We have had a bit of wanderlust with research and have been fortunate to have been exposed to many different areas. More details can be found at the links below (or above).
Nonlinear System Diagnostics: The development of dynamics theory and machine learning have brought new paradigms to identify and forecast complex nonlinear behavior. Our focus is on smart diagnostics and the related inverse problem.
Unmanned Systems: Much of our current research is focused on unmanned system dynamics and control.
Biomedical Diagnostics: Biomedical diagnostics is the study of procedures that provide information to aid the screening, detection, diagnosis and monitoring of medical problems.
Nonlinear Dynamics: Isn't everything nonlinear? Our work has focused on engineering applications.
Machinery Dynamics: Nonlinear regime can be potentially harmful and requires sufficient knowledge on the system to implement an appropriate control strategy. However, the efficiency of numerous of engineered systems could be enhanced in the nonlinear regime.