We Program

soft microrobots
using focused light

We Control

systems for precise actuation

in neurosurgery

We Design

microgrippers at the

single cell scale

We Build

new tools for

neurosurgery

Learn more about our research

in small-scale robotics

Fabrication

  • 3D¬† programmable microrobot fabrication technology
  • Magneto-acoustic systems
  • Actuation of soft-magnetic microgrippers

 

Actuation, Control, and Tracking

  • Design of magnetic actuation systems
  • Multi-robot control
  • Ultrasound localization and tracking of capsule microrobotic agents

Microrobots for Medical Applications

  • Cable-less, magnetically-driven forceps for minimally invasive surgery
  • Magnetic force amplification using string transmission
  • Magnetic locking mechanisms for tendon actuated continuum robots
  • Capsule delivery systems

Funding From:

Canada Foundation of Innovation:

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Natural Sciences and Engineering Research Council of Canada:

NSERC Logo

Canadian Institutes of Health Research:

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University of Toronto Medicine by Design:

Crest and Wordmark for Medicine by Design

Ontario Ministry of Research and Innovation:

Government of Ontario, Canada

UofT Department of Mechanical and Industrial Engineering

UofT Faculty of Applied Science and Engineering