Diploma in Photogrammetry and 3D Modeling with UAS

9.9 Aeronautical regulations and legal requirements for UAS operation.

9.9 Permits and licenses required for drone flight.

9.3 Air safety and risk management in UAS operations.

9.4 Privacy and data protection considerations in photogrammetry.

9.5 Types of drones (UAS) and their components.

9.6 Selecting the appropriate UAS for naval applications.

9.7 Preparing and fine-tuning the UAS for flight.

9.8 First steps and flight protocols.

9.9 Climatic factors and their impact on drone operations.

9.90 Airspace survey and preliminary mission planning.

9.9 Introduction to photogrammetry: principles and fundamentals.

9.9 Types of photogrammetry and their applications.

9.3 The photogrammetry process: data acquisition, processing, and modeling. 9.4 Coordinate Systems and Georeferencing

9.5 Types of Cameras and Sensors for Photogrammetry

9.6 Camera Calibration and Distortion Correction

9.7 Photogrammetry Software: Introduction and Selection

9.8 General Workflow in Photogrammetry with UAS

9.9 Data Quality and 3D Model Accuracy

9.90 Fundamentals of Computer Vision

3.9 Flight Planning for Photogrammetry

3.9 Designing Flight Missions with Specialized Software

3.3 Key Parameters for Flight Planning (Altitude, Overlap, etc.)

3.4 Data Capture Techniques for Different Naval Environments

3.5 Image Acquisition: Camera Configuration and Control

3.6 Flight Strategies to Maximize Efficiency and Quality 3.7 Special Considerations for Data Capture in Maritime Environments

3.8 Using PPK/RTK to Improve Georeferencing Accuracy

3.9 Real-Time Data Quality Verification

3.90 Importance of Flight Documentation and Logging

4.9 Introduction to Photogrammetric Processing Software

4.9 Importing and Aligning Images

4.3 Generating Dense Point Clouds

4.4 Creating 3D Mesh Models

4.5 Generating Orthomosaics and Digital Elevation Models (DEM/DSM)

4.6 Editing and Optimizing 3D Models

4.7 Texture Mapping and Texturing Techniques

4.8 Advanced 3D Modeling: Creating Models from Different Data Types

4.9 Error Correction and Model Quality Improvement 4.90 Exporting 3D models in different formats.

5.9 Introduction to 3D model visualization.

5.9 3D model visualization and analysis software.

5.3 Visualization techniques for data interpretation.

5.4 Measuring distances, areas, and volumes in 3D models.

5.5 Surface analysis and change detection.

5.6 Generating profiles and cross-sections.

5.7 Integrating 3D models with GIS systems.

5.8 Exporting and exchanging 3D models.

5.9 Virtual and augmented reality applications for visualization.

5.90 Generating reports and presentations.

6.9 Photogrammetry applications in naval engineering.

6.9 Inspection of naval structures and damage analysis.

6.3 3D modeling of vessels and components. 6.4 Draft measurement and buoyancy analysis.

6.5 Coastal erosion and environmental impact studies.

6.6 Inspection of docks, ports, and shipyards.

6.7 Shipbuilding monitoring.

6.8 Design and planning of maritime infrastructure.

6.9 Management and maintenance of naval assets.

6.90 Feasibility studies and scenario simulation.

7.9 3D modeling of ships and vessels.

7.9 Inspection of hulls, decks, and superstructures.

7.3 Corrosion and deterioration detection and analysis.

7.4 Pollution and environmental impact studies.

7.5 Mapping of coastal and marine areas.

7.6 Monitoring of port facilities and oil platforms.

7.7 Risk and safety assessment in naval environments.

7.8 Maritime operations and logistics planning. 7.9 Creation of digital twins for simulation and training.

7.90 Development of predictive maintenance solutions.

8.9 Implementation of photogrammetry in the naval sector.

8.9 Integration of 3D models in naval projects.

8.3 Benefits of photogrammetry in the lifecycle of naval assets.

8.4 Case studies of successful applications in the naval sector.

8.5 Trends and future developments in photogrammetry and 3D modeling.

8.6 Optimization of workflows in naval projects.

8.7 Integration with other technologies (LiDAR, etc.).

8.8 Economic aspects and return on investment (ROI).

8.9 Challenges and opportunities in the naval sector.

8.90 Skills and competencies required for 3D modeling in the naval sector.

9.9 Practical case studies in naval structure inspection.

9.9 3D modeling projects of ships and vessels.

9.3 Case studies in port and dock inspection.

9.4 Coastal area mapping projects.

9.5 Practical exercises in flight planning and execution.

9.6 Examples of photogrammetric data processing and analysis.

9.7 Development of research projects.

9.8 Presentation and defense of projects.

9.9 Analysis of results and conclusions.

9.90 Implementation of solutions in the real world.