Engineering of unmanned aerial vehicles (UAVs) for civilian use

Engineering of unmanned aerial vehicles (UAVs) for civilian use is designed for students seeking comprehensive knowledge and skills in the design, manufacturing, and operation of UAVs for civilian purposes. The program spans 90 hours and covers the following disciplines:

1. Applications of UAVs for Civilian Purposes:
Exploration of a wide range of industries and sectors where UAVs can be utilized, including agriculture, surveying, environmental monitoring, transportation services, and others.
2. UAVs Aerodynamics Fundamentals:
Delving into the fundamental principles of aerodynamics that govern the design and operation of UAVs.
3. UAVs Configurations and Designs:
Examination of various UAVs configurations and designs and their suitability for specific tasks and operational environments.
4. UAVs Propulsion Systems:
Overview of modern technologies in UAVs propulsion systems, including electric, hybrid, and other types of powertrains.
5. UAVs Manufacturing Technologies:
Exploration of advanced materials and manufacturing techniques employed in UAVs, encompassing 3D printing, composite materials, and others.
6. UAVs Communication and Navigation Systems:
Study of various communication and navigation systems used for controlling and piloting UAVs in civilian applications.
7. Artificial Intelligence for Civilian UAVs Systems:
Investigation of the application of artificial intelligence and machine learning to enhance the functionality and efficiency of UAVs in civilian sectors.
8. UAVs Certification:
Examination of the UAVs certification process in accordance with regulatory requirements and safety standards.
9. Innovation Management in UAVs Businesses:
Mastery of the fundamentals of managing innovative projects and businesses in the civilian UAVs industry.

The course will be taught by a team of distinguished scholars, aviation industry experts, business leaders, and innovators who are actively involved in UAVs research, development, and market growth.