Shabana Ahmed

Shabana Ahmed is the Richard and Loan Hill Professor of Engineering at the University of Illinois at Chicago (UIC), affiliated with the Urban Transportation Center. Her expertise spans mechanical engineering, multibody dynamics, nonlinear mechanics, and computational mechanics, with a focus on vehicle systems analysis, railroad engineering, and soft robotics. She holds a prominent role in advancing geometrically accurate finite element methods and ANCF approaches for analyzing complex mechanical systems. Her research integrates theoretical mechanics with practical applications in transportation, robotics, and material science.

Her work includes studies on railroad vehicle dynamics, soft material behavior, and thermal-elastic coupling in articulated systems. Notable contributions include developing numerical methods for analyzing gear systems, beam elements, and liquid sloshing problems. She also explores the application of Lagrangian principles and Frenet force analysis in performance evaluation of mechanical systems.

Shabana Ahmed has published extensively on topics such as constrained large-displacement thermal analysis, nonlinear strain measures, and the mechanics of flexible robots. Her research bridges computational methods with real-world engineering challenges, emphasizing accuracy and practical implementation.