Gateway Gazette

UAlberta Students to Put Alberta’s First Satellite into Orbit

(Edmonton) A University of Alberta student team plans to build and launch Alberta’s first satellite. They raised more than $36,000 through the university’s first crowdfunding campaign in December (plus an anonymous donor brought the total to over $50,000) to buy their ticket on the rocket. Now they need to build it.

The students’ satellite, the Experimental Albertan #1 Satellite (or Ex-Alta 1), will be part of a swarm of 49 other cube satellites being launched from Brazil in 2016 as part of an international space mission. Cube satellites measure 10 x 10 x 30 cm, about the size of a loaf of bread.

Science alumnus Collin Cupido (left) and engineering student Charles Nokes, project lead, hold a life-size model of the satellite Ex-Alta 1.
Science alumnus Collin Cupido (left) and engineering student Charles Nokes, project lead, hold a life-size model of the satellite Ex-Alta 1.

“Cubesats are the future of space-based Earth science and space physics research, such as studying the impact of solar storms on our planet,” said Charles Nokes, the fourth-year engineering student who is the student lead on the satellite project. “There is so much yet to learn about our planet and what surrounds it, and large billion-dollar satellites are not a sustainable way of finding all the answers.”

Once in orbit, the students’ satellite will help us learn more about the northern lights and other space weather phenomena. Researchers could, for example, be better able to predict when and where northern lights can be viewed in the night sky.

Physics professor Ian Mann, one of the faculty members guiding the satellite team of about 60 engineering and science students, says space weather also has the potential to be as destructive as a severe storm here on Earth.

The student team behind the Alberta satellite project show their gratitude to crowdfunding supporters
The student team behind the Alberta satellite project show their gratitude to crowdfunding supporters

“It’s been estimated that a severe space storm could cause $1 trillion to $2 trillion of damage to the infrastructure and economy, with a four- to 10-year recovery period,” said Mann. “I would liken this project to the development of terrestrial weather forecasting. First, we have to understand the physics of the phenomenon before we can develop forecasting and warning systems. We’re in a discovery phase.”

The U of A has established broad scientific and engineering excellence in international space research. Projects include NASA’s Phoenix Mars Lander and the Canada-Norway Sounding Rocket exchange program (CaNoRock), a partnership with the University of Oslo and the Andøya Rocket Range in Norway. These projects give undergraduate students the opportunity to gain hands-on experience—and academic credit—designing sounding rockets and payload instruments.

Other programs include the award-winning Aurora Watch, a real-time monitoring system of geomagnetic activity in Edmonton that alerts subscribers when “northern lights” auroras will be visible.

To learn more about the team and it’s work go to their website: AlbertaSat

Source UofA

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