Prof. Rivera's research interests include the topics of process control, system identification, and the application of control engineering principles to process systems, supply chain management, and behavioral medicine.

Kang's primary research interests are complex adaptive system, mathematical biology and nonlinear dynamical systems theory with applications in biology, life and social sciences.

Peet's current research interests are in the role of computation as it is applied to the understanding and control of complex and large-scale systems.

Phil’s international career and leadership experience has spanned the fields of system dynamics, 3D analytic and visualization systems, management consulting and urban design.

With a strong background in complex adaptive systems, Garland's research blends mathematics, computer science, and social science to explore the relationship between our personal narratives and the information environment.

Yule is a data scientist working to maximize the impact of National Ecological Observatory Network (NEON) Biorepository data and facilitate understanding of how ecological communities respond to global change.

I am an interdisciplinary applied mathematics researcher with a strong analytical mindset and demonstrated history of successful problem solving, collaborative research, modeling, algorithm developing and machine learning.