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This lecture is the second class in a series on the mathematical modeling of infectious disease dynamics, presented by Roberto Kraenkel from IFT-UNESP as part of the II School on Modelling Infectious Disease Dynamics organized by ICTP-SAIFR (May 12-18, 2025). Explore fundamental mathematical concepts and techniques used to model how infectious diseases spread through populations. Learn about differential equation systems, compartmental models, and analytical approaches that help epidemiologists predict and understand disease outbreaks. The 87-minute session builds upon the foundations established in the first class, providing deeper insights into the quantitative tools essential for modern epidemiology and public health planning.
