Patrick McDowell

Stennis Space Center, Arab Foundations Forum, Southeastern Louisiana University, Louisiana State University Agricultural Center

Papers

Total Citations

H-Index

About

Patrick McDowell’s research centers on the control, navigation, and coordination of multi-robot systems, with a particular emphasis on autonomous underwater vehicles (UUVs) and biologically inspired learning. His most influential work, “Formation maneuvering using passive acoustic communications” (2004, 7 citations), addresses a core challenge in underwater robotics: enabling UUV teams to navigate and maintain formation without GPS or radio, using only passive acoustics—a critical contribution for military and commercial ocean exploration. He further advanced team robotics with “Relative positioning for team robot navigation” (2006, 5 citations), providing methods for robots to localize each other without external infrastructure. McDowell also pioneered the “mirror world” concept in “A Mirror World-Based Robot Control System” (2017, 3 citations), creating bidirectional virtual-physical robot interactions that allow changes in one realm to instantly update the other—a novel framework for remote operation and simulation. His work on “Biologically inspired learning systems” (2005, 3 citations) explored how robots can learn without pre-programmed models, enabling adaptation to unstructured environments. Beyond technical contributions, McDowell is dedicated to undergraduate research, as shown in “Ice hockey and tennis balls” (2007, 2 citations), which outlines his approach to building hands-on robotics programs. With a total of 20 citations across his top works, McDowell’s career bridges foundational multi-robot coordination, innovative virtual-physical integration, and a strong commitment to student mentorship.