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Screenshot for Python Window in ArcGIS Pro, Assignment 7.1 (Module 7 of 9)
This video assignment, provided by the GeoTech Center, is from module seven of the Python and Geospatial Mapping course, titled Python Window in ArcGIS Pro. The course is designed for experienced users of Global Information Systems (GIS) platforms who are new to programming, with the goal of...
Screenshot for Python Window in ArcGIS Pro, Assignment 7.2 (Module 7 of 9)
This video assignment, provided by the GeoTech Center, is the second assignment from module seven of the Python and Geospatial Mapping course, titled Python Window in ArcGIS Pro. The course is designed for experienced users of Global Information Systems (GIS) platforms who are new to programming,...
Screenshot for Python with Labeling and Calculate Field, Assignment 5.1(Module 5 of 9)
This video assignment, provided by the GeoTech Center, is the first assignment from module five of the Python and Geospatial Mapping course, titled Python with Labeling and Calculate Field. The course is designed for experienced users of Global Information Systems (GIS) platforms who are new to...
Screenshot for Python with Labeling and Calculate Field, Assignment 5.2 (Module 5 of 9)
This video assignment, provided by the GeoTech Center, is the second assignment from module five of the Python and Geospatial Mapping course, titled Python with Labeling and Calculate Field. The course is designed for experienced users of Global Information Systems (GIS) platforms who are new to...
Screenshot for Quality Assurance of Precision Optics: Optical Shop Tool Fundamentals
This video, created by the National Center for Optics and Photonics Education, discusses the fundamentals of optical shops, by focusing on tools commonly found in these workspaces. Tools discussed include digital calipers, micrometers, height gauges, and more.   The video runs 5:00 minutes in...
Screenshot for Quantifying Changes in the Land Over Time
This 36-page landsat activity was published by the National Aeronautics and Space Administration and is intended "to enable students to analyze land cover change." This activity will help students "... grasp the extent, significance, and consequences of land cover change; and to introduce them to...
Screenshot for Quantifying Land Cover Changes in Maine
This exercise, created by the Integrated Geospatial Education and Technology Training Project (iGETT), uses real-world Landsat data on vegetation from northeastern Maine to assess changes in ground cover over four years as it relates to blueberry cultivation and its impact on the local environment....
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Module Description: This module was created by the Regional Center for Nuclear Education and Training (RCNET) and “is an introduction to general robotics, robot operating systems, and the benefits and applications of robotics in nuclear technology." The module discusses what a robot is and the...
Screenshot for Relating Land Cover Changes to Stream Water Quality in North Carolina
This exercise, created by the Integrated Geospatial Education and Technology Training Project (iGETT), uses Landsat data and ArcGIS 10 software to examine land cover changes between 1988 and 2008 in Long Creek Watershed (LCW), a tributary to the Catawba River (which originates in Western North...
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This website, from the Nanotechnology Applications and Career Knowledge Support Center (NACK Center), provides resources and information about the Remote Access program. "Remotely Accessible Instruments for Nanotechnology (RAIN) allows students to access and control microscopes, like FESEM-field...
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