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.

Kawski develops, and employs, tools from differential geometry and algebraic combinatorics to study nonlinear control systems.

Nikitin’s research is focused on optimization, control, automation and related computational methods.

Taylor studies the discrete geometry of network embeddings.

Fainekos is currently working in the area of cyber-physical systems, robotics and autonomous vehicles.

Dr. Berman directs the Autonomous Collective Systems Laboratory at ASU, which models and analyzes behaviors in biological and engineered collectives and designs control strategies for multi-robot systems.

Dr. Chong focuses on integrating sustainability and engineering knowledge with machine learning to deliver sustainable, optimal and efficient solutions to solve sustainability, engineering and construction projects' problems.

Chen’s research interests include design, modeling, estimation, control, and optimization of dynamic systems, specifically for (autonomous/electric) ground vehicle, microgrid, nanomanipulation and mechatronic systems.