Level 4 Drone Surveying - Complete Online Training Course

Perfect for the serious Professional.

Leading drone experts have come together to bring you the most comprehensive guides in the UK.

CPD certified & forged with decades of Drone operation experience.

"The course provides a comprehensive understanding of photogrammetry and its applications in UAV surveying. Covering the theory of photogrammetry, photography principles, survey control methods, data capture and processing workflows, data extraction techniques, accuracy assessment, quality assurance, equipment selection, and specific surveying techniques for topographical mapping and 3D BIM. Participants gain knowledge of software options, troubleshooting, and safety considerations. The course concludes with guidance on next steps. Overall, this masterclass equips participants with the skills and knowledge needed to conduct accurate and efficient UAV surveys using photogrammetry techniques."

What will you learn on the course?

MODULE 1 – INTRODUCTION:
This module introduces participants to the fundamentals of photogrammetry and its wide range of applications across various industries.

Lesson 1: Explores the concept of photogrammetry and its uses in surveying and mapping.
Lesson 2: Focuses on the diverse applications of photogrammetry, showcasing its versatility in different sectors.
MODULE 2 – PHOTOGRAMMETRY THEORY:
In this module, learners delve into the theoretical aspects of photogrammetry, understanding key definitions and coordinate systems.

Lesson 1: Provides an introduction to photogrammetry theory, explaining essential definitions.
Lesson 2: Covers coordinate systems and their significance in accurate data collection.
Lesson 3: Explores the principles of photogrammetry and how they form the basis of UAV surveying.
Lesson 4: Includes a knowledge check to reinforce understanding.
MODULE 3 – PHOTOGRAPHY PRINCIPLES IN PHOTOGRAMMETRIC SURVEYS:
Participants gain insights into the critical role of photography principles in photogrammetric surveys.

Lesson 1: Explores digital camera components and their relevance in UAV surveying.
Lesson 2: Focuses on the principles that guide photography techniques for precise data capture.
Lesson 3: Addresses troubleshooting methods related to photography challenges.
Lesson 4: Includes a knowledge check to assess comprehension.
MODULE 4 – CONTROLLING A SURVEY:
This module emphasizes the importance of survey control to ensure accurate and reliable results.

Lesson 1: Introduces participants to controlling a survey effectively.
Lesson 2: Explores various methods and techniques used for survey control.
Lesson 3: Includes a knowledge check to reinforce the concepts learned.
MODULE 5 – PHOTO CAPTURE:
Participants learn the intricacies of capturing aerial imagery for photogrammetric surveys.

Lesson 1: Covers capture variables and factors that impact data quality.
Lesson 2: Explains capture techniques used to optimize data collection.
Lesson 3: Addresses practical limitations to consider during the photo capture process.
Lesson 4: Includes a knowledge check to assess comprehension.
MODULE 6 – PROCESSING:
This module focuses on the data processing workflow and software options available for UAV surveying.

Lesson 1: Introduces data preparation for processing and its significance.
Lesson 2: Guides participants through the processing workflow, from raw data to final output.
Lesson 3: Explores various software options used for data processing.
Lesson 4: Includes a knowledge check to reinforce understanding.
MODULE 7 – DATA EXTRACTION:
Participants gain insights into data structures, photography outputs, and software used in data extraction.

Lesson 1: Introduces data structures and their importance in organizing survey data.
Lesson 2: Explores photography outputs and how they contribute to data extraction.
Lesson 3: Covers software options for efficient data extraction and analysis.
Lesson 4: Includes a knowledge check to assess comprehension.
MODULE 8 – DATA ACCURACY:
This module emphasizes the significance of data accuracy and techniques for precise data extraction.

Lesson 1: Provides an overview of data accuracy and its impact on survey results.
Lesson 2: Offers an in-depth understanding of data extraction techniques for accurate outcomes.
Lesson 3: Includes a knowledge check to reinforce the concepts learned.
MODULE 9 – QUALITY ASSURANCE:
This module addresses quality assurance measures and implementation stages in UAV surveying.

Lesson 1: Introduces the importance of quality assurance in surveying operations.
Lesson 2: Explores the various stages of implementing quality assurance measures.
Lesson 3: Includes a knowledge check to assess comprehension.
MODULE 10 – EQUIPMENT:
This module covers essential equipment for UAV surveying, including safety considerations and recommended drones.

Lesson 1: Introduces the various components, such as the UA platform and payload.
Lesson 2: Highlights safety measures to ensure secure surveying operations.
Lesson 3: Provides information on Coptrz recommended drones for UAV surveying.
MODULE 11 – TOPOGRAPHICAL & MAPPING SURVEYING:
Participants explore topographical and mapping surveying techniques, including waypoint planning.

Lesson 1: Introduces topographical and mapping surveying methods.
Lesson 2: Focuses on installing control points to establish accurate reference points.
Lesson 3: Covers take-off locations and their significance in survey planning.
Lesson 4: Explores waypoint planning for efficient survey execution.
MODULE 12 – 3D BIM SURVEYING:
This module focuses on 3D BIM surveying techniques and capture strategies for comprehensive data collection.

Lesson 1: Introduces 3D BIM surveying and its importance in building information modeling.
Lesson 2: Covers the installation of control points for precise 3D modeling.
Lesson 3: Explores oblique photo capture techniques for detailed 3D visualization.
Lesson 4: Guides participants through survey decomposition strategies.
Lesson 5: Covers capture strategies, including segment and roof obliques.
Lesson 6: Addresses terrestrial photo capture techniques for 3D modeling.
Lesson 7: Explores additional data capture methods for comprehensive 3D BIM surveying.
Lesson 8: Demonstrates data processing for effective 3D modeling.

MODULE 13 – FINAL STEPS:
This module provides guidance on the next steps participants should take after completing the UAV surveying masterclass, ensuring successful application of the knowledge and skills acquired.

For more information on the course & delivery method, please reach out to us with your questions & the team will be happy to help find exactly what you need.