ProfessorDries Verstraete

Professor Dries Verstraete's research in sustainable propulsion systems and aircraft optimisation aims to promote the adoption of emission-free propulsion and enhance the energy efficiency and capabilities of drones and electric vertical take-off and landing (eVTOL) passenger aircraft.

"I aim to create a world where aviation can continue to connect people globally while minimising its environmental impact. I specialise in advancing electric propulsion, focusing on hydrogen fuel-cell-based and hybrid battery-electric systems.

"Two key areas I am currently tackling are fuel cell durability and propulsion system optimisation for electric vertical take-off and landing (eVTOL) aircraft.

"As an engineering academic, I seek to solve practical problems by drawing inspiration from my collaborations with the industry and defence sectors, and I aspire to translate technology developed in my lab into real-world use.

"I conducted Australia's first hydrogen-fuelled flight by integrating a hydrogen-fuelled fuel-cell-based propulsion system into a small drone. I conceived and tested a unique triple-hybrid fuel-cell propulsion system to enhance durability, and I develop optimisation techniques for eVTOL aircraft propulsion systems.

"This research has helped local businesses achieve global competitiveness as my industry partners field technologies that I have developed and matured in my lab.