About Me

I am an Associate Professor of Mathematics at Mississippi State University, where I have been a faculty member since 2009. My research spans a diverse range of fields, including mathematical biology, quantum computing, stochastic processes, and signal processing, with a focus on developing innovative mathematical models for real-world applications. I hold a Ph.D. in Applied Mathematics from Indiana University Bloomington, where I also completed a postdoctoral fellowship in the Department of Biology.

My work includes contributions to tumor radiotherapy modeling, microtubule dynamics, Alzheimer's disease research, and engineering applications such as vibrations, network systems, and cryptocurrency. I have collaborated on over 25 peer-reviewed publications, addressing topics like nonlinear partial differential equations, wavelet-based signal processing, and stochastic modeling of biomedical systems.

In addition to my academic research, I am actively involved in interdisciplinary projects. My recent work includes advancements in quantum-resistant blockchain technologies and stochastic modeling of Alzheimer’s disease biomarkers. I have also developed mathematical models for optimizing cancer treatment through radiation therapy, which have been featured in high-impact journals such as Bulletin of Mathematical Biology and Mathematical Methods in the Applied Sciences.

I am passionate about teaching and mentoring students. By integrating my expertise in mathematical modeling and engineering, I aim to prepare the next generation of scholars and innovators. Beyond academia, I serve as an Industry Advisor for Cybersecurity at NAORIS, further bridging the gap between theoretical research and practical applications.