Research Interests

I have participated in a diverse range of fundamental research topics dealing with coupled aerodynamic, mechanical and electrical systems. A brief list of these topics includes modal analysis, sensing, actuation and vibration energy harvesting using smart-materials, and electromechanical morphing structures. Specifically, I have developed and validated numerous novel smart-material based solid-state morphing airfoils, aircraft and all necessary electronics. As an academic, my vision is to incorporate the multi-functionality of solid-state smart-materials into mechanical, aerodynamic and biomechanical applications by conducting advanced research, teaching and advising at the undergraduate and graduate levels. My research to date in the field of smart-materials has led to two book chapters, 21 peer-reviewed journal articles and 30 conference papers, including the prestigious ASME / BOEING Best Paper Award at the AIAA SDM 2007 conference, a third place in the BOEING Engineering Student of the Year 2010 Award and an invited plenary session talk at the 5th ECCOMAS Thematic Conference on Smart Structures and Materials. My research has directly resulted in the earning of two SBIR contracts, helped earn another SBIR contract and led to two patent disclosures. In addition, I have been active in expanding my research into the area of medicine and biology by earning an NSF fellowship and attending the ASME 1st Global Congress on NanoEngineering for Medicine and Biology.