U-Space / UTM

Beginner

Upon completing this course, students will be able to: - Demonstrate Understanding of U-Space and UTM Concepts: Explain the foundational principles of U-Space in Europe and UTM systems globally; identify the objectives, components, and functions of U-Space and UTM in ensuring safe and efficient drone operations in shared airspace. - Navigate Regulatory and Legal Frameworks: Interpret the regulatory and legal frameworks that underpin the U-Space and UTM system; ensure compliance with national and international aviation standards and regulations. - Implement U-Space Services: Describe the services provided within U-Space, such as e-registration, e-identification, geofencing, and traffic information; demonstrate the ability to implement these services in drone operations effectively. - Apply Traffic Management Strategies: Develop strategies for managing drone traffic, including conflict detection and resolution; implement strategic deconfliction and dynamic airspace configuration techniques. - Assess and Mitigate Risks in Drone Operations: Conduct risk assessment specific to drone operations within U-Space; apply mitigation strategies considering factors such as airspace density, ground risk, and weather conditions. - Integrate Drones into Multi-Modal Transport Systems: Explore the integration of drone operations with other modes of transportation within smart cities and urban mobility contexts; enhance the efficiency and accessibility of transport systems through drone integration.

None

- Introduction to U-Space: Overview of U-Space or Unmanned Aircraft System Traffic Management (UTM) concepts, objectives, and the framework for safely integrating drones into the airspace. - U-Space Services: Detailed examination of U-Space services, including e-identification, geofencing, flight authorization, and traffic information. - Regulatory Environment: Understanding of the regulatory landscape for U-Space, including current regulations, standards, and future developments at national and international levels. - Drone Registration and E-Identification: Process for registering drones and technology behind electronic identification systems. - Airspace Management and Conflict Resolution: Strategies for managing drone operations in shared airspace, including conflict detection and resolution strategies. - Remote Identification and Tracking: Importance of remote identification and tracking of drones for security, safety, and compliance. - Integration with Human-Crewed Aviation: Challenges and strategies for integrating drone traffic with human-crewed aviation within the same airspace.

- Bartsch, R., & Coyne, J. (2020). Drones in Society: Exploring the Strange New World of Unmanned Aircraft. Routledge. ISBN: 978-1472451125. - EASA. (2023). U-space ConOps and Architecture (4th ed.). EUROCONTROL, CORUS-XUAM Consortium, https://www.sesarju.eu/sites/default/files/documents/reports/U-space%20CONOPS%204th%20edition.pdf

Exam

English

5

0

2.5

Presentation, group work, discussion, exercises

4

4_4

integrated lecture

Compulsory