Will's research is in biofluid mechanics focused on droplet-laden flows relevant to disease transmission. In his free time, he likes to write, play video games, read history books, and play soccer. He also hopes to one day live in Italy and learn how to make Pasta.

Aditya's research focuses on understanding the flow physics of rotating wings and their interactions with other rotors/obstacles.
In his leisure time, he looks forward to knowing more about historical events, the evolution of nature and exploring new places.

Luqman’s research focuses on understanding the flow physics involved in a propeller-wing interaction. He has previously worked on aerodynamic optimization of a wind turbine blade, thermal analysis of a cryogenic refrigeration system, and flow visualization of confined vortex rings. He enjoys playing cricket and acting silly with his kids.

Carson's research focuses on investigating the flow physics of rotors under the effect of an inclined ground, aiming to deepen the understanding of complex aerodynamic interactions. In his free time, he enjoys reading, spending time with his family, and watching sports.

Michele's current research focuses on biofluid dynamics, specifically studying bioprosthetic heart valves and addressing various complications associated with their use. Previously, he worked on the aerodynamics of vertical-axis wind turbines. In his leisure time, he enjoys traveling to new places, playing soccer, hiking, and spending time immersed in nature.

Holger's current research is on fluid-structure interactions with both aerospace and biomedical applications. Previously he dealt with the numerical simulation of shape-morphing blades in turbomachinery and with CFD-based rotor acoustics. In his spare time, he organizes a weekly Bible study with students.

Zach's current research is focused on studying flow structures on a low Reynolds number rotating wing. His previous research centered on quantifying the aerodynamic interactions of a hovering counter-rotating coaxial rotor system. Outside of his studies, he cheers on the New York Mets and likes to attend Auburn football and basketball games.

Matthew’s current research focuses on the flow physics associated with bird flight as a bio-inspired route for producing more efficient and stable flight technology. His previous research includes developing building codes for 3D-printed structures and conducting analysis of novel simulation schemes in computational physics. When he isn’t in the lab, Matthew volunteers at the AU Raptor Center and enjoys hiking, kayaking, and biking.

Brandon's research is focused on further understanding and characterizing Plume-Surface Interactions with respect to landing on extraterrestrial bodies through the use of flow measurements and computer vision techniques. When he's not working, he enjoys playing with his cats, Luna and Apollo, watching Auburn football and basketball, and playing video games.

Neeraj is currently conducting research in Biofluid mechanics, specifically on the fluid dynamics behavior of artificial heart valves. He previously researched hydraulic turbines and climate change models. Neeraj enjoys playing soccer, reading books, and being up to date on economic and business news.