Agnes Adom-Konadu has expertise in utilizing the concepts of ordinary differential equations, optimal control theory, and fractional derivatives to acquire knowledge about the qualitative behavior of nonlinear dynamical systems resulting from mathematical modeling of natural science phenomena, with a particular emphasis on disease transmission dynamics and control.
About
Focus & expertise
Specializations
Academic interests · number = colleagues who share it
Recent activity
📅
Conference
Jan 2024
Using mathematical modelling to drive disease control and elimination
📅
Conference
Nov 2023
AIMS-Research Centre in Kigali
🏅
Award
Jan 2016
Ph.D. Grant
Background
🎓 Education & qualifications
Doctor of Philosophy in Mathematics
University of Cape Coast
2020
Master of Philosophy in Mathematics
University of Cape Coast
2013
Bachelor of Science in Mathematics
University of Cape Coast
2008
★ Career & positions
Academic Advisor
Department of Mathematics
Aug, 2025 to Jul, 2025
Academic Advisor
Department of Mathematics
Aug, 2025 to Jul, 2025
Publications ORCID 0000-0002-1916-0560 →
2026
Behavioral Cobweb Dynamics With Anticipatory Inventory and Ulam Stability: An Integro‐Differential Approach
journal article
2025
Existence and stability of solutions of totally nonlinear neutral Caputo q-fractional difference equations
journal article
2025
Regional variation and epidemiological insights in malaria underestimation in Cameroon
journal article
2024
Fractional‐Order Delay Cobweb Model and Its Price Dynamics
journal article
2023
A fractional order Monkeypox model with protected travelers using the fixed point theorem and Newton polynomial interpolation
journal article
2023
Price Dynamics of a Delay Differential Cobweb Model
journal article
2023
Local Stability Analysis Of Epidemic Models Using A Corollary Of Gershgorin’s Circle Theorem
journal article
2022
Full Delay Logistic Population Model with Sustainable Harvesting
journal article
2022
Local Stability Analysis of epidemic models using a Corollary of Gershgorin’s Circle Theorem
preprint
2022
A Mathematical Model for Effective Control and Possible Eradication of Malaria
journal article
2022
A feasibility study on the use of a pocket-sized NIR spectrometer and multivariate algorithm to distinguish expired drugs from unexpired ones
journal article
2022
Local Stability Analysis of epidemic models using a Corollary of Gershgorin’s Circle Theorem
other
2022
Non-fractional and fractional mathematical analysis and simulations for Q fever
journal article
Engagements
📅 Conferences attended
2023
AIMS-Research Centre in Kigali
Coach · Kigali, Rwanda
2024
Using mathematical modelling to drive disease control and elimination
Participate · University of Health and Allied Sciences, FNBSPH, Ghana.
Honors & affiliations
🏅
Ph.D. Grant
International Center for Theoretical Physics, ICTP, Italy. · 2016
Colleagues & frequently viewed together
Prof. Henry Amankwah
Associate Professor · Department of Mathematics
›
Dr. Albert Lanor Sackitey
Lecturer · Department of Mathematics
›
Dr. (Mrs.) Henrietta Nkansah
Senior Lecturer · Department of Mathematics
›
Prof. Emmanuel K Essel
Associate Professor · Department of Mathematics
›
Prof. (Mrs.) Natalia G Mensah
Associate Professor · Department of Mathematics
›
Prof. Martin Anokye
Associate Professor · Department of Mathematics
›
Prof. Henry Amankwah
Associate Professor · Department of Mathematics
Applied Mathematics
›
Prof. Martin Anokye
Associate Professor · Department of Mathematics
Applied Mathematics (Delay and Differential Equations) for Modeling Dynamical Systems
›
Prof. (Mrs.) Natalia G Mensah
Associate Professor · Department of Mathematics
›
Prof. Henry Amankwah
Associate Professor · Department of Mathematics
›
Dr. (Mrs.) Henrietta Nkansah
Senior Lecturer · Department of Mathematics
›
Dr. Albert Lanor Sackitey
Lecturer · Department of Mathematics
›
Prof. Emmanuel K Essel
Associate Professor · Department of Mathematics
›
Prof. Stephen Moore
Associate Professor · Department of Mathematics
›
