Published numerous academic papers on topics including but not limited to: multiple input tangential interpolation-driven damage detection of a jet trainer aircraft, identification of nonlinearity sources in a flexible wing, photoacoustic spectroscopy combined with a multipass circular cell to detect low concentrations of ammonia, damping identification sensitivity in flutter speed estimation, improved tangential interpolation-based multi-input multi-output modal analysis of a full aircraft, noise-robust modal parameter identification and damage assessment for aero-structures, a global-local meta-modelling technique for model updating, a Loewner-based system identification and structural health monitoring approach for mechanical systems, ground vibration testing of a flexible wing: a benchmark and case study. Additionally, participated as a principal or co-researcher in various research projects.
Research Experience
Member of the Aerospace Engineering Department and the Aerospace Engineering Research Group; Involved in several research projects, such as application of artificial intelligence for real-time combustion analysis, tangential interpolation-driven operational modal analysis, etc.
Background
Assistant Professor; Research interests include Aeronautics and Mechanical Engineering.