Pamela B. Coleman
Papers
1
Total Citations
19
H-Index
1
About
Pamela B. Coleman is a leading voice in human factors and cognitive engineering, with a focused expertise on human-robot teaming and the design of autonomous systems for high-stakes environments. Her most-cited work, "Developing Human-Robot Team Interdependence in a Synthetic Task Environment" (2019), has garnered 19 citations and lays a critical foundation for understanding how robots can assume cognitive roles in domains like urban search and rescue. Coleman’s major contribution lies in articulating how evolving robot capabilities reshape interdependence with human teammates, arguing that human factors principles are essential for guiding autonomy design to foster effective, resilient teams. Her research bridges cognitive engineering and synthetic task environments, offering actionable frameworks for developing trust, coordination, and shared mental models between humans and machines. By positioning cognitive engineering at the forefront of autonomy design, Coleman’s work informs both theoretical models and practical applications in emergency response and beyond. Her scholarship is vital for students and researchers seeking to build collaborative human-robot systems that are safe, efficient, and adaptive.
Research Focus
Key Achievements
Top Papers
- 1Developing Human-Robot Team Interdependence in a Synthetic Task Environment19 citations · 2019