The aim of my research is to advance the understanding of complicated aeroelastic and dynamic systems and improve prediction of these systems. My principal research interests include: 

• Linear and nonlinear aeroelasticity: Stability analysis of TI and TP systems, bifurcation analysis, prediction of periodic solutions, dynamic and gust loads, Aircraft loading, Dynamics of Flexible aircraft, Unsteady aerodynamics

• Structural dynamics: Modal analysis, vibrations in bladed rotating assemblies, linear and nonlinear system identification, rotordynamics, vibration attenuation

• Design of Aerospace Vehicles: Design of fixed and rotary-wing vehicles

Also, the multi-disciplinary nature of my research has allowed me to apply my expertise in all of the following areas: 

• Aeronautics: Aircraft, helicopters, eVTOL, tilt-rotor aircraft, UAVs, turbomachinery 

• Civil engineering: Bridge decks, suspension cables, tall buildings 

• Energy: Wind turbines