The Advanced Air Mobility Research and Innovation Lab (AAMRIL) provides an interdisciplinary environment for investigating the technologies, operations, infrastructure and human systems necessary to enable advanced air mobility (AAM) as an integrated transportation network.
AAMRIL approaches AAM as a complex system of systems whose performance emerges from interactions among vehicles, airspace, infrastructure, energy systems, communications, automation, operators, communities and the broader transportation network. The lab provides the tools and collaborative environment needed to explore these interactions through modeling and simulation, data-driven analysis, concept development, human-centered research and operational experimentation.
AAMRIL supports the development and evaluation of concepts of operation across areas, including airspace and traffic management, autonomy, flight safety, human factors, infrastructure, policy and public acceptance. Through interdisciplinary research and collaboration with government, industry and community partners, the lab works to translate emerging AAM concepts into practical approaches for the safe, efficient, equitable and sustainable integration of AAM into the transportation system.
Equipment
- High-Performance Workstations
- Airspace Modeling Software
- Color 3D Printer Systems
- Large-Screen Displays
- Conferencing Space
Lab Director
