Understanding flows. Advancing measurement. Engineering new technologies.

Our laboratory combines experimental fluid mechanics, computational modeling, and instrument development to investigate how fluids interact with surfaces, materials, and applied fields. We develop measurement tools and engineering approaches for applications in energy, advanced manufacturing, and biomedical systems.

Our Research

Flow Physics & Optical Diagnostics

Measuring complex flows through particle imaging, volumetric diagnostics, and computational reconstruction.

Smart Materials & Flow Sensors

Developing responsive materials and sensors for measuring wall shear stress and other flow-related quantities.

Field-Assisted Additive Manufacturing

Investigating how applied fields influence material organization and transport during additive manufacturing.

Computational & Multiphysics Modeling

Modeling coupled fluid flow, heat transfer, and electromagnetic effects to understand complex engineering systems.

Biomedical Flows & Microfluidics

Investigating particle transport and fluid behavior in microscale systems and biologically relevant environments.

Magnetic Manipulation & Transport

Exploring how magnetic fields guide particle motion and transport for biomedical and engineering applications.

Join Our Research Team

Build your research experience in fluid mechanics, optical diagnostics, sensors, and advanced manufacturing. We welcome motivated undergraduate and graduate students.

Prospective students and collaborators are encouraged to contact Dr. Hewlin to discuss research interests and potential opportunities.