Principal Investigator: Bobby Stojanoski


His research combines different neuroimaging techniques to better understand the interplay between cognition and consciousness, such as shared experiences of the world, processing during sleep, and how clinical conditions, such as Autism and head injuries, affects conscious processing. 

Geoffrey Laforge: Ph.D. Candidate and Neurocritical Care Research Associate, London Health Sciences


Geoff’s uses multi-dimensional EEG techniques to develop brain-based assessments of cognitive function and conscious awareness in clinical populations, specifically in patients with severe brain injury. He also investigates the neural mechanisms of naturalistic processing and neurophysiology at the end of life.

Kathleen M. Lyons, Ph.D. Candidate


Kathleen’s research uses fMRI and naturalistic stimuli to understand how cognition influences shared conscious processing across development.  She is particularly interested in how cognitive development is related to neural synchrony during movie watching in typically developing children and adolescents, and those diagnosed with clinical disorders such as Autism.

Wilson Ho, Medical student (class of 2024)


Wilson is interested in developmental changes in brain network configurations during childhood and adolescence. He is currently working on generating age specific cortical parcellations using a large database of resting state fMRI data of children and adolescents. Wilson will start medical school at the University of Toronto in September, 2020. 

Brian Pho, MSc (Co-supervised: Yalda Mohsenzadeh )


Brian will apply machine learning and data science techniques on fMRI data (during a resting state and movie watching) and measures of cognitive abilities to identify differences between typically and atypically developing brains.

Developmental Social and Cognitive Neuroscience Lab



Developmental Social and Cognitive Neuroscience Lab

Contact Information

Bobby Stojanoski, PhD
Assistant Professor of Psychology, Faculty of Social Science and Humanities at
Ontario Tech University in Oshawa, Ontario, Canada
t: @bstojanoski

Kate Turner, MSc (co-supervised with Ryan Stevenson)


Kate is interested in the neural mechanisms associated with real-time social interactions in both typically and atypically developing children and adolescents. Kate will use fNIRS to record neural activity, and measure neural synchrony using hyperscanning paradigms.