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Drones and Their Applications in Civil Engineering

Industry-Specific
Digital Skills

Science and Technology

Duration

50h

PRESENTATION

The Course Drones and Their Applications in Civil Engineering offers you the opportunity to break into a booming industry where the demand for skilled professionals continues to grow. Drones have revolutionized the approach to engineering projects, contributing accuracy, efficiency, and cost savings. Throughout the course, you will acquire essential skills, such as working with onboard sensors and remote sensing, as well as digital image processing. You will also explore advanced applications such as the use of technologies LIDAR and integration with geographic information systems. This knowledge will give you a competitive edge in the job market, equipping you to implement innovative solutions in large-scale projects. The training is entirely online, allowing you to learn at your own pace and from anywhere. Join this course and become part of the cutting-edge technology in civil engineering, broadening your professional horizons.

Frequently Asked Questions About the Course on Drones in Civil Engineering

How are drones used in civil engineering projects?
They are used for infrastructure inspection, construction monitoring, surveying, and asset management.
Which professional roles require training in the use of drones for civil engineering projects?
Engineers, field technicians, maintenance managers, and inspection teams.
Does this training help improve efficiency in construction projects?
Yes, it helps reduce inspection times, improve data accuracy, and optimize resources.
Does this training integrate with digital project management tools?
Yes, it can be integrated into corporate environments and talent management systems.
Is it possible to certify the teams after they complete the training?
Yes, the platform offers certification and tracking of learning progress.

Objectives

  • Understanding the basics of drone applications in civil engineering.

  • Analyze data from remote sensing collected by drones for civilian projects.

  • Identify and use sensors in drones for precise measurements.

  • Digitize captured images by drones for analysis.

  • Integrate drone data with Geographic Information Systems efficiently.

  • Apply knowledge of drones operating in the visible spectrum to surveying studies.

  • Using drones in the infrared to detect structural problems.

Syllabus

TEACHING UNIT 1. BASIC CONCEPTS AND FUNDAMENTALS IN DRONE APPLICATIONS What Is a Drone? Types of Drones The Regulatory Framework for Drones Types of Flights Requirements for Aerial Operations Applications of Drones References TEACHING UNIT 2. REMOTE SENSING USING DRONES Objectives of the Topic Definition and Concepts of Remote Sensing Electromagnetic Radiation Interactions of Electromagnetic Radiation with the Atmosphere Interactions of Electromagnetic Radiation with Land Cover Spectral Response Exercises References TEACHING UNIT 3. SENSORS FOR DATA ACQUISITION Topic Objectives Sensors: Resolution Concepts Types of Sensors Visible-Light Sensors Multispectral Sensors Hyperspectral Sensors Thermal Sensors Lidar sensors References TEACHING UNIT 4. DIGITAL IMAGE PROCESSING TECHNIQUES Unit Objectives The digital image Image corrections Image enhancement Information extraction Exercises References TEACHING UNIT 5. INTEGRATION WITH GEOGRAPHIC INFORMATION SYSTEMS Learning Objectives Decision support systems Geographic information systems Cartographic and geodetic fundamentals Spatial analysis Map algebra Types of Geographic Information Systems Exercises References TEACHING UNIT 6. VISIBLE-LIGHT APPLICATIONS: FILMING, INSPECTION, AND PHOTOGRAMMETRY Introduction Photography and Video Applications Based on Drone Filming Flight Planning Introduction to Photogrammetry and SFM References TEACHING UNIT 7. APPLICATIONS IN THE REFLECTED INFRARED SPECTRUM: VEGETATION INDICES AND LITHOLOGICAL INDICES Introduction Reflected Infrared Vegetation Indices Lithological Indices Applications References TEACHING UNIT 8. THERMAL INFRARED APPLICATIONS: THERMOGRAPHY Introduction Aerial Thermography Applications References TEACHING UNIT 9. LIDAR APPLICATIONS: DIGITAL ELEVATION MODELS Introduction Lidar technology Digital terrain models Relief components Relief analysis Applications References TEACHING UNIT 10. OTHER TYPES OF DRONES Introduction Geophysical Sensors ROV AUV Vessels Applications References
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Are the Educa PHAROS courses eligible for credit?

Many courses can be credited toward the master's programs at Structuralia.
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Educa PHAROS is a next-generation training model that places a company’s human capital at the forefront. Through a platform that adapts to each company’s corporate identity and offers a total of more than 900 courses, it provides tailored training for each organization. The unlimited flat-rate plan provides each company with the number of courses that best suits its needs, as well as the ability to determine which employees will have access.
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