In what will be Saskatchewan’s first student-designed satellite mission, a University of Saskatchewan-led space design team has been chosen by the Canadian Space Agency (CSA) to design, build, launch and operate a small cube-shaped research satellite for launch by rocket in 2021.
Once again students from Canada, Norway and for the first time at CaNoRock students from the United States, came together at Andoya Space Center for sounding rocket mission training. Listen to them share the experience by following the link below.
CaNoRock 14 was a great success with 11 Canadian undergraduate students from University of Saskatchewan, University of Alberta and University of Calgary joining their peers from Norwegian Universities at the Andøya Space Center in Norway. This on-going collaboration between Norway and Canada is the foundation of International Space Mission Training Master’s student program and is basis of development of a future Joint Master’s Degree.
The first ISM CREATE Field school was a great experience for students. The successful balloon launch was the highlight – the treed payload a lesson in expecting the unexpected. Students came together in Kingston Ontario from the University of Saskatchewan, the University of Alberta and the University of Tromsø to CREATE a team of space mission specialists. Watch the video of our 3 week intensive. https://www.youtube.com/watch?v=bRq5Df1n6-w
ISM CREATE student Daniel Letros has a good excuse for missing PH549 this summer. He will be heading to the Armstrong Flight Research Center at Edwards Airforce Base in California. He is part of a team of CSA, NASA and UofS ISAS scientists, including ISM collaborators Dr. Doug Degenstein and Dr. Adam Bourasa.
The program will use a Spatial Heterodyne Spectroscopy optical technique to measure water vapour features the upper troposphere-lower stratosphere region with limb viewing geometry. The SHOW (Spatial Heterodyne Observation of Water) ER-2 campaign will be carried out on NASA’s ER-2 science aircraft in mid-July. The ER-2 is able to fly into the lower stratosphere at subsonic speeds, enabling direct stratospheric sampling and observation.
Two flight paths at an altitude of 22km will be flown, one going north over the western United States and the other southeast over the Pacific. The goal of the campaign is to measure the density of water vapour in the upper atmosphere and improve predictive models.
The CubeSat team at the University of Alberta were able to celebrate the deployment of Ex-Alta1 from the International Space Station on Friday night. Read the complete story and see video of the deployment here.
After a number of delays the Orbital ATK Cygnus spacecraft was lifted into space by an Atlas V rocket Tuesday morning. ISM CREATE students Charles Nokes and Chris Robson were on hand at the Kennedy Space Centre to witness the launch and delivery of the University of Alberta CubeSat. Read the full article here!
Dr. Ron Vincent of RMCC worked to develop the Automatic Dependent Surveillance – Broadcast (ADS-B) aircraft tracking receiver. Read more on the project and its implementation in low-earth orbit satellite to track aircraft over oceans and other remote areas.