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1
Getting Started
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Enrollment form
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Instructions
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2
Course materials
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Course workbook
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Exercise data
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Prepare data for hands-on exercises
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Prepare data for hands-on exercises
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4
Introduction to the Collision reconstruction with PIX4Dmatic course
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Introduction to the Collision reconstruction with PIX4Dmatic course
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5
Basics of photogrammetry in collision reconstruction
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Basics of photogrammetry in collision reconstruction
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Basics of photogrammetry in collision reconstruction
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6
What is ground sampling distance (GSD)?
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What is ground sampling distance (GSD)?
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What is ground sampling distance (GSD)?
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7
Introduction to capturing RGB images
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Introduction to capturing RGB images
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Introduction to capturing RGB images
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8
Introduction to flight planning
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Introduction to flight planning part 1
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Introduction to flight planning - quiz 1
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Introduction to flight planning part 2
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Introduction to flight planning - quiz 2
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9
Introduction to relative and absolute accuracy
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Introduction to relative and absolute accuracy
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Introduction to relative and absolute accuracy
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10
Introduction to collecting ground control points (GCPs) and checkpoints
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Introduction to collecting ground control points (GCPs) and checkpoints
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Introduction to collecting ground control points (GCPs) and checkpoints
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11
Capturing single point measurements with the viDoc RTK rover and PIX4Dcatch
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Capturing single point measurements with the viDoc RTK rover and PIX4Dcatch
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12
Download and install PIX4Dmatic
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Download and install PIX4Dmatic
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13
Launch and activate PIX4Dmatic
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Launch and activate PIX4Dmatic
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Launch and activate PIX4Dmatic
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14
Introduction to the PIX4Dmatic interface
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Introduction to the PIX4Dmatic interface
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15
Import data into PIX4Dmatic
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Import data into PIX4Dmatic
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Import data into PIX4Dmatic
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16
Introduction to the PIX4Dmatic processing templates
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Introduction to the PIX4Dmatic processing templates
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17
Calibrate with PIX4Dmatic
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Calibrate with PIX4Dmatic
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Calibrate with PIX4Dmatic
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18
Georeference with PIX4Dmatic
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Georeference with PIX4Dmatic
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Georeference with PIX4Dmatic
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19
Test a distance with PIX4Dmatic
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Test a distance with PIX4Dmatic
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Test a distance with PIX4Dmatic
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20
Assess the quality of the results with PIX4Dmatic
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Assess the quality of the results with PIX4Dmatic
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Assess the quality of the results with PIX4Dmatic
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21
Add a region of interest with PIX4Dmatic
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Add a region of interest with PIX4Dmatic
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Add a region of interest with PIX4Dmatic
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22
Generate a dense point cloud with PIX4Dmatic
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Generate a dense point cloud with PIX4Dmatic
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Generate a dense point cloud with PIX4Dmatic
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23
Edit a dense point cloud with PIX4Dmatic
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Edit a dense point cloud with PIX4Dmatic
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24
Generate a mesh with PIX4Dmatic
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Generate a mesh with PIX4Dmatic
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Generate a mesh with PIX4Dmatic
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25
Generate a digital surface model (DSM) with PIX4Dmatic
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Generate a digital surface model (DSM) with PIX4Dmatic
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Generate a digital surface model (DSM) with PIX4Dmatic
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26
Generate an orthomosaic with PIX4Dmatic
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Generate an orthomosaic with PIX4Dmatic
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Generate an orthomosaic with PIX4Dmatic
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27
Introduction to exporting reconstructions with PIX4Dmatic
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Introduction to exporting reconstructions with PIX4Dmatic
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Introduction to exporting reconstructions with PIX4Dmatic
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28
Share to PIX4Dcloud from PIX4Dmatic
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Share to PIX4Dcloud from PIX4Dmatic
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Share to PIX4Dcloud from PIX4Dmatic
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29
Introduction to capturing and processing images for damage profiles
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26. Introduction to capturing and processing images for damage profiles
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30
Introduction to capturing data with PIX4Dcatch
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Introduction to capturing data with PIX4Dcatch
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Introduction to capturing data with PIX4Dcatch
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31
Generate a depth and dense fused point cloud with PIX4Dmatic
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Generate a depth and dense fused point cloud with PIX4Dmatic
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Generate a depth and dense fused point cloud with PIX4Dmatic
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32
Generate a mesh and orthomosaic from a fused point cloud with PIX4Dmatic
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Generate a mesh and orthomosaic from a fused point cloud with PIX4Dmatic
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33
Introduction to exporting a depth and fused point cloud with PIX4Dmatic
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Introduction to exporting a depth and fused point cloud with PIX4Dmatic
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34
Working with an arbitrary coordinate reference system in PIX4Dmatic
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Working with an arbitrary coordinate reference system in PIX4Dmatic
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Working with an arbitrary coordinate reference system in PIX4Dmatic
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35
Adding a scale constraint in PIX4Dmatic
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Adding scale and orientation constraints in PIX4Dmatic
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36
Merging projects with PIX4Dmatic
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Merging projects with PIX4Dmatic
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37
Introduction to post-processing options
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Introduction to post-processing options
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38
Course conclusion
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Course conclusion
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Share your feedback
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Share your feedback
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Learn More
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Stay in touch
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About the Collision reconstruction with PIX4Dmatic online course
The online course will introduce you to critical PIX4Dmatic workflows for mapping collision scenes and establishing a damage profile. | |
You will learn best practices for capturing RGB images and creating, managing, analyzing, and sharing 2D and 3D representations of reality. | |
A series of hands-on exercises will demonstrate how to efficiently and effectively work with PIX4Dmatic to produce evidentiary-level deliverables. |
Key concepts
- COLLISION
- CRUSH ANALYSIS
- RGB IMAGES
- FLIGHT PLANNING
- MEASURE FROM IMAGES
This course includes
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Total course completion in approx. 6 hours
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On-demand videos in English
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Subtitles in English
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Quizzes in the language of the course
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Workbook in the language of the course
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Temporary license
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Unlimited access
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Certificate of completion
Requirements
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A computer that meets the minimum requirements.
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A license for PIX4Dmatic. Learn how to get a free PIX4Dmatic trial.
Course objectives
- Learn the basics of photogrammetry and capturing images of a collision scene.
- Generate realistic and accurate 2D and 3D georeferenced representations of reality, including orthomosaics and 3D models.
- Export the 2D and 3D deliverables for documentation and post-processing.
Course curriculum
Testimonial

A+ in my book!
Instructor(s)

Technical Trainer and Content Creator
Dr. Ryan Hughes

Andrew Klane
Learn how to reconstruct collisions and perform crush analysis with PIX4Dmatic
Frequently Asked Questions
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When does the course start and finish?
The course is entirely online and self-paced - you decide when you start and when you finish.
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What hardware and software do I need?
- A reliable internet connection to download the course materials.
- A computer that meets the minimum hardware requirements to process projects. You can check if your computer supports the software by processing a free dataset.
- A license to the software to access its full functionality. -
What is the difference between online self-paced and instructor-led training?
Online self-paced courses offer standardized content and economical pricing. Access the content anytime and anywhere, and contact the Training team for any questions you might have through the in-built messaging system. The interaction is not live but you can expect a prompt answer.
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What if I can't find the right course for me?
We can help you schedule a training solution that meets your needs at [email protected].
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Who can I contact if I have further questions?
Please contact us at pix4d.com/contact-training-topics/ and we will get back to you as soon as possible.
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Are discounts available?
Discounts are available for educational institutions, professor, and students. Please send an email to [email protected] for more information.
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Can I make the payment in other currencies or with a different payment method?
The payment can be done in EUR, USD, or CHF with PayPal, a credit card, or a wire transfer. If you would like to make the payment through a wire transfer please contact us at [email protected].
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Refund policy
Orders may not be changed, modified, converted, or refunded once an order has been confirmed.