Arash Arami
+1-519-888-4567 x37648
Location: 
EC4 1023

Research Interests:

  • Assistive Robotics and Rehabilitation Engineering

  • Neuromechanical Modeling; Robot-Based System ID
  • Human-Robot Interaction and Neural Control
  • Movement Analysis and Sensorimotor Deficit Modeling
  • Smart Implants and Prosthetics
  • Intelligent Systems and Machine Learning 

Google Scholar

Group(s): 
Application Areas→Aging, Biomechanics, Data Science, Disease Modelling, Fall Prevention, Neurodegenerative Diseases, Rehabilitation, Stroke, Virtual Reality, Wearable Devices; Technology Areas→3D Printing/Additive Manufacturing, Actuators, Biomarkers, Computational Modeling, Disease Modelling, Machine Learning/AI, Medical Devices, Robotics, Sensors; Discipline Areas→Biomechanical Engineering, Biomedical Engineering, Biotechnology, Computer Science, Electrical and Computer Engineering, Human Factors, Kinesiology, Mechanical and Mechatronics Engineering, Physiology, Public Health, Robotics; Faculty→Engineering
Michael Barnett-Cowan
519-888-4567 ext. 39177
Location: 
BMH 1042

Research Interests:

  • Multisensory integration
  • Perception and action
  • Psychophysics
  • The vestibular system
  • Virtual reality

LinkedIn

ResearchGate

Google Scholar

[Waterloo News] September 25, 2018 "Virtual reality motion sickness may be predicted and counteracted"

[ScienceDaily] December 15, 2018 "Aging warps our perception of time, study finds"

[Record] October 12, 2017 "Aging slows perception of falls: UW study"

Group(s): 
Application Areas→Aging, Biomechanics, Fall Prevention, Neurodegenerative Diseases, Optometry, Space, Virtual Reality, Wearable Devices; Technology Areas→Biomarkers, Computational Modeling, Diagnostics, Imaging, Machine Learning/AI, Medical Devices, Sensors; Discipline Areas→Biology, Biomechanical Engineering, Biomedical Engineering, Computer Science, Electrical and Computer Engineering, Genetics, Human Factors, Kinesiology, Mechanical and Mechatronics Engineering, Philosophy, Physics, Physiology, Robotics; Faculty→Applied Health Sciences
B. Fidan
519-888-4567 x38023
Location: 
E3 4119
Contact for: 
Expertise in system/parameter identification, adaptive control and signal processing, mathematical modeling, sensor networks, localization, optimization, driver assistance systems.

Research Interests:

  • Cooperative systems and sensor networks (multi-agent, multi-sensor systems)

  • Nonlinear, adaptive, and switched dynamical systems; robust adaptive control; nonlinear and adaptive control designs for mechatronic systems
  • Control applications (high performance flight and vehicle stability control, biomedical)

  • Robotics and intelligent systems (multi-agent, motion planning, vision control, biomedical and assistive robotics)

Google Scholar

Group(s): 
Application Areas→Biomechanics, Fall Prevention, Healthcare Systems, Rehabilitation, Wearable Devices; Technology Areas→Actuators, Computational Modeling, Machine Learning/AI, Robotics, Sensors; Discipline Areas→Biomechanical Engineering, Biomedical Engineering, Computer Science, Electrical and Computer Engineering, Mechanical and Mechatronics Engineering, Robotics; Faculty→Engineering
Ehsan Hashemi
519-888-4567 x32205
Location: 
E3 4118

Research Interests

  • Control system development for Driver Assistance Systems
  • Fault-tolerant state estimation for biped robots
  • Distributed Estimation
  • Control Theory
  • Multibody Dynamics

Google Scholar

Group(s): 
Application Areas→Biomechanics, Healthcare Systems, Rehabilitation, Wearable Devices; Technology Areas→Actuators, Diagnostics, Medical Devices, Robotics, Sensors; Discipline Areas→Kinesiology, Mechanical and Mechatronics Engineering, Robotics; Faculty→Engineering
N.Jiang
519-888-4567 x33677
Location: 
DWE 2518F

Research Interests:

  • Biological Signal processing
  • Brain-computer interface
  • Human-machine interface
  • Rehabilitation Engineering

ResearchGate

​Google Scholar

[Office of Research News] March 12, 2018 "Received Early Researcher Award" 

Group(s): 
Application Areas→Aging, Biomechanics, Fall Prevention, Personalized Medicine, Rehabilitation, Stroke, Virtual Reality, Wearable Devices; Technology Areas→Computational Modeling, Machine Learning/AI, Medical Devices; Discipline Areas→Biomedical Engineering, Electrical and Computer Engineering, Human Factors, Physiology, Robotics; Faculty→Engineering
J. Kofman
519-888-4567 x35185
Location: 
DWE 2513L

Research Interests:

  • Biomedical systems & biomechatronics - rehabilitation, assistive devices, intelligent design of prostheses and orthoses, 3D body surface measurement
  • Optomechatronics - computer vision (2D and 3D), range-image registration, range-sensing, range-sensor design, vision-based 3D surface measurement systems, optical system design, laser-camera range, sensor design, phase-shifting / fringe-projection 3D surface measurement systems, real-time full-field 3D imaging sensors / real-time full-field 3D surface measurement systems, hand-held 3D imaging sensors / hand-held 3D surface measurement systems, vision-based robot control, vision-based human-robot interfaces
  • Robotics - robot teleoperation, robot vision, human-robot interfaces, human-robot interaction, human-guided robot learning, vision-based robot control (visual servoing), human-assistive/service robots

Office of Research - Technology Transfer & Commercialization:

Group(s): 
Application Areas→Aging, Biomechanics, Fall Prevention, Mental Health, Muscle, Joint and Bone Diseases, Neurodegenerative Diseases, Rehabilitation, Wearable Devices; Technology Areas→3D Printing/Additive Manufacturing, Actuators, Imaging, Machine Learning/AI, Robotics, Sensors; Discipline Areas→Biomechanical Engineering, Biomedical Engineering, Computer Science, Mechanical and Mechatronics Engineering, Robotics; Faculty→Engineering
Kulic
519-888-4567 x37260
Location: 
E5 4044

Research Interests:

  • Robotics, robot learning

  • Humanoid robots

  • Human-robot interaction

  • Machine learning

  • Mechatronics

  • Human motion analysis (sports training, rehabilitation)

LinkedIn

ResearchGate

Google Scholar

[Waterloo News] May 18, 2017 "Technology aims to improve physiotherapy outcomes using sensors and machine learning"

[CBB researcher story] January 9, 2013 "An Improved Road to Recovery"

Group(s): 
Application Areas→Aging, Biomechanics, Rehabilitation, Wearable Devices; Technology Areas→Machine Learning/AI, Robotics, Sensors; Discipline Areas→Electrical and Computer Engineering, Robotics; Faculty→Engineering
J. McPhee
519-888-4567 x35341
Location: 
E3 4114

Research Interests:

  • Biomechanics engineering (injury rehabilitation, assistive devices for elderly, athletes, disabled)

  • Mechatronic and robotic systems

  • Multibody system dynamics

  • Computational methods for analysis and design

  • Advanced vehicle systems

LinkedIn

ResearchGate

Google Scholar

Canada Research Chair in Biomechatronic System Dynamics [Canada Research Chair Profile]

NSERC/Toyota/Maplesoft Industrial Research Chair in Mathematics-Based Modelling and Design [NSERC Profile]

[Waterloo Stories] February 20, 2019 "Engineering innovation for wheelchair curlers"

[Waterloo Stories] August 5, 2016 "Rio Olympics 2016: Engineering speed for the Canadian track cycling team"

[Waterloo Stories] June 17, 2015 "Waterloo’s $10M dream facility for smarter, greener cars"

Office of Research - Technology Transfer & Commercialization:

Group(s): 
Application Areas→Aging, Biomechanics, Rehabilitation, Stroke, Wearable Devices; Technology Areas→Actuators, Computational Modeling, Machine Learning/AI, Robotics; Discipline Areas→Biomechanical Engineering, Kinesiology, Mechanical and Mechatronics Engineering, Robotics; Faculty→Engineering; Canada Research Chairs; NSERC Industrial Research Chairs
Siby Samuel
519-888-4567 x37656
Location: 
EC4 2119

Research Interests:

  • Simulation & Virtual Reality/Augmented Reality
  • Novice And Older Driver Training
  • Predictive & Conceptual Modeling Of Behavior
  • Eye Tracking
  • Attention & Cognition
  • Perception
  • Decision Making
  • Aging
  • Automotive Human Factors
  • Autonomous Vehicles And Connected Vehicles & Intelligent Transportation Systems
  • Caregiver Behaviors & Errors
  • Assistive & Automotive Interfaces
  • Vulnerable Road User Safety (Pedestrians & Bicyclists)
  • Motorcyclist Safety
  • Special Populations (ADHD & Dementia)
  • Traffic Control Devices & Roadway Infrastructure Design
Group(s): 
Application Areas→Aging, Data Science, Healthcare Systems, Virtual Reality, Wearable Devices; Technology Areas→Computational Modeling, Diagnostics, Machine Learning/AI, Medical Devices, Robotics, Sensors; Discipline Areas→Biosystem Engineering, Human Factors, Kinesiology, Physics, Robotics; Faculty→Engineering
Oliver Schneider
519-888-4567 x38505
Location: 
CPH 3677

Research Interests

  • Virtual Reality
  • Wearables Devices
  • Computer Human Interaction, haptics, design
  • Data Science
  • Mental Health
  • Nutritional Science

Google Scholar

LinkedIn

Research Gate

[YouTube] October 11, 2018 "DualPanto: A Haptic Device that Enables Blind Users to Continuously Interact with Virtual Worlds"

Group(s): 
Application Areas→Data Science, Mental Health, Nutritional Science, Virtual Reality, Wearable Devices; Technology Areas→3D Printing/Additive Manufacturing, Actuators, Computational Modeling, Machine Learning/AI, Robotics, Sensors, Therapeutics; Discipline Areas→Computer Science, Electrical and Computer Engineering, Human Factors, Kinesiology, Mechanical and Mechatronics Engineering, Robotics; Faculty→Engineering
George Shaker
+1 519-498-5173
Location: 
E5 4126

Research Interests:

  • Bio-wearable electronics and systems
  • Bio-electromagnetics, bio-technology, bio-sensors and energy harvesting systems
  • RF/microwave/millimeter wave/Terahertz (THz) circuits and antenna systems
  • Radio frequency (RF)/microwave packaging and Electromagnetic compatibility 
  • (EMC)/Electromagnetic interface (EMI) analyses
  • Vehicle and UAV wireless communications, navigation systems, and telematics systems
  • Complex propagation and scattering phenomena
  • Devices and novel electromagnetic materials and wireless sensors

LinkedIn 

ResearchGate

​Google Scholar

[Waterloo News]  June 28, 2018 "AI and radar technologies could help diabetics manage their disease"

[Engineering News] June 28, 2018 "Researchers developing a prick-free glucose monitor"

[RD Magazine] June 28, 2018 "AI and Radar Technologies Could Help Diabetics Manage Their Disease

[Engineering News] July 5, 2016 "Waterloo wins big with tiny power device"

Group(s): 
Application Areas→Aging, Data Science, Diabetes, Environmental Biotechnology, Fall Prevention, Healthcare Systems, Industrial Biotechnology, Neurodegenerative Diseases, Optometry, Personalized Medicine, Rehabilitation, Space, Targeted Drug Delivery, Virtual Reality, Wearable Devices, Wound Care; Technology Areas→3D Printing/Additive Manufacturing, Actuators, Biomarkers, Biomaterials, Computational Modeling, Machine Learning/AI, Medical Devices, Sensors; Discipline Areas→Bioinformatics, Biomedical Engineering, Bionanotechnology, Biosystem Engineering, Biotechnology, Electrical and Computer Engineering, Industrial Biotechnology, Public Health, Robotics; Faculty→Engineering
J. Yeow
519-888-4567 x32152
Location: 
E3 3159

Research Interests:

  • MEMS/NEMS

  • Nanodevices and carbon nanotube-based sensors for biomedical applications (early disease detection)

  • Microassembly and micromirror devices for genetic microarray reading and tissue imaging

  • Lab-on-a-chip designs

Canada Research Chair in Micro and NanoDevices [Canada Research Chair Profile]

Group(s): 
Application Areas→Cancer, Cardiovascular, Pathogen Detection, Wearable Devices; Technology Areas→Actuators, Diagnostics, Medical Devices, Microfabrication, Robotics, Sensors, Therapeutics; Discipline Areas→Biomedical Engineering, Electrical and Computer Engineering, Mechanical and Mechatronics Engineering, Nanotechnology, Robotics; Faculty→Engineering; Canada Research Chairs

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