Olusegun Otunuga
Assistant Professor
Academic Appointment(s)
Administration
Department of Mathematics
College of Science and Mathematics
Department of Mathematics
Administration
Department of Biostatistics, Data Science, & Epidemiology
Medical College of Georgia
Department of Population Health Science: Biostats & Data Science
Education
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Ph.D., Mathematics, General
University of South Florida, 2014
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MA, Mathematics, General
Marshall University, 2009
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BS, Mathematics, General
Federal University of Agricult, 2006
Awards & Honors
Courses Taught Most Recent Academic Year
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MATH 3250
Intro Stat and Data Analysis
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MATH 4950
Selected Topics
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MATH 2013
Calculus & Analy. Geometry III
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MATH 6630
Topics in Mathematical Biology
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CURS 4990
Undergrad Research III
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MATH 2011
Calculus & Analy. Geometry I
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MATH 2012
Calculus & Analy. Geometry II
Teaching Interests
I view teaching as nurturing growth, supporting students from diverse backgrounds by simplifying complex ideas and tailoring instruction for accessibility.
I prioritize active learning through in-class problem-solving, discussion, and collaborative exercises tied to each topic. My experience spans courses in calculus, differential equations, statistics, linear algebra, PDEs, complex variables, mathematical biology, and stochastic modeling.
I will be teaching Topics in Mathematical Biology in Fall 2026.
Scholarship
Selected Recent Publications
- Statistical Analysis of Stationary and Transition Probability Densities for Atmospheric Forcing in a Climate Change Model, 2026
Journal Article, Academic Journal
- Stochastic modeling and first-passage-time analysis of oncological time metrics with dynamic tumor barriers, 2025
Journal Article, Academic Journal
- Transition Probability Density Function for Number of Infections in a Population Satisfying a Stochastic SIS-Epidemic Model, 2024
Book, Chapter in Scholarly Book-New
- Analysis of the impact of treatments on HIV/AIDS and Tuberculosis co-infected population under random perturbations, 2024
Journal Article, Academic Journal
- Tumor growth and population modeling in a toxicant-stressed random environment, 2024
Journal Article, Academic Journal
Research Interests
My research lies at the intersection of stochastic modeling of dynamical systems and statistical analysis, with a focus on applications in biological, medical, and public health contexts. A core theme of my work is developing and applying mathematical models to understand the dynamics of infectious diseases, tumor growth, and population health, especially under uncertainty. I incorporate time-dependent stochastic processes, differential equations, and statistical estimation frameworks to analyze complex, high-dimensional data from real-world systems.
A key contribution is the development of the Local Lagged Adapted Generalized Method of Moments (LLGMM), a patented (U.S. Patent No. 10,719,578) nonparametric estimation framework designed to infer time-varying parameters and hidden states in stochastic differential equations.
Department Service
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Student Internship Committee
2024 - Present
Role: Committee Member
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Math Contest Committee
2024 - Present
Role: Committee Chair
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Statistics Committee
2024 - Present
Role: Committee Member
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Pi Mu Epsilon Advisor
2023 - Present
Role: Faculty Advisor
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Recruitment and Public Relations Committee
2023 - Present
Role: Committee Member
College Service
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Curriculum and Academic Policies Committee
2025 - Present
Role: Committee Member
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Faculty Development and Recognition Committee
2022 - Present
Role: Committee Member
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Goldwater Scholarship advisor for CSM students,
2021 - Present
Role: Faculty Advisor
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USG Record Management Project
2025 - 2025
Role: Committee Member
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Honors Prospectus Reader
2022 - 2022
Role: Faculty Advisor
University Service
Professional Service