Small is Beautiful
UVic Satellite Design is a team of students dedicated to designing, building, and launching small satellites.
What We Do
While satellites are our primary output, our primary focus is to help students develop skills and expertise through collaborative, project-based learning.
We build really awesome, award winning satellites. UVSD competes in the Canadian Satellite Design Challenge, a national competition where Canada's top universities design, build, and test their own 30cm tall, 10cm wide cubesatellites.
The Optical Daytime Imaging satellite is being built as part of the latest round of Canadian Satellite Design Challenge. ODIsat will take images of the earth and downlink them to classrooms across Canada.
This Project is in the early stages of development, and will require additional funding to build, test, and launch.
Our team members come from all walks. We have students from engineering, science, social science, and visual arts, but are open to students from all disciplines - a lot more goes into a successful space mission than just building the spacecraft.
Read more about our members here
Set to launch in 2021, the Optical and Radio Calibration Satellite (ORCASat) is a multi-payload satellite intended to demonstrate a calibration system for the Large Synoptic Survey Telescope (LSST) in Northern Chile, the Pan-STARRS telescope in Mauna Kea, Hawaii, and the Canadian Hydrogen Internist mapping Experience (CHIME) Radio Telescope in Penticton, British Columbia. Read more about the mission on the ORCASAt website.
ORCASat is being built as part of the Canadian Cubesat Project, a Canadian Space Agency initiative which awarded a series of $200,000 grants to academic institutions in each province and territory to design, build, launch, and operate a small satellite.
The University of Victoria was selected as the recipient of the grant in British Columbia, and collaborators at the University of British Columbia and Simon Fraser University play a critical role in the project.
Our sponsor make everything we do possible!
Space is expensive, and we're a team of students who operate on a tight budget. If you can help us get to space, we'll take you with us. Imagine having your name or logo floating in space. If you're interested in taking one giant leap with us, we'd love to talk with you!
We're always looking for collaborators, sponsors and new members. Please reach out to use via any of the channels posted below.
Homathko is a 3U cubesatellite which won 2nd overall at the Canadian Satellite Design Challenge (CSDC) in June 2018. Homathko's mission was to provide calibrations to ground based observatories from orbit to reduce the effects atmospheric and instrumental interference have on measurements of type 1a supernovea, which are critical for dark energy research.
The mission was born out of the Airborne Laser for Telescopic Atmospheric Interference Reduction (ALTAIR) project lead by Dr. Justin Albert at the University of Victoria's Department of Physics and Astronomy. ALTAIR was meant to calibrate observatories via a payload on board a high altitude long endurance (HALE) weather balloon.
The ORCASat Project is the next iteration of this callibration system, and is set to launch in 2021
The ECOsat Missions
The Ecosat missions were a series of satellites which were intended to help us learn more about global ecological health, and test next generation experimental physics payloads.
3rd place in CSDC 1, 2012.An Amateur radio relay in the 2m and 70cm bands.Proof of concept control system to adjust the attitude of a satellite solely using magnetic fields.Proof of concept high-reliability, low-cost de-orbiting system.
1st place in CSDC 2, 2014.Experimental payload meant to test a proof of concept control and propulsion system powered by diamagnetism.
An earth imaging satellite intended to monitor patterns in algal blooms, coastline erosion, and wildfires using hyper-spectral imaging.