🧠 General Introduction

With the rapid advancement of technology, drones have become essential tools in infrastructure inspection, offering unmatched precision, speed, and safety in accessing hard-to-reach or hazardous areas.

Drones are now widely used to inspect bridges, towers, pipelines, industrial facilities, and electrical networks, capturing high-quality data through thermal imaging, LiDAR, and 3D mapping.

These technologies help reduce operational costs, shorten inspection time, and improve the accuracy of technical evaluations, making drones a preferred solution for both public and private sector asset management.

This workshop is designed to equip participants with the knowledge and skills to operate drones, select appropriate systems, and apply them effectively in infrastructure inspection.

It includes practical training, real-world case studies, and data analysis models to help participants turn theoretical knowledge into actionable field applications.

By the end of the program, attendees will be able to lead drone-based inspection projects and deliver advanced operational and engineering results.

🎯 Target Audience

• Infrastructure and maintenance engineers
• Asset and facility management teams
• Safety and technical inspection officers
• Engineering project managers
• Smart technology and control consultants
• Academics and researchers in drone applications

🎯 Expected Outcomes

• Understand the fundamentals of drone-based engineering inspections
• Select appropriate systems and technologies for different infrastructure types
• Execute inspection missions and analyze field data
• Improve evaluation quality and reduce operational risks
• Enhance efficiency and sustainability in infrastructure management

🧪 Scientific Topics

Theme 1: Introduction to Drone Technologies

Session 1: Types of Drones and Their Components

• Multirotor and fixed-wing drones
• Navigation and control systems
• Integrated cameras and sensors

Session 2: Engineering Applications of Drones

• Inspection of elevated and hazardous structures
• Topographic and engineering surveys
• Monitoring construction projects

Theme 2: Planning and Executing Inspection Missions

Session 1: Flight and Inspection Mission Planning

• Defining objectives and locations
• Preparing flight paths
• Assessing environmental and field conditions

Session 2: Field Execution and Data Collection

• Operating drones and sensors
• Capturing images and videos
• Ensuring data quality and consistency

Theme 3: Data Analysis and Technical Reporting

Session 1: Image Processing and Engineering Data Analysis

• Aerial image analysis software
• 3D modeling and reconstruction
• Extracting technical indicators

Session 2: Reporting and Recommendations

• Organizing technical findings
• Identifying defects and risks
• Proposing maintenance and restoration solutions

Theme 4: Safety and Legal Compliance

Session 1: Safety Procedures During Operation

• Risk assessment and mitigation
• Use of protective equipment
• Emergency and deviation management

Session 2: Legal Framework and Regulations

• Civil aviation laws
• Licensing and permits
• Compliance with local and international standards

Theme 5: Integration with Smart Management Systems

Session 1: Linking Inspection Results to Asset Management Systems

• Integrating data with GIS platforms
• Using AI for predictive analysis
• Supporting technical decision-making

Session 2: Future of Drones in Infrastructure

• Emerging technologies
• Challenges and opportunities
• Global trends in drone applications