I specialize in developing cutting-edge digital twins to model complex systems. My expertise lies in creating comprehensive computational models, including system dynamics models, ordinary differential equations, partial differential equations, dynamical networks, and agent-based models. These models are designed to simulate and predict the intricate behaviors of real-world systems, from cellular processes to societal dynamics. My work bridges diverse fields such as biomedicine, social sciences, and engineering, enabling innovative solutions and insights. I am committed to delivering robust digital twin solutions that empower organizations to anticipate and adapt to emerging challenges.
