Personal Statement
I am an experimentalist interested in linear/nonlinear aeroelasticity and active control. My long-term research goal is to develop a framework that allows to embed active aeroelastic control systems into the early stages of the aircraft design for exploiting their beneficial effects on the whole aircraft.

I have an expertise in:
- aeroelastic model design (featuring complex interactions of aero- and structural dynamics as well as actuation and sensing)
- wind tunnel testing
- active control in real time environments
- morphing systems

Research priorities:
1. probabilistic robust control in nonlinear aeroelastic systems
2. active/semi-active/passive morphing techniques
3. soft robotics, autonomous manufacturing and mechatronics for healthcare

Keywords: aeroelasticity, flutter, active control, modal analysis and testing, nonlinear dynamics, wind tunnel testing, FEM, mechatronics, soft robotics, manufacturing.

Openings:
- fully funded PhD scholarship: High-Performance Flow Measurement for Fusion Reactor Auxiliary Systems: Physics-Based Optimisation of Differential Pressure Sensors in Extreme Environments
- fully funded PhD scholarship: (SATURN CDT) Prediction and Mitigation of Flow-Induced Vibration in Nuclear Thermowell Instrumentation for Current and Next-Generation Reactors