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Newest to Oldest Oldest to Newest 2024-11-21 Youth Drone Initiative August 2024 UAS CTI Meeting with CAST March 2024 UAS CTI Meeting January 2024 UAS CTI Consortium Meeting NCAT's What's Your Story? - Amber Mielke May 24, 2023 UAS CTI Meeting September 24, 2020 FAA Unmanned Aircraft Systems Collegiate Training Initiative (UAS-CTI) Providing Accessible STEAM Learning Opportunities Experience STEAM at Mall of America - Day Three Recap Experience STEAM at Mall of America - Day Two Recap Experience STEAM at Mall of America - Day One Recap August 2022 Connected By Drones FAA UAS CTI November 2022 December 2022 Connected By Drones January 2023 UAS CTI Meeting March 1, 2023 UAS-CTI Consortium Meeting March 2023 UAS CTI Meeting NCAT Mapping Video Workforce Requirements for Emerging Technologies UAS-CTI July 2022 Meeting UAS-CTI May 2022 Meeting UAS-CTI March 2022 Meeting Accuracy Assessment of Remotely Sensed Data: Exercises Accuracy Assessment of Remotely Sensed Data: Part 7 Accuracy Assessment of Remotely Sensed Date: Part 6 Accuracy Assessment of Remotely Sensed Data: Part 5 Accuracy Assessment of Remotely Sensed Data: Part 4 Accuracy Assessment of Remotely Sensed Data: Part 3 Accuracy Assessment of Remotely Sensed Data: Part 2 Accuracy Assessment of Remotely Sensed Data: Part 1 : Part 2 Introductory Accuracy Assessment of Remotely Sensed Data: Part 1 Tutorial 20b: Accuracy Assessment of Landsat Imagery Tutorial 20a: Accuracy Assessment of Landsat Imagery Classification Tutorial 19b: Supervised Classification of Landsat Imagery Tutorial 19a: Supervised Classification of Landsat Imagery Tutorial 18b: Unsupervised Classification of Landsat Imagery Tutorial 18a: Unsupervised Classification of Landsat Imagery Tutorial 17: Change Detection Using Landsat Imagery Tutorial 16b: Spectral Enhancement of Landsat Imagery Tutorial 16a: Spectral Enhancement of Landsat Imagery Tutorial 15b: Spatial Enhancement of Landsat Imagery Tutorial 15a: Spatial Enhancement of Landsat Imagery Tutorial 14b: Radiometric Enhancement of Landsat Imagery Tutorial 14a: Radiometic Enhancement of Landsat Imagery Tutorial 13: Sub-setting Landsat Imagery Tutorial 12: Band Combination using Landsat Imagery Tutorial 11: Creating a Composite Landsat Image Tutorial 10b: Streaming & Displaying Landsat Imagery Tutorial 10a: Displaying Imagery Tutorial 9: Information about your Downloaded Landsat Imagery Tutorial 8: Downloading Landsat & Other Imagery Using Earth Explorer Tutorial 7d: Ordering Remote Sensing Imagery from GLOVIS Tutorial 7c: Downloading Landsat Data from GloVis Tutorial 7b: Downloading Landsat Imagery using GloVis Tutorial 7: Downloading LandSat Using GLOVIS Tutorial 6: Displaying Data Tutorial 5: Repairing Data Address Tutorial 4: Saving & Exploring a Map Tutorial 3: Connecting in ArcMap Tutorial 2: Adding Data to a Map Document Tutorial 1: Opening & Creating a Map Document Ch 16: Processing LAZ Datasets Ch 15: Creating a LiDAR Intensity Image Ch 14: Adding & Using Surface Constraints Ch 13: Visualizing LiDAR Data in ArcScene Ch 12: Creating a DEM Using a LiDAR Dataset Ch 11: Classifying Unassigned Points in a Point Cloud Ch 10: Statistics for LAS Datasets Ch 9: Exploring the 3D Analyst toolbar in ArcMap Ch8: Exploring the LAS Dataset Toolbar in ArcMap LAS Dataset Properties in ArcMap Ch6: Adding Files to an Existing LAS dataset Ch5: Preparing LAS Datasets for use in ArcGIS Chapter 3: Downloading USGS LiDAR Datasets Downloading Landsat 8 OLI Data and Computing NDVI in ArcGIS Pro Accuracy Assessment (Chapter 25) Conducting a Supervised Classification of a Landsat 8 Image (Chapter 24) Evaluating Training Samples in Supervised Classification of a Landsat 8 Image Part 4 (Chapter 23) Evaluating Training Samples in Supervised Classification of a Landsat 8 Image Part 3 (Chapter 23) Evaluating Training Samples in Supervised Classification of a Landsat 8 Image (Chapter 23) Introduction to Supervised Classification of a Landsat 8 Image (Chapter 22) Classification of Landsat 8 Imagery - Unsupervised (Chapter 21) Change Detection Using Landsat 8 Imagery (Chapter 20) Spectral Enhancement of Landsat 8 Imagery Part 2 (Chapter 19) Spectral Enhancement of Landsat 8 Imagery (Chapter 19) Spatial Enhancement of Landsat 8 Imagery (Chapter 18) Radiometric Enhancement of Landsat 8 Imagery (Chapter 17) Band Combinations for Landsat 8 Imagery (Chapter 16) Subsetting a Landsat 8 Composite Image (Chapter 15) Creating a Composite Image for Landsat 8 Imagery Displaying Landsat 8 Imagery in ArcGIS Pro Information about the Downloaded Landsat 8 Imagery (Chapter 12) Downloading Landsat 8 Imagery from EarthExplorer (Chapter 11) Imagery Available from USGS (Chapter 10) Saving and Exporting Maps (Chapter 9) Metadata (Chapter 8) Part 2: Displaying Raster Data (Chapter 7) Part 1: Displaying Vector Data (Chapter 7) Adding Data to a Project (Chapter 6) Importing Shapefiles to a Project's Geodatabase (Chapter 5) Connecting to a Folder or Online GIS Server (Chapter 4) Repairing a Broken Data Link (Chapter 3) Using ArcGIS Pro to Open a Map Document (Chapter 2) Combining Tiles Into a LAS Dataset (Chapter 13) Using Surface Constraints (Chapter 24) Creating Surface Constraints (Chapter 23) Creating a Digital Elevation Model (Chapter 22) Classifying Points Using Geoprocessing Tool (Chapter 21) Introducing Geoprocessing Tools for Classification (Chapter 20) Interactive Classification (Chapter 19) Introduction to Classification of LiDAR Points (Chapter 18) Using Profile View (Chapter 17) LiDAR Symbology (Chapter 16) LiDAR Display Settings (Chapter 15) Adding Tiles to an Existing Dataset (Chapter 14) Introducing the LAS Dataset Toolbars (Chapter 12) Exploring LAS Dataset Properties (Chapter 11) Setting up ArcGIS Pro for LiDAR Data (Chapter 10) LiDAR and the National Map Viewer (Chapter 8) Working with LiDAR Using ArcGIS Pro - Locating LiDAR Data sUAS Flight Planning Weather Briefing 6.2 sUAS Flight Planning Weather Briefing Part 6.1 sUAS 3D Model and Linear Flight Plans Part 5 sUAS Flight Planning Rotor Part 4 sUAS Flight Planning Fixed Wing Part 3 sUAS Flight Planning Digital Scouting Part 2 sUAS Flight Planning Part 1 Collecting Ground Control Points using GNSS - Episode 3 Collecting Ground Control Points using GNSS - Episode 2 Collecting Ground Control Points using GNSS - Episode 1 Basic Maneuvers - UASTEP Preflight & Safety - UASTEP Landsat Analysis Ready Data Webinar How to Read and Create Flight Plans with Sectionals (Part 6) Special Use Airspace (Part 5) Normal Use Airspace (Part 4) The Legend (Part 3) Layout and Ancillary Information (Part 2) Introduction to VFR Sectionals (Part 1) Penetration Testing a sUAS (Video 3 of 3) Drone Cybersecurity - Identifying Vulnerabilities (Video 2 of 3) Introduction to sUAS Cybersecurity (Video 1 of 3) Infrared Thermography Global Positioning System (GPS) Sensors LiDAR Technology Proximity Sensors & Radar Introduction to Autonomous Technology DRONETECH: Student Competitions DRONETECH: STEM Programs on a Budget DRONETECH: Rise of STEM Drones DRONETECH: Part 107 DRONETECH: Drone Ops & Best Practices DRONETECH: Intro to Drones Take Flight DRONETECH: STEM Drones Take Flight - Anatomy of a Drone UAS-Collegiate Training Initiative November Event DRONETECH: Geospatial Applications Session 2.2 DRONETECH: Geospatial Applications Session 2.1 DRONETECH: Geospatial Applications Session 1.5 DRONETECH: Geospatial Applications Session 1.4 DRONETECH: Geospatial Analysis Session 1.3 DRONETECH: Geospatial Applications 1.2 DRONETECH: Geospatial Applications Session 1.1 October Connected by Drones Meeting Mentoring Within the ATE Community Drone Week - Share the Skies Drones: Public Safety & Public Acceptance Grant & Mentorship Opportunities: Two Year Tech Ed UAS-CTI September Consortium Meeting Recreational Flyers - Registration & Markings FAA UAS-Collegiate Training Initiative UAS Flight Planning Applications Introducing M8-R SIM - Free Underwater ROV Virtual Simulator MATE Teams Workstation World-Building - AltspaceVR MATE ROV Competition Team Briefing & Product Demo DRONETECH: Introduction to Imagery & Geospatial Analysis DRONETECH: Introduction to SkillsUSA Drone Competition A Dive into the FAA CoA Process Welcome to the 2021 MATE ROV Competition Virtual World! Dive into the 2021 MATE Virtual World VR: Sustaining Social Interaction, STEM Engagement and Access Remote ID, Operations Over People and Night Operations Developing, Starting, and Maintaining a Drone Program Hydra FPV: Why We Fly IN THE CLASSROOM: Drones in STEM Education Starting a Drone Program UAS Passion to Profession IMPROVE Your Flying Skills: DRL Simulator LEARN From Us: Before You Fly NCPN Social VR Joining an AltspaceVR Event MATE ROV Competition World Championship Highlights Northland Aerospace Virtual Site Tour Opening the AltspaceVR Application Creating AltspaceVR User Account UAS Careers Instructional Video Capture Workshop VEX Robotics: Sponsor the Future Workforce VEX IQ: The Ultimate STEM Experience Video Content Video Content Accuracy Assessment of Remotely Sensed Data Cybersecurity Distance Delivery DRONETECH DRONETECH Geospatial Applications Workshop DRONETECH STEM Drones Take Flight Workshop FAA Connected by Drones FAA UAS-CTI Grants & Mentorship Partnerships Remote Sensing in ArcMap Remote Sensing with ArcGIS Pro STEM Student Competitions Tutorials UAS/Drones Underwater ROV Virtual Reality VR Autonomous Sensors Workshop Webinars What's Your Story Working with LiDAR in ArcGIS Working with LiDAR Using ArcGIS Pro