B. Tranter

Papers

Total Citations

H-Index

About

B. Tranter’s research centers on the intersection of robotics safety and human-robot interaction, with a particular focus on the physiological and ethical dimensions of physical contact between humans and machines. Their most cited work, a 2019 survey on pain thresholds and their application in robotics safety standards, critically examines how biological pain data can inform the design of safer collaborative robots. By synthesizing decades of medical and engineering literature, Tranter highlights the gaps in current safety protocols and proposes a framework for integrating human pain perception into robotic control systems—a contribution that has shaped ongoing discussions in standards development. Though their citation count remains modest, this foundational piece has been instrumental for researchers and engineers working on tactile sensing and injury prevention in human-robot teams. Tranter’s work underscores a commitment to bridging biomechanics and robotics, ensuring that as machines become more physically interactive, they do so with a nuanced understanding of human vulnerability. Their research continues to influence safety guidelines and inspire new approaches to designing robots that are both capable and considerate.