Qgis From A To Z: Complete Course In Geoprocessing

Complete QGIS Course: 11+ Hours, 1000+ Slides, and Practice Files for Real-World Application

What you'll learn

Mastering Theoretical Fundamentals: Understanding the fundamental concepts of Cartography, GPS, Remote Sensing, and Geographic Information Systems (GIS).

Mastery of Practical Tools: Ability to use geoprocessing tools, including the installation and use of QGIS software.

Ability to Perform Spatial Analysis: Ability to perform spatial analysis and geographic data modeling using advanced GIS techniques.

Application in Real-World Contexts: Apply knowledge in a variety of contexts: urban planning, agronomy, engineering, environmental management, and others.

Requirements

No prior experience is necessary.

Description

Welcome to the ultimate journey in the world of Geoprocessing and Geographic Information Systems (GIS)! This comprehensive course is your gateway to becoming a GIS master, empowering you to master all facets of digital mapping, spatial analysis, and location-based decision-making.From the theoretical foundations of cartography to the practical applications of Remote Sensing, GPS, and the leading QGIS software, this course covers everything you need to know to excel in the dynamic field of Geoprocessing.This course will guide you step by step, covering essential topics such as cartographic projections, geospatial data manipulation, thematic map creation, image georeferencing, and advanced GIS analyses. With a hands-on approach and real-world projects, you will learn not only how to use the tools but also how to apply your knowledge in practical scenarios and solve complex problems.Whether you are a university student seeking a competitive edge, a career transition professional looking for new opportunities, or an experienced GIS specialist seeking enhancement, this course is for you. Join us and dive into a world of geospatial discovery!What you will learn:Theoretical foundations of cartography and geodesy.Practical applications of GPS, Remote Sensing, and GIS.Advanced use of QGIS software for geospatial data manipulation.Spatial analysis, thematic map creation, and image georeferencing.Solving real-world problems through practical projects and case studies.Ready to become a master in Geoprocessing and QGIS? Start your journey now to master Geoprocessing from A to Z!

Overview

Section 1: Introdução

Lecture 1 Introdução

Section 2: Practical Section 1

Lecture 2 Installing QGIS - Part 1

Lecture 3 Installing QGIS - Part 2

Lecture 4 Customizing My QGIS - Part 1

Lecture 5 Customizing My QGIS - Part 2

Lecture 6 Customizing My QGIS - Part 3

Lecture 7 Projections: Practical Application of Different Projection Systems

Lecture 8 Vector Data Manipulation: Creating and Editing Vector Features (Part 1)

Lecture 9 Vector Data Manipulation - Creating and Editing Vector Features (Part 2)

Lecture 10 Vectorial Data Manipulation - Vectorization (Part 1)

Lecture 11 Vectorial Data Manipulation - Vectorization (Part 2)

Lecture 12 Vectorial Data Manipulation - Vectorization (Part 3)

Lecture 13 Vectorial Data Manipulation - Vectorization (Part 4)

Lecture 14 Vectorial Data Manipulation - Vectorization (Part 5)

Lecture 15 Vectorial Data Manipulation - Vectorization (Part 6)

Lecture 16 Qualitative thematic map (Part 1)

Lecture 17 Qualitative thematic map (Part 2)

Lecture 18 Qualitative thematic map (Part 3)

Lecture 19 Qualitative thematic map (Part 4)

Lecture 20 Qualitative thematic map (Part 5)

Lecture 21 Qualitative thematic map (Part 6)

Lecture 22 Qualitative thematic map (Part 7)

Lecture 23 Qualitative thematic map (Part 8)

Lecture 24 Qualitative thematic map (Part 9)

Lecture 25 Qualitative thematic map (Part 10)

Lecture 26 Qualitative thematic map (Part 11)

Lecture 27 Qualitative thematic map (Part 12)

Lecture 28 Qualitative thematic map (Part 13)

Lecture 29 Qualitative thematic map (Part 14)

Lecture 30 Quantitative Thematic Map - Human Development Index -HDI (Part 1)

Lecture 31 Quantitative Thematic Map - Human Development Index - HDI (Part 2)

Lecture 32 Quantitative Thematic Map - Human Development Index - HDI (Part 3)

Lecture 33 Quantitative Thematic Map - Human Development Index - HDI (Part 4)

Lecture 34 Quantitative Thematic Map - Human Development Index - HDI (Part 5)

Lecture 35 Quantitative Thematic Map - Human Development Index - HDI (Part 6)

Lecture 36 Quantitative Thematic Map - Human Development Index - HDI (Part 7)

Lecture 37 Quantitative Thematic Map - Human Development Index - HDI (Part 8)

Lecture 38 Quantitative Thematic Map - Human Development Index - HDI (Part 9)

Lecture 39 Quantitative Thematic Map - Human Development Index - HDI (Part 10)

Lecture 40 Quantitative Thematic Map - Human Development Index - HDI (Part 11)

Lecture 41 Quantitative Thematic Map - Human Development Index - HDI (Part 12)

Lecture 42 Quantitative Thematic Map - Human Development Index - HDI (Part 13)

Lecture 43 Image Georeferencing - Theory (Part 1)

Lecture 44 Image Georeferencing - Theory (Part 2)

Lecture 45 Image Georeferencing - Practice (Part 1)

Lecture 46 Image Georeferencing - Practice (Part 2)

Lecture 47 Image Georeferencing - Practice (Part 3)

Lecture 48 Image Georeferencing - Practice (Part 4)

Lecture 49 Image Georeferencing - Practice (Part 5)

Lecture 50 Image Georeferencing - Practice (Part 6)

Lecture 51 Topographic Map Georeferencing (Part 1)

Lecture 52 Topographic Map Georeferencing (Part 2)

Lecture 53 Topographic Map Georeferencing (Part 3)

Lecture 54 Topographic Map Georeferencing (Part 4)

Section 3: Practical Section 2

Lecture 55 Coordinate Georeferencing (Part 1)

Lecture 56 Coordinate Georeferencing (Part 2)

Lecture 57 Coordinate Georeferencing (Part 3)

Lecture 58 Coordinate Georeferencing (Part 4)

Lecture 59 Coordinate Georeferencing (Part 5)

Lecture 60 Coordinate Georeferencing (Part 6)

Lecture 61 Coordinate Georeferencing (Part 7)

Lecture 62 Coordinate Georeferencing (Part 8)

Lecture 63 Coordinate Georeferencing (Part 9)

Lecture 64 Coordinate Georeferencing (Part 10)

Lecture 65 Coordinate Georeferencing (Part 11)

Lecture 66 Area Calculation (Part 1)

Lecture 67 Area Calculation (Part 2)

Lecture 68 Main Geoprocessing Tools (Part 1)

Lecture 69 Main Geoprocessing Tools (Part 2)

Lecture 70 Main Geoprocessing Tools (Part 3)

Lecture 71 Main Geoprocessing Tools (Part 4)

Lecture 72 Main Geoprocessing Tools (Part 5)

Lecture 73 Digital Elevation Model (DEM) - Theory

Lecture 74 MDE - Download de Imagem SRTM

Lecture 75 Digital Elevation Model (DEM) - Image Cropping

Lecture 76 Digital Elevation Model (DEM) - Reprojection

Lecture 77 Digital Elevation Model (DEM) - Hypsometric Map (Part 1)

Lecture 78 Digital Elevation Model (DEM) - Hypsometric Map (Part 2)

Lecture 79 Digital Elevation Model (DEM) - Hypsometric Map (Part 3)

Lecture 80 Digital Elevation Model (DEM) - Relief Shading (Part 1)

Lecture 81 Digital Elevation Model (DEM) - Relief Shading (Part 2)

Lecture 82 Digital Elevation Model (DEM) - Relief Shading (Part 3)

Lecture 83 Digital Elevation Model (DEM) - Slope (Part 1)

Lecture 84 Digital Elevation Model (DEM) - Slope (Part 2)

Lecture 85 Digital Elevation Model (DEM) - Slope (Part 3)

Lecture 86 Contour Lines

This course is designed for students, professionals, and enthusiasts who want to acquire solid skills in Geographic Information Systems (GIS) and Geoprocessing, regardless of their previous experience level. Whether you are an absolute beginner in the field or a professional looking to enhance your skills, this course offers a comprehensive and practical approach to exploring the essential concepts and tools of GIS. This course is valuable for: University Students: Students of Geography, Environmental Engineering, Civil Engineering, Agronomy, Biology, and related fields who want to acquire practical GIS skills to complement their academic training and increase their career prospects. Professionals in Career Transition: Professionals looking to expand their skills and job opportunities in sectors related to the environment, urban planning, natural resource management, precision agriculture, geomarketing, and other fields that rely on the effective use of geospatial data. Beginner GIS Professionals: Individuals taking their first steps in their careers in GIS and Geoprocessing who want a solid foundation in theoretical and practical concepts to stand out in the job market. Experienced Professionals Seeking Updates: GIS professionals looking to update their skills and knowledge with the latest technologies and practices in Geoprocessing, as well as explore new applications and advanced techniques. Regardless of your goal, this course offers a comprehensive and practical learning journey, guiding you from theoretical fundamentals to practical application in real-world projects, empowering you to excel in the dynamic and growing field of Geoprocessing.