Research Specialization

Tethered spacecraft systems; Multifunctional materials; Additive manufacturing in space; Computational solid mechanics; dynamics and control of space systems, machine learning; 3D printing in space, and CubeSat.

My research interests include computational solid mechanics, dynamics of mechanical systems, and numerical methods and their applications in the aerospace and defence industries. I am particularly interested in space tethers, such as the dynamics and control of tethered spacecraft systems and the application of electrodynamic tether control to the removal of space debris. Other applications include aerial refuelling systems, aerial cable-towed instruments, and underwater cable-towed systems. Additionally I am engaged in developing autonomous space robotics for on-orbit servicing. In support of many of these endeavours, I also study multi-functional composite materials and additive manufacturing in space.

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UN Goals