Overview

Advanced Air Mobility (AAM) refers to the next generation of air transportation systems that use innovative aircraft, such as electric vertical take-off and landing (eVTOL) vehicles, drones, and autonomous aircraft, to move people and cargo efficiently.

AAM aims to improve urban and regional transportation by integrating these aircraft into existing infrastructure while reducing emissions, travel times and providing access to geographical locations that cannot be easily reached by other modes of transport.

Who should attend

Professionals looking to explore the exciting world of AAM, upskill and improve their knowledge, pivot into a future-focused industry, understand various career paths, and uncover investment and partnership opportunities.

Learning outcomes

  • Understanding the vision and evolution of AAM
  • Learning about AAM market dynamics and strategic drivers
  • Improving knowledge of government policies and regulations
  • Identifying strategic opportunities and challenges in AAM
  • Understanding airframes and the differences with conventional aircraft
  • Learning about propulsion technologies
  • Discovering the future of AAM operations in the form of autonomy and AI
  • Understanding the operational services required for AAM, including ground infrastructure

About your instructor

  • Adam Groszek

    Technical Manager, Aerostructures Innovation Research (AIR) Hub
    Adam has over 50 years of experience as an engineer and leader in the Aerospace sector, where he has successfully delivered commercial and military aircraft programs. Adam has extensive knowledge in the design, stress analysis and manufacturing of composite aircraft structures, and along with his current role with the AIR Hub, he has also been lecturing in Aerospace.

Why Swinburne?

Qualified and experienced specialist trainers

High quality state of the art facilities

 

Enquire now