Brooke Nichols, PhD, MSc, is an infectious disease mathematical modeller and health economist specializing in transmission dynamics, implementation modeling, and optimal resource allocation for pathogens including HIV, tuberculosis, SARS-CoV-2, and other pathogens of pandemic potential. Her work seeks to minimize the health and economic impact of infectious diseases through innovative quantitative approaches.
Dr. Nichols leads a multi-continental research team of quantitative scientists and modellers who integrate insights from clinical science, epidemiology, health economics, and mathematical modeling to develop actionable, evidence-based strategies. Her team advances novel quantitative methods and adapts existing frameworks to design cost-effective, scalable interventions aimed at reducing transmission, morbidity, and mortality. Their work has significantly influenced national and global health policies across critical public health domains. This includes contributing to evidence to normative guidance on HIV prevention and care (e.g., optimizing pre-exposure prophylaxis, scaling up HIV self-testing, improving viral load monitoring, and enhancing differentiated service delivery models), informing global strategies for the optimal use of diagnostics during the SARS-CoV-2 pandemic (spanning mitigation, treatment, and surveillance), and guiding the development of World Health Organization’s Target Product Profiles (TPPs) for innovative diagnostics.