Create High Resolution Maps/3D Models With Agisoft Metashape

Master Metashape Pro: Build Accurate Maps and 3D Models Using Drone Data for Geospatial Analysis and Visualization.

What you'll learn

Learn how to use Agisoft Metashape Pro software effectively

Create high-resolution maps and models using photogrammetry techniques

Understand the process of data acquisition and image alignment

Learn how to generate accurate 3D point clouds and dense surface models

Create detailed orthophotos and textured 3D models

Explore advanced techniques for processing and optimizing results

Requirements

Made for complete beginners! No prior experience needed.

Description

Create High-Resolution Maps and Models with Agisoft Metashape ProThis course is designed to help you unlock the full potential of Agisoft Metashape Pro, a powerful photogrammetry software for creating detailed maps and 3D models. Whether you're a drone enthusiast, a GIS professional, or a beginner looking to step into the world of geospatial data, this course provides a comprehensive introduction to photogrammetry and geospatial modeling.Key Highlights:Learn to navigate Agisoft Metashape Pro and its versatile features.Master photogrammetry techniques to create high-resolution maps and 3D models.Discover best practices for drone data acquisition and image alignment.Generate accurate 3D point clouds, dense surface models, and orthophotos.Explore advanced tools for optimizing your models, including noise reduction and texture enhancement.What You Will Learn:Introduction to Agisoft Metashape Pro: Gain familiarity with the software's interface and functionalities.Data Acquisition and Image Alignment: Learn how to capture drone images effectively and align them for precise results.3D Point Clouds and Surface Models: Create dense point clouds and detailed surface models from drone-captured imagery.Orthophotos and Textured 3D Models: Produce accurate orthophotos and add textures for realistic 3D representations.Advanced Techniques: Optimize your outputs with advanced processing methods, such as mesh refinement and quality enhancement.By the end of this course, you’ll be equipped with the skills to process drone data effectively and create professional-grade geospatial outputs for diverse applications.

Overview

Section 1: Introduction

Lecture 1 What is Surveying?

Lecture 2 What is Cartography?

Section 2: Drones in Mapping and Surveying

Lecture 3 What is a drone?

Lecture 4 Application of drones

Lecture 5 Drones in mapping and surveying

Lecture 6 Outputs from drone mapping

Lecture 7 Hardware and software requirements

Lecture 8 Traditional vs modern methods

Section 3: Important Concepts and Terminologies

Lecture 9 What is Remote sensing?

Lecture 10 What is Photogrammetry?

Lecture 11 Coordinates and Coordinate Reference System

Lecture 12 GCP: Ground Control points

Lecture 13 Relative and global accuracy

Lecture 14 GSD: Ground sampling distance

Lecture 15 Techniques of Image Acquisition: Nadir vs Oblique Images

Section 4: Planning Drone Mapping Mission

Lecture 16 Understanding client requirements

Lecture 17 Scouting the site on google earth pro

Lecture 18 Creating kml for AOI

Lecture 19 Creating flight plans

Lecture 20 Planning and marking GCPs

Lecture 21 Making a google map project

Section 5: Executing a Drone Mapping Mission

Lecture 22 Marking GCPs in the Field

Lecture 23 Uploading Flight Plans to a Mission Planning Software

Lecture 24 Executing Drone Flights

Section 6: Processing Drone Images in Agisoft Metashape Pro

Lecture 25 Introduction To Metashape Pro

Lecture 26 Import Images in Metashape Pro

Lecture 27 Convert Image and Marker Coordinates in Metashape Pro

Lecture 28 Image Alignment in Metashape Pro

Lecture 29 Importing and Tagging GCPs

Lecture 30 Build dense cloud

Lecture 31 Build DEM and Orthomosaic

Lecture 32 Classify ground points

Lecture 33 Generating DTM

Lecture 34 Generating a mesh

Lecture 35 Generating texture

Lecture 36 Exporting data

Section 7: Assignment with Sample Data

Lecture 37 Download Sample Dataset

Drone enthusiasts looking to transform aerial imagery into detailed maps and 3D models.,Professionals in GIS, surveying, or construction who want to integrate drone data into their workflows.,Environmental scientists, urban planners, and researchers needing accurate geospatial models for analysis.,Students and beginners with no prior experience in photogrammetry or 3D modeling, seeking a user-friendly introduction.,Anyone interested in learning Metashape Pro to process drone-captured data and create high-quality outputs.