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Dr. Anuj Mubayi

Dr. Anuj Mubayi

  • Email: amubayiasu.edu
  • Website
  • Arizona State University
  • Status: Faculty
  • Department: Math, Stat,
  • Will Mentor: Doctoral students, Pre-doctoral students

Areas of Expertise

Applied Mathematics, Applied Statistics,

Bio

He holds adjunct appointments at multiple institutions including the University of Texas at Arlington, Northeastern Illinois University at Chicago, the Prevention Research Center-in Berkeley, and the Barrett Honors College at Arizona State University.

He held a Gates Foundations and a NIHs fellowship at the Cleveland Clinic and the Case Western Reserve University School of Medicine, respectively.

Dr. Mubayi is a recipient of 2009 National Institute on Alcohol Abuse and Alcoholisms Junior Investigator Award.

He is an applied and computational mathematical scientist whose research program is driven by the quantitative and qualitative modeling of problems of interest to the public health or social sciences communities. He has extensive experience in the successful development of strong mathematical sciences research programs. His recent research includes development intonewtools againstcontrolling neglected tropical diseases like Visceral Leishmaniasis, Chagas, and Lymphatic Filariasis as well as to understandissuesin humansocialdevelopment and interactions leading to complex societal problems. His recent research has been published in Addiction, Journal of Infectious Diseases, PLoS, Journal of Theoretical Biology, Mathematical Biosciences, and Mathematical Population Studies.

His current appointments are:

  • Assistant Professor of Applied Mathematics, School of Human Evolution and Social Change (SHESC);
  • Simon A. Levin Mathematical Computational Modeling Science Center (SAL-MCMSC), Arizona State University-Tempe.
  • Co-Director, Mathematical Theoretical Biology Institute (MTBI).

His research interests are:

He is an applied and computational mathematical scientist whose research program is driven by the quantitative and qualitative modeling of problems of interest to the public health or social sciences communities. He has extensive experience in the successful development of strong mathematical sciences research programs. His recent research includes the development into new tools against controlling neglected tropical diseases like Visceral Leishmaniasis, Chagas, and Lymphatic Filariasis as well as to understand issues in human social development and interactions leading to complex societal problems.