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NAVEEN K. VAIDYA, PH.D.
nvaidya@sdsu.edu | Personal website | Google Scholar Dr. Naveen K. Vaidya is a full Professor of Mathematics at San Diego State University (SDSU). Before joining SDSU, he has obtained experience of assistant professorship at University of Missouri - Kansas City, and postdoctoral research at Los Alamos National Laboratory, New Mexico and Western University, Canada. He received PhD in Applied Mathematics and M.Sc. in Industrial and Applied Mathematics from York University, Canada. He has also received M.Sc., B.Sc. and B.Ed. degrees from Tribhuvan University, Nepal. Dr. Vaidya's research interests include applied mathematics, with specific areas of interest in mathematical biology (pathogen dynamics and immune systems, epidemiology, and ecology), mathematical and computational modeling, differential equations, dynamical systems, optimal control, biostatistics, and machine learning. Currently, his primary focus lies on developing models of human, animal and coral diseases, pathogen evolution, and their controls. He has published his research work in numerous peer-reviewed international journals. |
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AUDREY OLIVER, M.S.
akoliver@sdsu.edu Audrey Oliver is pursuing a PhD degree at the SDSU-UCI Joint Doctoral Program of the SDSU Computaional Science Research Center. Project: Modeling Dengue and HIV. | |
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ANANTA UPRETI, M.S.
Co-supervised with Dr. Jivandhar Jnawali, Tribhuvan University, Nepal Ananta Upreti is pursuing a PhD degree at Tribhuvan University, Nepal. Project: Modeling dengue transmission in Nepal. | |
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ANUP TULADHAR, M.S.
Co-supervised with Dr. Jivandhar Jnawali, Tribhuvan University, Nepal Anup Tuladhar is pursuing a PhD degree at Tribhuvan University, Nepal. Project: Modeling coinfection of SARS-CoV-2 and HIV. | |
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GANGA D.C., M.S.
Co-supervised with Dr. Jivandhar Jnawali, Tribhuvan University, Nepal Ganga D. C. is pursuing a PhD degree at Tribhuvan University, Nepal. Project: Modeling lumpy disease in animals. | |
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NILAM KHAREl, M.S.
Co-supervised with Dr. Khagendra Adhikari, Tribhuvan University, Nepal Nilam Kharel is pursuing a PhD degree at Tribhuvan University, Nepal. Project: Modeling Dengue Transmission in Eastern Nepal. | |
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YAGYA RAJ PANTA, M.S.
Co-supervised with Dr. Khagendra Adhikari, Tribhuvan University, Nepal Yagya Raj Panta is pursuing a PhD degree at Tribhuvan University, Nepal. Project: Modeling the imapct of climate in dengue transmission. | |
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LAURA HU, B.S.
xhu3914@sdsu.edu Laura Hu is pursuing an MS degree in Applied Mathematics at San Diego State University. Project: Modeling the effects of climate on the transmission dyanamics of high and low pathogenic avian influenza. | |
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SEBASTIAN GRIEGO, B.S.
sgriego@sdsu.edu Sebastial Griego is pursuing an MS degree in Applied Mathematics at San Diego State University. Project: Mathemtical modeling and aachine learning to predict the dynamics of HIV latently infected cells under antiretoviral therapy. | |
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ODYMPE GENTY, B.S.
ogenty8036@sdsu.edu Odympe Genty is pursuing an MS degree in Applied Mathematics at San Diego State University. Project: Modeling the climate effect on dengue transmission in Nepal. | |
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PETER LENZ, B.S.
plenz0730@sdsu.edu Peter Lenz is pursuing an MS degree in Applied Mathematics at San Diego State University. Project: Math-Model Informed Neural Netowork (MINN) to predict reproduction number of infectious diseases. | |
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ALYSSA WILHELM, B.S.
awilhelm3687@sdsu.edu Alyssa Wilhelm is pursuing an MS degree in Applied Mathematics at San Diego State University. Project: Modeling innate immune responses against to SARS-Cov-2 infections. | |
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ANGEL CABRAL, B.S.
acabral5169@sdsu.edu Angel Cabral is pursuing an MS degree in Applied Mathematics at San Diego State University. Project: Sptiotemporal dynamics of dengue transmission. |
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Jayna Snyder
jsnyder8472@sdsu.edu Jayna Snyder is pursuing a B.S degree in Statistics (Data Science) at San Diego State University. Project: Reproduction Numbers of Degue in Taiwan. | |
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Behrad Behesthi
bbeheshtishira7627@sdsu.edu Behrad Behesthi is pursuing a B.S degree in Computer Science at San Diego State University. Project: Machine Learning Approach to predict dengue infection in Bangladesh. | |
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HABON AHMED
hahmed9195@sdsu.edu Habon Ahmed is pursuing a B.S degree in Applied Mathematics at San Diego State University. Project: Modeling the healthcare accessibility in comunities during epidemics. | |
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JESSE GOMEZ
jgomez2@sdsu.edu Jesse Gomez is pursuing a B.S degree in Applied Mathematics at San Diego State University. Project: Modeling the effect of nanoparrticle on the distrubtion of HIV particles in mucus. | |
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THEA ENACHE
tenache8901@sdsu.edu Thea Enache is pursuing B.S Public Health, B.S Computer Science, Statistics Minor, and Mathematics Minor at San Diego State University. Project: Integrating within-host viral dynamics with between-host transmission of SARS-CoV-2. | |
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KYLER FUNG
kfung8886@sdsu.edu Kyler Fung is pursuing a B.S degree in Applied Mathematics at San Diego State University. Project: Modeling the effects of climate stochasticity on dengue-transmitting mosuito populations. |
