eVTOLs: architecture, certification, operations, and future operations

This course delivers a comprehensive, technical introduction to eVTOL (electric Vertical Take-Off and Landing) aircraft and the broader Advanced Air Mobility (AAM) ecosystem. You will learn why eVTOLs represent a structural shift in aviation, how they enable new mobility concepts such as Urban Air Mobility (UAM), and how they differ from drones and conventional helicopters in terms of safety expectations, automation, and certification requirements.

The course then dives into the major eVTOL architectures—multirotor, lift + cruise, tilt-rotor, and tilt-wing—explaining how each configuration works and the key trade-offs affecting efficiency, redundancy, control complexity, noise footprint, and certification strategy. You will also study the critical systems that define eVTOL safety and performance: distributed electric propulsion (motors, inverters, rotors), energy storage and power management (BMS and thermal management), fly-by-wire flight control, sensors and state estimation, avionics and mission management, communications/data links, and redundancy and fault management.

Finally, the course covers airworthiness and avionics certification in the eVTOL context, including core standards (DO-178C, DO-254, DO-160G) and DAL A/B rigor, as well as organizational and equipment approvals (POA, APDOA, ETSO/ETSO-C198). It concludes with real-world use cases and operational models (air taxi, regional mobility, emergency services, cargo/logistics), including the role of vertiports, UTM/ATM integration, fleet and energy planning, and the societal factors that will shape adoption over the coming decades.