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Earth Observation and Space Exploration

Design and control of UAV systems in complex environments

Multi-agent mission control architectures, optimization of flight paths, design of micro-rotorcraft UAVs

Robotics systems for space applications

New technological solutions for actuation, control, vehicle management, advanced self-repairing materials, bio-mimetic structures, self-healing materials.

Space missions and trajectories design

Coordination of distributed multidisciplinary system design and optimization, trajectory design and control, celestial mechanics with a many-body model

Environmental impact of space missions

Investigation of the impact of launcher plumes on the atmosphere, hybrid rockets

Space debris avoidance

Design of an active de-orbiting onboard system, debris removal

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