We seek a postdoctoral researcher interested both in the fundamental cognitive neuroscience of complex human task performance, and in developing portable measures of neurophysiology and performance in field and possibly VR environments. The successful applicant will serve as an interface between an engineering team working on swarm robotics (http://mistlab.ca) with practical research questions, and a fundamental cognitive neuroscience team interested in how humans accomplish complex tasks. Projects will include observing and analyzing the operator’s behaviour in real environments and identifying bottlenecks, designing medium-fidelity controlled experimental paradigms that bridge laboratory and field work, and testing combinations of portable sensors during field experiments. Topics may include cognitive workload, dual-task performance, situational awareness, and errors.
In particular we seek the following expertise:
- EEG, pupillometry, heart rate analysis, GSR, and VR
- physiological data analysis and signal processing (Matlab, Python, ML, etc.)
- ability, interest, and willingness to troubleshoot, modify, tweak and combine sensors
- interest in understanding operational environments (e.g. piloting, exploration, space, search and rescue)
Necessary interpersonal qualities include openness to new experiences, curiosity about both areas, creativity, and the ability to communicate well will people from very different training backgrounds.
The successful candidate will work in a stimulating interdisciplinary environment, with opportunities for field work (e.g. lava tubes, mines, mountains). In addition, Montreal is becoming a world reference for neuroscience, artificial intelligence, and robotics, as well as being a lively, beautiful, and affordable city. The postdoc will be primarily based in Coffey Lab: Audition, Sleep and Plasticity (https://www.coffeylab.ca) in the Department of Psychology at Concordia University, and must be interested in learning about and contributing their perspective on other lab topics.