P. Hazelwood

Papers

Total Citations

H-Index

About

P. Hazelwood is a robotics researcher whose work focuses on the dynamics and control of non-holonomic mobile systems, with a particular emphasis on two-wheeled robots (TWRs) navigating challenging terrain. Their most notable contribution is a 2012 study on step ascent modelling, which provides a rigorous framework for understanding how a TWR can traverse obstacles by dynamically shifting its centre of mass. This work is critical for advancing the mobility of compact, agile robots in unstructured environments, though it also highlights the increased control demands for maintaining stability during such maneuvers. By deriving the equations of motion and developing control strategies for step climbing, Hazelwood has laid foundational groundwork for future research in urban search-and-rescue and personal transport robots. While their citation count (8) reflects a specialized, early-career impact, the paper is a valuable reference for engineers tackling the challenge of obstacle negotiation in two-wheeled platforms. Hazelwood’s research bridges theoretical mechanics and practical control, offering insights that continue to inform the design of more capable and resilient robotic systems.