Posts Tagged: aerospace

Taking off with Kristen Facciol (EngSci 0T9), Canadian space roboticist

Kristen Facciol in control room

Kristen Facciol (EngSci0T9) in the Mission Control Centre of NASA’s Johnson Space Center. Facciol has become the 14th Canadian to earn a CSA/NASA Robotics Flight Controller Certficiation. (Courtesy: Kristen Facciol/NASA)


EngSci alumna Kristen Facciol (0T9 Aerospace) has an exceptionally exciting job. She recently became one of only 14 Canadians to earn the CSA/NASA Robotics Flight Controller Certification, which will allow her to provide direct support to the International Space Station during spacewalks and other operations. Facciol currently works as an operations engineer with the Canadian Space Agency and has spent the last year and a half in Houston, Texas, at NASA’s Johnson Space Centre.

Read about how EngSci helped prepare Facciol for her career in the multidisciplinary aerospace sector.

Tiny sats, big impact – satellites built by EngSci graduates take off

The rocket bearing Kepler Communications’ satellite, Long March 11 launching on January 19th at 12:11PM BST marking the 100th successful launch from Jiuquan Satellite Launch Center in China. (Courtesy: Kepler Communications)

A team of U of T Engineering alumni including several EngSci graduates has taken the first step to creating a new global communications network. Kepler Communications, co-founded by Mina Mitry (EngSci 1T2, AeroE MASc 1T4) and Wen Cheng Chong (EngSci 1T3), launched their first breadbox-sized communications satellite into orbit on Jan. 19. It is the first of what they hope will be a constellation of dozens of similar satellites providing vast data transmission for the Internet of Things–the millions of interconnected devices here on Earth.

It’s an impressive development for a company that had its start at U of T Engineering just a few years ago, when Mitry and Chong were still students. “It was at EngSci that I got meet my like-minded and driven co-founders,” says Mitry. “We worked exceptionally well together then and it carried through in our work today.”

The nanosatellites developed by the team could soon provide real-time communication for large amounts of data in remote location. This could have applications for tracking of shipping containers, remote sensing of seismic monitors, and giving communities in isolated locations high-speed access to the web.

Read about Kepler’s plans in more detail here.

Read a Q&A with Kepler co-founder Mina Mitry.

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