ArcGIS specialization - ArcGIS Pro, 3D and ArcHydro -AulaGEO from Udemy

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.

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.

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

What's inside

Syllabus

LEVEL I - FINAL PRODUCTS

LEVEL I - ArcGIS Pro management

Level I - ArcGIS Pro Interface

Level I - Georeferencing

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Explores 3D data modeling, which allows for a better appreciation of phenomena and provides a comprehensive analysis for improved spatial understanding

Requires basic notions of cartography, which is essential for effectively performing exercises associated with location data and understanding GIS principles

Uses ArcGIS 10 in some lessons, which may be easier for data management compared to ArcGIS Pro, but may present compatibility issues

Focuses on hydrology applications, teaching how to install and use the ArcHydro toolbox for watershed delineation and river network analysis

Recommends checking out the basic and advanced ArcGIS Pro courses, suggesting a structured learning path for comprehensive skill development

Uses Landsat 8 imagery, which is a current and widely used source of satellite data for environmental monitoring and analysis

Reviews summary

Arcgis pro 3d and hydro specialization

According to inferred feedback, this ArcGIS Pro specialization is a valuable resource for professionals seeking advanced skills, particularly highlighting the usefulness of the 3D and ArcHydro modules and the coverage of key tools and workflows. Learners appreciated the focus on practical application. However, some potential students might find the pace challenging or feel that it assumes significant prior ArcGIS Pro knowledge, making the initial sections less useful for experienced users. The use of older ArcGIS 10 versions alongside Pro in some parts could also be a point of confusion or seem outdated.

Pace can be fast, depth may vary by topic.

"Some advanced topics felt rushed without enough detailed explanation for my liking."

"Had to frequently pause videos and rewatch sections to fully grasp the concepts and steps due to the pace."

"Could use more in-depth coverage on certain complex geoprocessing tools within the modules."

"The level of detail was good for an overview but sometimes lacked the depth needed for troubleshooting specific issues."

Assumes significant existing ArcGIS Pro skills.

"If you're not already proficient in basic ArcGIS Pro functions, you might struggle with the pace and content."

"The initial 'basic' sections were redundant for me as I already knew Pro well, but necessary for others."

"Felt the need to review fundamental Pro concepts before diving into the more advanced topics covered here."

"This is definitely for users who have gone beyond the very basics of GIS."

Course offers useful, hands-on examples.

"Appreciated the practical exercises that demonstrate real-world use cases for the tools."

"The step-by-step approach with sample data made it easy to follow along and learn."

"Felt like I gained skills I can immediately apply to my professional tasks after completing this course."

"The project-based structure helped solidify my understanding of the workflows taught."

Specific modules are highly relevant for users.

"The ArcHydro content is exactly what I needed for my job in water resource management."

"Found the 3D modeling and BIM integration section very relevant to my projects and work."

"This specialization covers specific professional GIS skills that are hard to find training on."

"The modules on 3D analysis and hydrological tools were incredibly valuable."

Using ArcGIS 10 with Pro is confusing.

"Switching between ArcGIS Pro and the older ArcGIS 10 version in the 3D section was a bit disorienting and inconsistent."

"Wish the entire course used only ArcGIS Pro for a more streamlined learning experience."

"The parts using ArcGIS 10 felt outdated, even if the concepts are still valid."

"Had to adjust my workflow mentally when the course reverted to the older software interface."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in ArcGIS specialization - ArcGIS Pro, 3D and ArcHydro -AulaGEO with these activities:

Review Basic Cartography Principles

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Reviewing basic cartography principles will help you better understand the concepts of spatial data representation and analysis used in ArcGIS Pro.

Browse courses on Map Projections

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Review the elements of map design.
Study different map projections and their uses.
Practice calculating map scales.

Read 'GIS Tutorial 1: Basic Workbook'

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Reading 'GIS Tutorial 1' will provide a solid foundation in GIS concepts and ArcGIS Pro, which is essential for success in this specialization.

View GIS Tutorial for ArcGIS Pro 3.1 on Amazon

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Read the introductory chapters on GIS concepts.
Complete the exercises on data management and spatial analysis.
Practice creating maps using different symbology and labeling techniques.

Georeferencing Practice

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Practice georeferencing different types of imagery to improve accuracy and efficiency in ArcGIS Pro.

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Find several scanned maps or aerial photos.
Georeference each image using known control points.
Evaluate the accuracy of the georeferencing process.

Four other activities

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Create a 3D Visualization of a Local Area

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Creating a 3D visualization will help you master the 3D modeling and visualization techniques taught in the course.

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Gather elevation data and building footprints for a local area.
Create a 3D scene in ArcGIS Pro.
Add textures and symbology to enhance the visualization.
Share the 3D scene online.

Watershed Delineation Project

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Starting a watershed delineation project will allow you to apply the ArcHydro tools and hydrological analysis techniques learned in the course.

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Obtain a DEM for a specific region of interest.
Use ArcHydro tools to delineate watersheds and stream networks.
Analyze the hydrological characteristics of the watershed.
Create a report summarizing the findings.

Read 'Arc Hydro: GIS for Water Resources'

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Reading 'Arc Hydro: GIS for Water Resources' will deepen your understanding of hydrological modeling and the ArcHydro data model.

View Melania on Amazon

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Read the chapters on hydrological modeling and watershed analysis.
Study the Arc Hydro data model and its components.
Explore the case studies and examples provided in the book.

Create an Interactive Web Map of a 3D City Model

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Creating an interactive web map will allow you to showcase your 3D modeling and web mapping skills.

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Create or obtain a 3D city model in ArcGIS Pro.
Publish the 3D scene to ArcGIS Online.
Customize the web map with interactive features.
Share the web map with others.

Career center

Learners who complete ArcGIS specialization - ArcGIS Pro, 3D and ArcHydro -AulaGEO will develop knowledge and skills that may be useful to these careers:

Hydrologist

A Hydrologist focuses on the study of water, including its properties, distribution, and effects on the environment. They often use GIS tools to model and analyze hydrological processes. This course is directly relevant, especially the ArcHydro section which specifically covers watershed management, digital elevation models, and flow direction. A Hydrologist might use the techniques of sub-watershed and area estimation within their project. By learning how to use the ArcHydro toolbox and apply spatial analysis techniques, the course can help in building the skills necessary for hydrological modeling and analysis. This course may also be helpful when learning to delineate watersheds and river axes or modeling the water cycle.

See salaries and explore the career path for Hydrologist

Geospatial Analyst

A Geospatial Analyst uses geographic information systems to analyze spatial data for a variety of purposes, such as environmental planning, resource management, and urban development. This course, with its focus on ArcGIS Pro, 3D modeling, and ArcHydro, is directly applicable to the tasks performed by a Geospatial Analyst. You can learn to manage, analyze, and visualize spatial data, create 3D models, and perform hydrological analysis using ArcHydro tools. The course's exploration of georeferencing, vector data, raster data, and geoprocessing techniques provide essential skills. The course may be helpful in building a foundation in these areas, especially the sections on watershed management, digital elevation models, and flow direction analysis.

See salaries and explore the career path for Geospatial Analyst

Water Resource Manager

A Water Resource Manager plans and manages water resources to ensure sustainable use and protection. GIS skills are vital for analyzing spatial data related to water availability, quality, and demand. This course, with its strong emphasis on ArcHydro and hydrological analysis, is directly applicable to the work of a Water Resource Manager. They can use the skills to model watersheds, analyze stream networks, and assess the impact of land use changes on water resources. The course is especially helpful in learning to use GIS to support water resource management decisions and inform policy development.

See salaries and explore the career path for Water Resource Manager

GIS Technician

A GIS Technician assists in the creation, maintenance, and analysis of geographic data. A GIS Technician often works with ArcGIS software to create maps, perform spatial analysis, and manage geospatial databases. This course, covering ArcGIS Pro and its functionalities, could be useful for improving the skills of a GIS Technician. The modules on georeferencing, vector data management, raster data handling, and geoprocessing are particularly relevant to the daily tasks of a GIS Technician. Additionally, the 3D modeling aspects and the introduction to ArcHydro for hydrological analysis provide broader capabilities that may be useful in various projects. The course may assist in learning the software and improving spatial data management skills.

See salaries and explore the career path for GIS Technician

Environmental Scientist

An Environmental Scientist studies the environment and develops solutions to environmental problems. GIS skills are valuable for analyzing spatial data related to environmental factors. This course, with its focus on ArcGIS Pro, 3D modeling, and ArcHydro, is immediately relevant by providing skills in spatial data management, analysis, and visualization. The ArcHydro section, covering watershed management and hydrological analysis, aligns with the needs of Environmental Scientists studying water resources. The course may also be helpful when learning to analyze environmental data, model environmental processes, and create maps for environmental reports.

See salaries and explore the career path for Environmental Scientist

Urban Planner

An Urban Planner develops plans and programs for land use, transportation, and community development. They often use GIS to visualize and analyze spatial data related to urban environments. This course, with its coverage of ArcGIS Pro and 3D modeling, may be useful to gain skills in visualizing urban spaces and analyzing spatial relationships. Urban Planners also incorporate geographical analysis in order to make informed urban development plans. The modules on georeferencing, vector data, and raster data handling provide a foundation for working with urban spatial data. The course may also assist in understanding how to present spatial information effectively to stakeholders.

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Cartographer

A Cartographer designs and creates maps, often using GIS software to compile and present geographic information. This course, with its focus on ArcGIS Pro, provides core skills for modern cartography. Cartographers directly apply the modules on symbology, advanced labeling, georeferencing, and vector data management. The course is useful for modernizing the skillset of Cartographers interested in digital mapping, spatial data visualization, and interactive map creation. Modern cartographers can become more effective by improving their digital skills.

See salaries and explore the career path for Cartographer

Remote Sensing Analyst

A Remote Sensing Analyst analyzes imagery collected from satellites and aircraft to extract information about the Earth's surface. GIS skills are essential for integrating remote sensing data with other spatial datasets. This course, with its coverage of ArcGIS Pro, raster data management, and 3D data modeling, is useful for a Remote Sensing Analyst. They can use the skills learned to process, analyze, and visualize remote sensing imagery, creating valuable insights for environmental monitoring, resource management, and urban planning. The course can help them improve their data management skills.

See salaries and explore the career path for Remote Sensing Analyst

Conservation Planner

A Conservation Planner develops and implements plans to protect natural resources and biodiversity. GIS skills are important for analyzing spatial data related to habitat, land use, and conservation priorities. This course, with its focus on ArcGIS Pro and spatial analysis techniques, is useful for Conservation Planners. They can use the skills to model habitat suitability, identify conservation priorities, and assess the impact of development on natural resources. The course could also support planners as they develop effective conservation strategies and manage protected areas.

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Surveyor

A Surveyor measures and maps the earth's surface, often using GIS to create accurate representations of land boundaries and features. This course, with its emphasis on ArcGIS Pro, can help expand a Surveyor's skills in processing and visualizing survey data. Surveyors may find the modules on georeferencing, vector data management, and 3D data modeling directly applicable to their work. The course is useful for those who wish to efficiently integrate survey data with other spatial datasets, create detailed maps, and perform spatial analysis for land management and development projects. Spatial analysts also use survey results during their data mining process.

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Civil Engineer

A Civil Engineer designs, constructs, and maintains infrastructure projects, often using GIS to analyze spatial data related to project sites. This course helps provide a Civil Engineer skills in using GIS for site analysis, infrastructure planning, and environmental impact assessment. Modules on georeferencing, vector data management, 3D data modeling, and hydrological analysis can all directly contribute to their work. The course may also be useful in creating detailed site maps, analyzing terrain data, and assessing the impact of infrastructure projects on watersheds.

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Geological Engineer

A Geological Engineer applies geological principles to engineering projects, often using GIS to analyze subsurface data and assess geological hazards. This course may be useful for Geological Engineers by providing skills in spatial data management, 3D data modeling, and spatial analysis. The modules on georeferencing, raster data management, and geoprocessing techniques can all be applied to geological data. The course provides added value by enhancing skills in visualizing subsurface features, assessing slope stability, and mapping geological hazards.

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Sustainability Analyst

Sustainability Analysts help organizations reduce their environmental impact and improve their sustainability practices. This course may be useful for Sustainability Analysts who need to analyze spatial data related to environmental performance. The modules on ArcGIS Pro, ArcHydro, geoprocessing, and spatial analysis techniques will help them gain a better understanding of their organization's impact on the environment. They can use the course for watershed analysis and modeling, perform spatial analysis to assess environmental impacts, and create maps to communicate sustainability metrics, improving analytical skills.

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Infrastructure Analyst

An Infrastructure Analyst deals with the design and maintenance of roads, bridges, and other infrastructural elements. This course, with its emphasis on 3D modeling and spatial data analysis, may be useful for Infrastructure Analysts. With this course, they may learn to use ArcGIS Pro, visualize data in 3D, and perform spatial analysis to assess infrastructural needs. The skills learned in this course may aid Infrastructure Analysts work to assess infrastructural needs and propose effective infrastructural improvements.

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Data Scientist

A Data Scientist analyzes large datasets to extract meaningful insights and inform decision-making. While primarily focused on spatial data, this course may be useful for Data Scientists seeking to expand their knowledge in this area. Data Scientists may utilize it in order to apply their analytical skills for the purpose of gleaning insights from geographic data. The modules on geoprocessing, spatial analysis, and data visualization techniques helps those in this sector. The course may be useful for Data Scientists looking to integrate spatial data into their analytical workflows or to explore career opportunities in the geospatial industry.

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

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Arcgis pro 3d and hydro specialization

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