are no prerequisites for this course. It's a great course for anyone new to or unfamiliar with GIS technology.

Description

Worth 15 hours of professional development credit for teachers (7.5 hours of screencast lectures and 7.5 hours of asynchronous work), this course was created as a professional development course for educators or anyone else interested in learning the basics of GIS technology. Teachers, administrators, parents, and others will learn the transformative power of GIS technology (Geographic Information System) for teaching and learning using GIS digital mapping. Learn to use this cutting-edge technology to engage students while harnessing the power of visualization and spatial analysis to help students foster a deeper understanding of historical and contemporary events while enhancing students' technological and problem-solving skills. This course will explain how to obtain free ArcGIS Online software from the global leader in GIS technology as well as the basics of using the software and applying it to the teaching of many academic subjects.  This course will also show participants how to find ready-made standards-based lesson plans for a variety of subject areas and introduce the user to the software's built-in spatial analysis tools.  Step-by-step directions are contained in the video lectures and supplemental resources along with other resources for finding and downloading shapefiles and other GIS data.  Basic GIS terminology will also be covered. Information on submitting this course for fifteen professional development credit hours for teacher recertification is also included.

This is course is perfect for interdisciplinary and STEM education; inquiry and problem-based instruction; displaying & analyzing data; research, science, and history projects; economics & demographic applications; and real-world problem solving.  Learn to create maps and export them to websites and smartphone apps for field work. Pair with GPS devices, smartphone apps, and Google Forms to collect data and import the data into your GIS application.

Since Udemy is a global platform, it is NOT an approved professional development provider for individual K-12 state boards of education. However, many states, like Illinois, have a process for awarding PD hours to out-of-state and 3rd party providers of professional development.  It usually entails filling out the proper state PD forms that show completion and alignment to teaching and learning standards, then submitting those forms to your locally approved PD provider, usually your school or school district. PD requirements and protocol vary from state to state, but sample forms and directions for Illinois teachers are included with this course. Approval of PD credit will be at the discretion of individual schools or school districts. Since GIS digital mapping is being used across the curriculum and this course show participants how to find GIS lessons in several subject areas,  this course should align with PD credit for general social studies, geography, history, ELA, math, science, CTE, computer science, and even foreign language teachers who want to use maps and ArcGIS Storymaps to teacher about other countries.

A certificate of completion, a sample two-week syllabus, and a course description that explains its learning objectives and alignment to teaching and learning standards is included with this course and can be downloaded for teachers to submit to their school/district along with their required paperwork for the 15 hours of professional development credit.

Using GIS technology across the curriculum targets the Next Generation Science Standards; Common Core standards for math, ELA, social studies, and other subjects; as well as Domains 1a, 1c, 1d, 1e, 3b, and 3c of the Danielson Framework for Teaching. The educational and professional applications are limitless. Recommended for educators working with 6th grade students through college. 

This course is also great for anyone wanting to learn the basics of ArcGIS Online.

Who this course is for:

  • This course is primarily intended for teachers of all subject in areas from 6th grade through the graduate level to learn how to use and incorporate GIS technology into their instruction to help students foster a deeper understand of content material while enhancing inquiry and project-based instruction as well as problem-solving skills. While the primary audience for this course might be educators, anyone interested in learning more about GIS technology and how it is used in other professions will benefit from this course. Using GIS technology across the curriculum targets the Next Generation Science Standards; Common Core standards for math, ELA, social studies, and other subjects; as well as Domains 1a, 1c, 1d, 1e, 3b, and 3c of the Danielson Framework for Teaching.