John Enright
Founder and Principal Investigator, Space Avionics and Instrumentation Laboratory (SAIL)
Professor
Faculty of Engineering and Architectural Science
Department of Aerospace Engineering
Toronto, Ontario
jenright@torontomu.ca
Office:
(416) 979-5000 ext. 4174
Expert In
Flight software engineering
High performance low-mass sensors
Mobile robotics
Nanosatellites and nano-satellite instruments
Optical navigation
Signal processing
Space systems engineering
Spacecraft attitude estimation
Spacecraft sensor design
Technology and intelligent systems
Theme: Transformative technology
Bio/Research
In his lab Space Avionics and Instrumentation Laboratory (SAIL), Dr. John Enright works on developing compact instruments that perform earth observation, monitor natural resources, and enable communication or marine traffic on an unprecedented scale.
Sometimes you have to think small to ...
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Sometimes you have to think small to ...
Click to Expand >>
Bio/Research
In his lab Space Avionics and Instrumentation Laboratory (SAIL), Dr. John Enright works on developing compact instruments that perform earth observation, monitor natural resources, and enable communication or marine traffic on an unprecedented scale.
Sometimes you have to think small to go big. For John Enright, nanosatellites are the key to doing ambitious science on a very small platform. “In the past, you might have used a spacecraft the size of a school bus to perform a dozen experiments,” says Enright. “Now, you can perform a single experiment on a very small platform.”
Using nanosatellites can translate into huge cost-savings for space agencies. “You can send up a satellite for a few million dollars, rather than a hundred million dollars,” he says. Rather than aiming for perfection, the ultimate goal is to achieve very good performance at a fraction of the mass, cost and power.
In his lab, Enright works on developing compact instruments that perform earth observation, monitor natural resources, and enable communication or marine traffic on an unprecedented scale. To get new ideas for projects, Enright asks his friends within the industry about problems they’re experiencing.
Enright emphasizes the importance of rationalizing your results. “The expectation is that the first time you build something, it’s not going to work. Trying to figure out why is what makes you a good engineer.”
Click to Shrink <<
Sometimes you have to think small to go big. For John Enright, nanosatellites are the key to doing ambitious science on a very small platform. “In the past, you might have used a spacecraft the size of a school bus to perform a dozen experiments,” says Enright. “Now, you can perform a single experiment on a very small platform.”
Using nanosatellites can translate into huge cost-savings for space agencies. “You can send up a satellite for a few million dollars, rather than a hundred million dollars,” he says. Rather than aiming for perfection, the ultimate goal is to achieve very good performance at a fraction of the mass, cost and power.
In his lab, Enright works on developing compact instruments that perform earth observation, monitor natural resources, and enable communication or marine traffic on an unprecedented scale. To get new ideas for projects, Enright asks his friends within the industry about problems they’re experiencing.
Enright emphasizes the importance of rationalizing your results. “The expectation is that the first time you build something, it’s not going to work. Trying to figure out why is what makes you a good engineer.”
Click to Shrink <<