My research interest is in mechanical and interdisciplinary engineering with an emphasis on computational, analytical, and experimental studies on physical phenomena in environmental and industrial problems. I have extensive research experience in modeling, designing, and developing of advanced energy systems to overcome heat and mass transfer limitations. In addition, I have excellent, up-to-date knowledge of both theoretical and applied/ experimental techniques in the fields of interest, and be able to link current themes and state-of-the-art applications in my research activities. I also have experience in CFD and engineering analysis tools. Some of my current research activities are as follows.

·   Modeling of Fluid Flow and Heat Transfer

·   Boiling Heat Transfer and Two-Phase Flow

·   Transport Phenomena in Porous Media

·   Electronic Cooling Techniques

·   Microfluidic-Microelectronic Technologies/ Design, Fabrication and applications

·   Heat Pipe and Fuel Cell Technologies

·   Renewable Energy Techniques/and Energy Efficiency