Data-driven and optimization-based control of Exoskeletons, Human Robot Interaction.
(co-supervised by Prof. John McPhee)
Rachel Du
Master Student
Upper Limb Neurorehabilitation
(Co-supervised by Prof. Soo Jeon)
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Thea Yu
Master Student
Thea utilizes bio-signals and Machine Learning methods to predict Freezing of Gait of Parkinson Patients. (co-supervised by Prof. Kaylena Ehgoetz Martens)
Alireza Chalik
Master Student
Shoulder Robotic Rehabilitation
(Co-supervised by Prof. Clark Dickerson)
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Elise Scherbinsky (Schwarz)
Master Student
Orthopedic Implants and Intelligent Diagnostics
(Co-supervised by Prof. Naveen Chandrashekar)
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Angela Xiaomeng Zhu
Master Student
AI-based Intermittent Compression for Enhanced Cardiovascular Function
(Co-supervised by Prof. Sean Peterson)
Aina Shilikbay
Master Student
Upper-limb Robotic Neurorehabilitation
(Co-supervised by Prof. Soo Jeon)
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Ben Schnapp
Master Student
AI/ML Planning and Control for Articulated Vehicles (Co-supervised by Prof. Amir Khajepour)
Katie Langille
Undergraduate Research Assistant
Predictive modeling of human locomotion
Database curation for gait data​
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Grace Kim
Undergraduate Research Assistant
​AI-based adaptive joint trajectory generation for exoskeleton-assisted gait rehabilitation
Aidan Kirwin
Undergraduate Research Assistant
​Locomotion modelling
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Becky Luan
Undergraduate Research Volunteer
Previously Undergraduate Research Assistant
​Robot-based upper limb rehabilitation
Laila Elhossini
Undergraduate Research Assistant
Exoskeleton Design
Immanuel John Simon
Undergraduate Research Assistant
Neuromechanical modeling of upper motoneuron syndrom
Emma Li
Undergraduate Research Volunteer
Design of exoskeletons
Vanessa Mac
Undergraduate Research Volunteer
Previously Undergraduate Research Assistant
Volunteer researcher
Vanessa is working on estimating blood velocity during closed-loop controlled calf compression.