Guangjun Liu
Professor
SOTI Research Chair, Toronto Metropolitan University
Faculty of Engineering and Architectural Science
Department of Aerospace Engineering
Toronto, Ontario
gjliu@torontomu.ca
Office:
(416) 979-5000 ext. 557648
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Bio/Research
Professor Liu's research combines expertise in the areas of control systems, robotics and aircraft systems. Recent research projects supported by NSERC and industry include aircraft engine bleed air system control, precise and reliable robot control, and development of modular and reconfigurable ...
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Bio/Research
Professor Liu's research combines expertise in the areas of control systems, robotics and aircraft systems. Recent research projects supported by NSERC and industry include aircraft engine bleed air system control, precise and reliable robot control, and development of modular and reconfigurable robots. He has designed and developed hardware systems such as modular and reconfigurable robot modules, test rigs for research on engine bleed air system control, as well as digital
How do you build a space station without people? For Guangjun Liu, the answer lies in designing expandable robots that can be sent, piece by piece, into space. Liu’s robots can then be reconfigured to perform different functions, such as tightening screws or opening doors—everyday tasks on an interplanetary construction site.
His robots have potential outside of aerospace as well, including applications for performing surgery and helping seniors with lifting and grasping objects. "I like to do things that are theoretically sound, but also very practical,” Liu says. This approach to research resonates deeply with his graduate students, who also get to conduct ground demonstrations for the Canadian Space Agency. “Even in the summer, our lab is always filled with students. They don’t have to be here; they want to be here.”
The dedication of his students is inspiring and motivating for Liu, who has been at Toronto Metropolitan University since 1999. “Working with students who are excited about the research is so rewarding,” he explains. “It’s another reason why I love what I do.”
flow sensor.
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How do you build a space station without people? For Guangjun Liu, the answer lies in designing expandable robots that can be sent, piece by piece, into space. Liu’s robots can then be reconfigured to perform different functions, such as tightening screws or opening doors—everyday tasks on an interplanetary construction site.
His robots have potential outside of aerospace as well, including applications for performing surgery and helping seniors with lifting and grasping objects. "I like to do things that are theoretically sound, but also very practical,” Liu says. This approach to research resonates deeply with his graduate students, who also get to conduct ground demonstrations for the Canadian Space Agency. “Even in the summer, our lab is always filled with students. They don’t have to be here; they want to be here.”
The dedication of his students is inspiring and motivating for Liu, who has been at Toronto Metropolitan University since 1999. “Working with students who are excited about the research is so rewarding,” he explains. “It’s another reason why I love what I do.”
flow sensor.
Click to Shrink <<