∑
Mathematical Modeling
Models for pathogen emergence, spread, control, and long-term dynamics.
Research at a Glance
My work connects applied mathematics with real-world questions in infectious disease dynamics, biological systems, and environmental change.
λ
Dynamical Systems
Thresholds, stability, bifurcations, and qualitative behavior of complex systems.
ξ
Stochastic Methods
Markov chains, stochastic models, simulations, and uncertainty in epidemic dynamics.
Explore the Website
B
Biography
Read about my academic path, research profile, and experience.
P
Publications
View peer-reviewed publications, preprints, and manuscripts.
T
Teaching
Explore teaching experience, courses, and mentoring activities.
C
Courses
O
Outreach
Discover public talks, school outreach, books, and STEM initiatives.
▶
Videos
Watch selected videos, playlists, and public mathematics content.
Selected Highlights
- Postdoctoral Research Fellow in Applied Mathematics at the University of Manitoba.
- Research in infectious disease dynamics, mathematical epidemiology, and biological systems.
- Experience in deterministic and stochastic modeling, control theory, and numerical analysis.
- Teaching experience across Africa, Europe, and North America.
- Science communication and outreach activities connecting mathematics to real-world applications.
- Educational videos, public mathematics content, and resources for students and broader audiences.
Contact
For research collaborations, academic inquiries, teaching-related questions, or outreach activities, please use my academic email or professional profiles.