I am an atmospheric modeler with an engineering background, deeply passionate about pushing the boundaries of research. My journey in academia has taken me from earning Ph.D. and M.Eng. degrees to conducting postdoctoral research in Malaysia and later teaching Computer Engineering in Libya. Presently, I serve as a Specially Appointed Assistant Professor at the University of Hyogo in Japan, where my focus lies in numerical cloud modeling—especially in areas concerning severe weather and regional climate modeling. My role involves working on a pioneering project aimed at enhancing severe weather predictions through the innovative Super-Droplet Method. My multidisciplinary expertise spans engineering, atmospheric modeling, and Electromagnetic wave propagation, allowing me to contribute a unique perspective to the field. I've been fortunate to collaborate on multiple international projects and contribute to scientific journals. At heart, I'm driven by curiosity and the belief that through scientific inquiry, we can uncover solutions to some of the world's most pressing challenges. Whether it's realizing a safe society by predicting severe weather, or to combat climate change, I'm committed to contributing knowledge that makes a difference.
For more information, have a look at my curriculum vitae .
Highly accurate simulation of cumulonimbus clouds and precipitation by properly representing the diverse morphologies of ice particles and water droplets
DemoOrcid 0000-0001-7304-730X | Google Scholar goo.gl/LMy68D | ResearchGate /profile/Manhal-Alhilali