Nam has worked in research and development with the aerospace industry as well as in academia.Currently, his research focuses on development of nonlinear reduced order aerodynamic/aeroelastic models using a new RMI/ERA.

Syrotiuk studies complex engineered networks. Her primary interests relate to medium access control (MAC) in wireless networks, and dynamic optimization of radio/network parameters for the operating environment.

Crook uses theory, computation, and data analysis to study the dynamics of neurons and networks of neurons. She also contributes to an international collaboration for describing, exchanging, and validating complex models.

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

Mayyas' current research interests include motion planning and motion control of automated drive system, shared mobility, vehicle automation & connectivity, and energy optimization of connected and automated electrified-vehicles.

Pavlic (electrical eng., computer sci., & behavioral ecology) uses ecological thinking to enhance design of engineered complex adaptive systems and engineering tools to find new perspectives on biological form and function.

Banerjee has been teaching at ASU since 2012, including in-person, hybrid and online classes over a wide variety of courses, such as Enhanced Freshman Math, College Algebra, Brief Calculus, Math for Business Appl & Calc I.

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.

Dr. Lockhart is the Inaugural MORE Foundation Professor of Life in Motion Professor in the Biomedical Engineering program in the School of Biological Health and Systems Engineering at Arizona State University.