Jess Janes
Papers
1
Total Citations
58
H-Index
1
About
Jess Janes is a leading researcher in human-automation interaction, with a primary focus on cognitive engineering and adaptive task allocation in complex systems. Her most influential work centers on the strategic task overload management (STOM) model, a groundbreaking framework that predicts how operators switch between tasks under high workload conditions. In her highly cited 2016 paper, "Time Sharing Between Robotics and Process Control," Janes validated the STOM model by demonstrating that during overload, operators prioritize tasks based on their relative attractiveness across key attributes—a finding that has reshaped our understanding of multitasking in safety-critical environments like robotics and process control. With 58 citations, this work has become a cornerstone for designing more intuitive human-machine interfaces. Janes’ contributions have profound implications for reducing human error in domains ranging from autonomous vehicles to nuclear power plant control rooms. Her research bridges theoretical modeling and practical application, earning her recognition as a thought leader in cognitive systems engineering. For students and researchers, Janes’ work offers essential insights into how humans manage competing demands in increasingly automated worlds.
Research Focus
Key Achievements
Top Papers
- 1Time Sharing Between Robotics and Process Control58 citations · 2016