Intermediate GIS in QGIS 3 from Udemy

The intermediate GIS in QGIS 3 course is dedicated for people who already know the basics of working in the QGIS 3 environment and want to expand their skills in the field of spatial data analysis and processing.

During the course you will learn more advanced techniques of working with data. You will learn how to create data frames and extract raster data from them, how to create indexes, and what happens when we mess up the coordinate systems. You will delve into the issues of data geometry analysis and you will learn how to create geoprocessing models and automate your work in QGIS. You will see how to approach the linear route analysis problem, how to sample raster values to vector geometry and calculate slopes based on them. At the end of the course, you will learn about the KML files and data, as well as how to create and use it in Google Maps.

During the course, we will work on solving the problem presented at the beginning of the course. The course is designed in such a way that various errors and problems arise as you work, so you will see how to deal in different ways with possible problems that you may encounter in your future work.

In order to efficiently implement the scope and content of the course, you should know the basics of working in the QGIS 3 software, in particular the issues of geoprocessing, visualization and data digitization - all these issues are discussed at the basic level of the course.

The course is based on free QGIS software, in the latest, 3rd version, and publicly available spatial data. Thanks to the Open-Source license, QGIS is widely used by many companies, both state-owned and in the private sector. The environment is constantly being developed, updated and regularly translated into many languages. The multitude of available data analysis options makes it one of the most popular GIS programs in the world.

What's inside

Syllabus

Introduction

1.1. Prerequisites

One monitor tip

Video quality and speed

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Expands skills in spatial data analysis and processing, which are essential for GIS professionals working with geographic information and location-based services

Uses QGIS 3, a widely adopted open-source GIS software, making the skills learned directly applicable in various professional and academic settings

Covers advanced techniques like creating data frames, raster data extraction, and geometry analysis, which are crucial for handling complex spatial datasets

Teaches how to create geoprocessing models and automate tasks, which can significantly improve efficiency in GIS workflows and projects

Requires familiarity with QGIS 3 basics, including geoprocessing, visualization, and data digitization, suggesting a need for prior foundational knowledge

Explores KML files and their use in Google Maps, which is useful for sharing and visualizing spatial data on a widely accessible platform

Reviews summary

Practical intermediate qgis skills with real-world problems

According to learners, this course provides a highly practical and hands-on experience for those already familiar with QGIS basics. Students particularly praise the instructor's clear explanations and the course's focus on solving a real-world project from start to finish. Many found the approach of encountering and resolving common GIS errors throughout the project to be particularly helpful for building troubleshooting skills. The course content, including spatial analysis, geometry handling, models, and network analysis, is seen as relevant and valuable for applying QGIS in practical scenarios. While overwhelmingly positive, some learners note the importance of having the stated prerequisites and occasionally encounter minor issues related to QGIS version differences, though these are generally manageable.

Need foundational QGIS skills.

"Make sure you have taken the basic QGIS course or have prior experience before starting this one."

"As the description says, you definitely need prior basic knowledge of QGIS to follow along."

"Good course, but you really need to have completed the basics first."

"This course assumes you know the fundamentals of QGIS, so prerequisites are important."

Learning to troubleshoot issues.

"I particularly appreciated learning how to deal with problems/errors along the way."

"It was good that the course showed how to handle errors that might pop up during GIS work."

"The unique aspect of deliberately introducing and fixing errors was very useful."

"Dealing with potential issues during the project gave me confidence to handle my own errors."

Solving a complete practical problem.

"I really enjoyed working on a complete project from scratch to the end. It makes the material so much more relevant."

"Following the instructor solving one problem throughout the course was very helpful."

"Working through the full project allowed me to see how different tools connect."

"The project-based approach, tackling a realistic problem, is a strong point."

Instructor provides clear, concise teaching.

"The explanations are very clear and you will learn the content step-by-step. I would definitely recommend the course."

"Very helpful and clearly explained topics, well presented and structured. This is very good follow-up to the basic QGIS course."

"The instruction is clear and precise. The project is good and challenging."

"The instructor's explanations are very clear and easy to follow, making complex topics understandable."

Emphasis on hands-on, practical tasks.

"The course is designed in such a way that allows the students to tackle problems that arise during the whole process, so it will give us real-world experience."

"The course is extremely practical, you learn by doing. The instructor has a clear and concise way of explaining concepts and demonstrating them."

"Great, very practical course. Step-by-step instructions are clear and you can see how it will work in real life."

"A very good practical introduction to intermediate QGIS topics. I enjoyed the problem-based approach to learning."

Minor software version differences.

"Some minor differences between QGIS versions caused slight confusion at times, but were navigable."

"Using the exact version recommended helps avoid small UI inconsistencies."

"While based on QGIS 3, slight variations in newer point releases sometimes require finding tools in different menus."

"Needed to adjust slightly for my specific QGIS 3.x version."

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 Intermediate GIS in QGIS 3 with these activities:

Review Basic GIS Concepts

Show steps

Reinforce your understanding of fundamental GIS concepts, including coordinate systems, projections, and data types, to ensure a solid foundation for the intermediate-level topics covered in this course.

Browse courses on Geographic Information Systems

Show steps

Review introductory GIS materials.
Practice basic geoprocessing tasks.
Familiarize yourself with QGIS interface.

Read 'QGIS Map Design' by Anita Graser and Gretchen N. Peterson

Show steps

Improve your map design skills by studying the principles and techniques outlined in 'QGIS Map Design,' enhancing your ability to create visually compelling and informative maps.

View QGIS Map Design on Amazon

Show steps

Read the book chapter by chapter.
Experiment with the techniques in QGIS.
Apply the principles to your own map projects.

Georeferencing Practice

Show steps

Practice georeferencing raster images using QGIS to improve accuracy and efficiency in aligning spatial data, a crucial skill for many GIS projects.

Show steps

Download several unreferenced maps.
Georeference each map using control points.
Evaluate the accuracy of the georeferencing.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Follow Advanced QGIS Tutorials

Show steps

Enhance your skills by following advanced QGIS tutorials on topics such as network analysis, spatial statistics, or custom plugin development, gaining practical experience in applying these techniques to real-world problems.

Show steps

Find advanced QGIS tutorials online.
Follow the tutorials step-by-step.
Adapt the techniques to your own projects.

Create a Geoprocessing Model for a Specific Task

Show steps

Develop a geoprocessing model in QGIS to automate a repetitive task, such as buffering features, clipping data, or performing spatial joins, to enhance your efficiency and understanding of model building.

Show steps

Identify a repetitive GIS task.
Design a geoprocessing model to automate the task.
Test and refine the model for accuracy.

Document a QGIS Workflow

Show steps

Create a step-by-step guide or tutorial on a specific QGIS workflow, such as creating a heat map or performing network analysis, to solidify your understanding and share your knowledge with others.

Show steps

Choose a QGIS workflow to document.
Record each step of the workflow with screenshots.
Write clear and concise instructions.
Publish the guide online.

Read 'Mastering QGIS' by Kurt Menke

Show steps

Deepen your understanding of advanced QGIS features and techniques by studying 'Mastering QGIS,' enabling you to tackle more complex spatial analysis and data management tasks.

View Mastering QGIS on Amazon

Show steps

Read the book chapter by chapter.
Follow the examples and exercises in QGIS.
Apply the techniques to your own GIS projects.

Career center

Learners who complete Intermediate GIS in QGIS 3 will develop knowledge and skills that may be useful to these careers:

Geospatial Analyst

A Geospatial Analyst uses geographic information systems to analyze spatial data. This Intermediate GIS in QGIS 3 course provides you with skills relevant to the role such as working with data frames, extracting raster data, and coordinate system management. The course delves into geometry analysis and teaches you how to create geoprocessing models, improving your efficiency as a Geospatial Analyst. The road network analysis section, with techniques like line splitting and attribute concatenation, could be especially valuable. The course also covers KML files and their use in Google Maps.

See salaries and explore the career path for Geospatial Analyst

GIS Technician

As a GIS Technician, you'll be responsible for maintaining and updating geographic information systems. The Intermediate GIS in QGIS 3 course can help build your ability to handle and process spatial data. You'll learn advanced techniques for data manipulation in QGIS, including creating indexes for raster data, combining rasters, and handling coordinate reference systems. These skills directly apply to the tasks you perform as a GIS Technician. Furthermore, the course addresses common errors encountered in GIS work, helping you troubleshoot effectively.

See salaries and explore the career path for GIS Technician

Geographer

Geographers study the Earth's surface and its inhabitants. The Intermediate GIS in QGIS 3 course helps you to advance your skills in spatial data analysis and processing. As a Geographer, you can use skills in raster data handling and geometry analysis. The course's coverage of road network analysis, including line splitting, sorting, and concatenation of attributes, can be relevant to transportation and urban geography. Furthermore, you can learn to use Google Maps with KML files.

See salaries and explore the career path for Geographer

Conservation Planner

Conservation Planners devise strategies for protecting natural resources and managing land. The Intermediate GIS in QGIS 3 course helps you gain skills in spatial analysis and data management. You can use these skills to help you extract raster data, combine rasters, and analyze geometry. As a Conservation Planner, you can use the course's modules on slope classification and spatial extraction. The skills you gain through this course help you manage and manipulate spatial data effectively.

See salaries and explore the career path for Conservation Planner

Remote Sensing Analyst

A Remote Sensing Analyst interprets and analyzes imagery acquired from aerial or satellite platforms. The Intermediate GIS in QGIS 3 course builds skills in working with raster data, a key component of remote sensing. You will discover how to extract raster data from data frames, create indexes, and manage coordinate systems. As a Remote Sensing Analyst, you'll be interested in the sections covering raster projection, mapping, and slope calculation based on raster values. Learning to combine rasters is also a key skill, as is generating layer styles from files.

See salaries and explore the career path for Remote Sensing Analyst

Cartographer

Cartographers design and create maps. The Intermediate GIS in QGIS 3 course provides skills in data processing and visualization, essential for effective map creation. The course helps you learn how to manage coordinate systems, handle raster and vector data, and create map-ready outputs. As a cartographer, you will appreciate the section on generating layer styles to and from file, as well as how to use KML files and data in Google Maps. This course emphasizes solving problems and dealing with errors, giving you confidence in your map creation abilities.

See salaries and explore the career path for Cartographer

Emergency Management Specialist

An Emergency Management Specialist prepares plans and procedures for responding to emergencies. The Intermediate GIS in QGIS 3 course can help you develop skills in spatial data analysis and mapping to help with your emergency preparedness efforts. The road network analysis section of the course, including shortest route calculations, can be used for evacuation planning. You can also apply knowledge of KML files and Google Maps for visualizing emergency response information.

See salaries and explore the career path for Emergency Management Specialist

Forest Ranger

Forest Rangers protect and manage forest lands. The Intermediate GIS in QGIS 3 course helps to build your abilities in spatial data handling and analysis. The course teaches remote sensing techniques, how to extract raster data, and calculate slopes. As a Forest Ranger, you will be able to use these skills for mapping forest resources, assessing terrain, and planning routes. Managing coordinate systems and creating indexes can also ensure data quality and organization.

See salaries and explore the career path for Forest Ranger

Urban Planner

An Urban Planner develops plans and programs for land use. The Intermediate GIS in QGIS 3 course helps you develop skills in spatial data analysis. In your role as an Urban Planner, you can leverage skills in geometry analysis, road network analysis, and the creation of geoprocessing models. The course's coverage of linear route analysis and techniques for splitting lines can be useful in infrastructure planning. The course may also be useful for understanding how to create and utilize KML files, a common practice in city planning.

See salaries and explore the career path for Urban Planner

Environmental Scientist

As an Environmental Scientist, you study and solve environmental problems. The Intermediate GIS in QGIS 3 course may be useful as it supports your work with spatial data. The course teaches you how to analyze data geometry and sample raster values to vector geometry, both relevant skills to have as an Environmental Scientist. The course's exploration of slope calculation can aid in terrain analysis, such as for erosion. The course's problem-solving approach helps you tackle complex environmental challenges.

See salaries and explore the career path for Environmental Scientist

Archaeologist

Archaeologists study past peoples and cultures by excavating and analyzing material remains. This Intermediate GIS in QGIS 3 course may be useful to you as it helps to develop proficiency working with spatial data. You can use skills in geometry analysis, spatial extraction, and the creation of geoprocessing models. The course’s problem-solving approach helps you tackle challenges in archaeological mapping and analysis. Familiarity with QGIS also allows you to map sites.

See salaries and explore the career path for Archaeologist

Data Scientist

The Data Scientist role involves analyzing and interpreting complex data sets. The Intermediate GIS in QGIS 3 course may be useful as it supports your work in handling spatial data and conducting spatial analysis. As a Data Scientist, you could leverage skills learned in geometry analysis, spatial extraction, and data indexing. The course's coverage on creating geoprocessing models and automating tasks can improve your efficiency in processing large geospatial datasets. Furthermore, you can solve problems with coordinate systems and data projections.

See salaries and explore the career path for Data Scientist

Real Estate Analyst

Real Estate Analysts analyze real estate market trends and property values. The Intermediate GIS in QGIS 3 course may assist with spatial data analysis that is useful. You can use skills in data indexing and coordinate system management, as well as KML files and Google Maps data to provide analytical support. This course also discusses geometry analysis and models.

See salaries and explore the career path for Real Estate Analyst

Logistics Coordinator

Logistics Coordinators manage the movement of goods, resources, and personnel. The Intermediate GIS in QGIS 3 course can help you to use your spatial data skills. The course includes road network analysis where you can build models to streamline your efforts. This course may also assist you when working with KML files.

See salaries and explore the career path for Logistics Coordinator

Surveyor

A Surveyor establishes official land, air space, and water boundaries. The Intermediate GIS in QGIS 3 course may be useful in improving your data processing and analysis skills. The course provides you with skills to merge and break lines, fix geometry, and perform spatial extraction, all of which can be valuable for a Surveyor. You might also apply your knowledge of coordinate reference systems to ensure accurate spatial data. The course section on creating KML files may improve your work with representing mapping data.

See salaries and explore the career path for Surveyor

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Intermediate GIS in QGIS 3.

Qgis Map Design

Save

Provides a comprehensive guide to creating effective and visually appealing maps using QGIS. It covers various aspects of map design, including color schemes, typography, and symbolization. It valuable resource for enhancing the visual communication of spatial data and creating professional-quality maps. This book expands on the course by providing practical examples and design principles.

QGIS Map Design

Paperback

$$$

Mastering QGIS

Save

Delves into advanced QGIS functionalities and techniques, providing in-depth coverage of topics such as Python scripting, plugin development, and spatial analysis. It useful resource for those looking to extend their QGIS skills beyond the basics and tackle more complex GIS challenges. This book provides additional depth to the course and useful reference tool. It is commonly used by GIS professionals.

Mastering QGIS

Kindle Edition

Intermediate GIS in QGIS 3

What's inside

Syllabus

Traffic lights

Save this course

Reviews summary

Practical intermediate qgis skills with real-world problems

Activities

Career center

Reading list

Share

Similar courses