Photogrammetry PRO

• To deepen and expand upon the fundamental principles of photogrammetry.
• To successfully carry out multiple advanced practical photogrammetry exercises.
• To independently plan, execute, and critically evaluate a complex photogrammetry project from start to finish (e.g., advanced 3D reconstruction).
• To master detailed photogrammetric processing techniques and workflows for various applications.
• To understand and implement strategies for achieving high accuracy and managing error sources.
• To explore special applications such as plant indexing, IR mapping, and advanced 3D modeling.

• Completion of a foundational photogrammetry training course (such as our “Photogrammetry” training) or equivalent proven advanced skills and experience in aerial photogrammetry.
• Proficiency in standard photogrammetry workflows (flight planning, data acquisition, basic processing).
• Valid EASA A1/A3 & A2 certificates (or higher, relevant to operations).

This intensive 5-day PRO training is approximately 50% practical exercises and project work. Key areas include:

I. Foundational Review and Business Acumen:

• Basic Principles (Brief Rehearsal): Core concepts of photogrammetry, data types (point cloud, mesh, orthomosaic, DTM/DSM).
• Commercial & Business Aspects:
  • Diverse applications and market opportunities.
  • Understanding client needs, managing customer expectations.
  • Competitive landscape analysis.
  • Addressing common challenges in professional photogrammetry.
  • Product vs. Service models, and effective pricing strategies.

II. Advanced Mapping Concepts and Technologies:

• Mapping Terminologies & Concepts: In-depth review.
• Airborne Devices and Sensors: Exploration of various UAS platforms, advanced camera sensors, LiDAR, multispectral, and thermal imagers. Demonstration of different drones and sensors.
• RTK/PPK GPS/GNSS: Theory and practical application for high-accuracy georeferencing.
• Advanced Georeferencing: Deep dive into coordinate systems, elevation models, and transformations.

III. Detailed Photogrammetric Processing & Applications:

• Imaging Applications: Review of standard and specialized uses.
• Detailed Photogrammetric Processing Workflow: Advanced techniques in image alignment, dense cloud generation, mesh optimization, texturing.
• Standard Applications: Optimal implementation strategies for common projects.
• Special Applications:
  • Advanced 3D reconstruction techniques.
  • Generating and interpreting plant health indices (e.g., NDVI).
  • Infrared (IR) thermal mapping principles and processing.
• Accuracy, Tolerance, and Error Sources: Understanding, managing, and reporting on data accuracy.
• Data Post-Processing:
  • Point cloud classification and filtering (e.g., ground vs. non-ground).
  • Generation and refinement of Digital Terrain Models (DTMs) and Digital Surface Models (DSMs).
  • Vectorization of features from orthomosaics or point clouds.
  • Advanced calculations: cross-sections, complex volume calculations, stockpile monitoring.

IV. Practical Application & Project Work:

• Mapping Competition / Group Mission:
  • Conducting a typical complex mission as a team.
  • Clarifying mission objectives and client requirements.
  • Selecting appropriate equipment and sensors.
  • Detailed flight planning for complex scenarios.
  • Execution of the flight mission(s).
  • Thorough evaluation of acquired data and mission outcomes.
  • Group discussion, debriefing, and lessons learned.
• Advanced 3D Reconstruction Project:
  • Execution of a complex 3D reconstruction project from A to Z.
  • Includes terrain survey, meticulous data capture, advanced processing, and final evaluation of the 3D model.
• Multiple Practical Exercises: Several hands-on exercises are integrated throughout the course focusing on specific techniques and software workflows.

This course is heavily practice-focused (approximately 50% of course time). Participants will engage in:

• Multiple advanced practical exercises using various datasets and software.
• A team-based "mapping competition" simulating a real-world complex project.
• An individual capstone project involving the planning, execution, processing, and evaluation of an advanced 3D reconstruction.
• Hands-on work with different types of drone data and sensor outputs (if applicable).
• Intensive use of photogrammetry processing software to apply advanced techniques.

Assessment in the Photogrammetry PRO training is continuous and performance-based, focusing on the practical application of advanced skills:

• Active participation and demonstrated understanding during theoretical discussions and practical exercises.
• Successful completion and presentation of the team-based "Mapping Competition" mission, including planning, execution, and evaluation.
• Successful execution and comprehensive evaluation of an individual complex 3D reconstruction project.
• Demonstrated ability to apply advanced processing techniques and critically analyze results.

A certificate is awarded upon successful demonstration of these advanced competencies.

Experienced professionals in Construction, Agriculture, Geometry, Architecture, Cartography, and Topography who already possess advanced skills in aerial photogrammetry and are looking to master complex projects, specialized applications, and advanced data processing workflows.