ArcGIS specialization – ArcGIS Pro, 3D and ArcHydro -AulaGEO

LEVEL I – Learn ArcGIS Pro in a complete project

The ArcGIS platform is an integrated system of software and applications with which the user can enter, collect, compile, organize, analyze, and share spatial data or any information that has geographic content related to a project or area. In this course, we will start from the most basic part of the system, how to locate the data, download it, install it, and have an activated account that allows its use for a 21-day trial period.

Then, we will walk through the interface to see how customizable the software is and how to adapt it to our needs. We will highlight the basic functionalities of ArcGIS Pro, such as georeferencing, the use of vector data, data geoprocessing, or attribute table management. #AulaGEO Reference is also made to raster data such as satellite data management (Landsat 8 image) or the creation of elevation models. This course requires basic notions of cartography since exercises associated with location data will be performed. If you are starting in the GIS world, this course is for you, little by little we will be updating ArcGIS Pro functionalities.

LEVEL I CONTENT

ArcGIS Pro MANAGEMENT

Lecture 1: ArcGIS Pro Interface

Lecture 2: Georeferencing

Lecture 3: Working with vector data

Lecture 4: Advanced Vector Editing

GEOPROCESSES

Lecture 5: Geoprocessing

Lecture 6: Attribute tables

Lecture 7: Working with raster data

FINAL PRODUCTS

Lecture 8: Labeling and symbology

Lecture 9: Symbology and advanced labeling

Lecture 10: Final product

LEVEL II – ArcGIS Pro – 3D Modeling using ArcGIS 10 and ArcGIS Pro

This is a course for third-dimensional geospatial analysis enthusiasts.

ArcGIS is one of the most used platforms worldwide for managing GIS data. This course, will explore 3D functions for handling, analyzing, editing data, and interacting with BIM infrastructure modeling data.

Already the maps are not only displayed in 2D, there is a need to see beyond, and even the relationship of structures or phenomena with their environment. 3D data modeling allows a better appreciation of what is happening or how to improve the spaces further, it provides a comprehensive and visually understandable analysis for everyone

If you know the operation and handling of 2D GIS data in ArcGIS, this course will help you delve into 3D data modeling and use the most suitable tools to build efficient projects.

We must emphasize that to get the most out of this course, we recommend you check out our ArcGIS Pro Basic and Advanced #AulaGEO courses, as this one focuses on 3D content. For ease of use, some lessons show how ArcGIS 10 works since managing data is much easier than with ArcGIS Pro.

LEVEL II CONTENT

ArcGIS Pro 3D and ArcGIS 10 3D MODELING

Lecture 11: Managing the data

Lecture 12: 3D data visualization

ADVANCED 3D DATA MANAGEMENT

Lecture 13: 3D Management and geoprocessing

Lecture 14: Level II- Advance Visualization / Clustering

Lecture 15: Editing 3D data

BIM DATA MANAGEMENT

Lecture 16: 3D visualization and viewshade

Lecture 17: BIM introduction and data preparing

Lecture 18: BIM data exploring and data control

Lecture 19: Final data visualization

INTRODUCTION TO BIM

Lecture 20: Introduction to BIM

LEVEL III – ArcHydro for Watershed Management

Watershed management is one of the most interesting applications of spatial analysis using geographic information systems.

For ArcGIS Pro users, this course provides an extension of your knowledge applied to hydrology. For this, it is as important to understand the use of the tools (ArcHydro toolbox) as the basin theory and the workflow for its modeling.

Some parts are done using normal ArcGIS Pro tools, such as raster functions and spatial analysis, with specific application to a work area where it is expected to delineate watersheds, microwatersheds, and river axes. However, other specific parts are made with the toolkit that comes with ArcHydro. The course teaches how to install ArcHydro and of course how to use the tools for your chosen workflow.

LEVEL III CONTENT

Arc HYDRO FOR WATERSHED MANAGEMENT

Lecture 21: Introduction to GIS Hydrology

Lecture 22: DEM and flow direction

GEOPROCESSING

Lecture 23: Geoprocessing analyisis to hydrology functions

Lecture 24: Watershed and stream network

ANALYSIS

Lecture 25: Outflows and vector editing

Lecture 26: Sub-Watershed and area stimation

FINAL RESULTS

Lecture 27: Overlays, slope, map visual effects, and basin

Lecture 28: Dem explained and web plushing of result