Guidance, Navigation and Control, Human Machine Interfaces, Propulsion, Time compression
The activities are focused on the development of advanced design techniques, such as multidisciplinary optimization and Time Compression, and their application in the fields of guidance, control and navigation, propulsion and human-machine interface.
Application of traditional conceptual design methodologies and development of advanced Multidisciplinary Optimization techniques for remotely piloted and autonomous aircraft.
Development and control of electronic power converters and electric drives; modeling and development of electric propulsion systems for aerospace applications.
Development of Time Compression techniques (Rapid Prototyping, Reverse Engineering, Virtual Reality, Process Simulation) for applications in the aerospace field.
Analysis and development of HMI (Human Machine Interfaces) and their evolution, linked to the growing complexity of the systems with which they allow interaction; application to remote piloting of autonomous aircraft.
Development of advanced combustion control systems in internal combustion engines; simulation of the internal ballistics of rocket engines; development of electric propulsion systems for aeronautical and space applications.
Development and testing of aircraft capable of performing autonomous or semi-autonomous missions; development and numerical simulation of control laws based on non-linear techniques.
Responsible for the Aeronautical Design operative unit
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