Fabian Zander

Fabian Zander serves as a Senior Research Fellow in Aerospace Engineering at the University of Southern Queensland, where he conducts research primarily focused on hypersonic flows, optical diagnostics, and rocket propulsion systems. His work bridges theoretical aerospace engineering with practical applications in space debris management and orbital mechanics.

Dr. Zander earned his PhD in Aerospace Engineering from the University of Queensland in 2013, establishing a foundation for his current research trajectory. His educational background has positioned him as an expert in hypersonic aerothermodynamics and space vehicle re-entry physics.

His research interests span hypersonic propulsion systems, optical flow diagnostics techniques, rocket engineering, and space debris management. Zander specializes in understanding the complex physics of objects re-entering Earth's atmosphere, with particular focus on predicting trajectories, assessing risks to populated areas, and developing safer de-orbiting procedures. His work addresses critical challenges in space sustainability as orbital traffic increases globally.

Zander's recent publications demonstrate a clear research trajectory focused on space debris management and orbital re-entry physics. His articles analyze the growing problem of space debris, evaluate risks to human populations and infrastructure, and explore technical solutions for controlled de-orbiting. His research connects aerospace engineering fundamentals with practical policy considerations for international space operations.

As a member of the American Institute of Aeronautics and Astronautics, Zander contributes to professional discourse in aerospace engineering. His research is supported by funding from the Australian Research Council, enabling him to conduct critical investigations into space debris management and hypersonic flow phenomena.

Dr. Zander is affiliated with the Institute for Advanced Engineering and Space Sciences (IAESS) at the University of Southern Queensland, where he collaborates with engineers and scientists on space-related research projects. His work contributes to Australia's growing presence in space research and positions the university as a center for expertise in orbital mechanics and space debris management.