University: Concordia University & Queen’s University
Team CRISiS (Cardiovascular Resuscitation Identification Simulator in Space) from Concordia University aims to engineer a new class of cardio-pulmonary resuscitation (CPR) manikins as a testing platform to provide real-time feedback of volumetric flow rate within a cardiovascular fluidic system. This project is a stepping-stone in establishing a “gold standard” CPR for human spaceflight.

newsha.haghgoo@mail.utoronto.ca
LinkedIn https://www.linkedin.com/in/newsha-haghgoo
Newsha Haghgoo is currently pursuing a Master of Engineering in the Mechanical and Industrial Engineering Department at the University of Toronto and is a Space Exploration Project Group member at the Space Generation Advisory Council (SGAC). Newsha and her team have been working on a research project that focuses on the health of female astronauts and their adaptation to space during long-duration missions and commercial spaceflight. Newsha also comes from a background in sustainable energy systems and is interested in using space technologies to study and protect Earth. Last year, she was involved in a CubeSat project that explored the impact of climate change by gathering oceanic data. She presented this research on behalf of her team at the 12th European CubeSat Symposium in Paris. In addition, she attended NASA’s 2021 SpaceApps Challenge with her team and worked on a project about flooding and simulating its detrimental impacts using the data provided by Earth-observation satellites. The competition committee selected her team as one of the global nominees in this challenge. Finally, she hopes that by gaining more experience in this industry, she can get new insights about space technologies and leverage that to achieve a better and more sustainable future for all.

LinkedIn – https://www.linkedin.com/in/janagebara/ ,
Instagram: @MissionSpaceWalker
My name is Jana and I am currently completing a Bachelors of Science in Mechanical Engineering and a certificate in International Learning at the University of Alberta. I am a member of Mission SpaceWalker, one of four groups selected for this year’s SEDS Canada CAN-RGX challenge. I am also involved in several outreach initiatives to educate youth about space, as well as support underrepresented students in science, engineering, and technology. I hope to one day work in the aerospace industry and participate in the advancement of space exploration and development.

grecia.olanob@spaceconcordia.ca
https://www.linkedin.com/in/grecia-olano/
Grecia is a McGill University Alumni. She is currently attending the Gina Cody School of Engineering and Computer Science at Concordia University, specializing in Web Services and Applications.
Having previously held business as well as technical roles in various companies including Bombardier and Boeing, she is passionate about all aspects of the aerospace sector. Her interests lie in combining computer science, engineering, and business to bring about positive change.
She is proud to represent Concordia at multiple competitions and outreach events supporting Women In Stem. Grecia currently serves as Vice President of Marketing at Space Concordia, Concordia University’s very own aerospace association. In addition, she is also a member of both the Rocketry and Space Health divisions. She is passionate about science communication and enjoys designing engaging content to showcase a wide variety of engineering, and research projects.

Aaron.rosenstein@mail.utoronto.ca
https://www.linkedin.com/in/aaronhrosenstein/
Aaron is a PhD student at the University of Toronto studying bioengineering. Part of his research involves identifying human genes which could protect astronauts from both microgravity and radiation experienced in space. During his MSc., Aaron discovered that DNA polymerase enzymes, essential components of DNA repair and replication pathways, make more errors in microgravity than on earth. He is a past participant of CAN-RGX II, and in his spare time enjoys hiking, skiing, exploring and eating tacos!

marieke.dekorte@mail.utoronto.ca
Marieke graduated from the University of Toronto with an HBSc in Molecular Genetics, Neuroscience and Immunology. During her undergraduate degree, she was involved with the UofT Aerospace Team, where she helped to design a microbiological payload to be launched into space onboard of a 3U CubeSat. Marieke’s passion for space medicine was ignited through her involvement with the team. As such, she is currently completing her PhD at the University of Toronto, where she studies the effects of microgravity on human immune cell function.

olaoluwa.awe@mail.mcgill.ca
‘Nifemi is currently undertaking the Master of Laws program in Air and Space Law at McGill University as an Erin J.C. Arsenault Fellow in Space Governance.
Her research at McGill focuses on the role of law in propelling African States to exploit space technologies for Africa’s socio-economic development.
‘Nifemi is a high achiever and multiple award winner who has received various scholarships and awards for her program at McGill. In recognition of her academic excellence, she was awarded the Setsuko Ushioda-Aoki Prize by the Faculty of Law, McGill University. She was also awarded the African Space Industry Top 10 Under 30 Award in 2021.
She is a researcher and volunteer whose work aims to contribute to the development of space law and policy in Africa. She volunteers her time with organizations and programs geared towards Africa’s space governance and the development of the next generation of aerospace practitioners in Africa.
‘Nifemi is currently a National Space Society Legal Fellow and the Secretary-General of the African Air and Space Law Association.
In her spare time, ‘Nifemi loves to sing and travel!

I am a postdoctoral research fellow at the University of Alberta advancing curation methods for planetary materials by investigating best practices in preserving samples returned from future space missions through simulations of returned sample curation and analysis. My Ph.D. dissertation focused on stable isotope ratios of oxygen and silicon isotopes in lunar material. I love all things planetary science, especially the Moon.

In her role as Communications Strategist, Kate works to engage The Planetary Society’s myriad audiences in the adventure of space exploration. Kate provides tools, training, and other resources to help ordinary people share space with their communities, and connects Planetary Society members with opportunities to get involved in advancing exploration. She also writes for The Planetary Report and planetary.org on a variety of space and outreach topics.
As a Space Policy Adviser, Kate guides The Planetary Society’s positions on space policy and advocacy in Canada and connects Canadian Planetary Society members with opportunities to advocate for Canadian space science and exploration programs.
Kate also serves on the Government of Canada’s Space Advisory Board and is a trusted media source for expertise and analysis of Canadian space policy. This is also the author of Space Is Cool As F***, a science columnist for The Editorial Magazine, and creator, writer, and producer of the digital series Whoa.

Wilfred Buck is a science facilitator and Indiginours star lore expert with the Manitoba First Nations Education Resource Center. He is a member of the
Opaskwayak Cree Nation, within which he is known for his knowledge of First Nations astronomy. Through his research, Wilfred has compiled astronomical knowledge of the Cree, Ojibway and Lakota peoples. Wilfred is the co-curator of the ‘One Sky, Many Astronomies exhibit in Canada’s Science and Technology Museum, which features constellations of Canada’s indigenous cultures. He has also served as a storyteller in the short film “Legends of the Night Sky’ which is shown in the planetarium of the Telus World of Science in Edmonton.

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https://www.obruta.com/
Founders: Kevin Stadnyk, Kirk Hovell
Orbital debris poses an increasing risk to operational satellites as more objects are launched into space each year. The slow decay of currently orbiting objects compared to the rate at which new ones are being launched means that the active removal of high-collision risk debris will be essential to maintaining a safe and operational future Lower Earth Orbit (LEO). Our company looks to capitalize on this emerging market through removing high-risk LEO debris either on the behalf of governments or private entities who are not capable of deorbiting their spacecraft at the end of its mission life.
Founders: Amine Doulfikar, Ian Cabales
Elementary, middle and high school students are losing interest in STEM and most notably space sciences as they progress through their education. This leads to students graduating from high school with no particular interest in pursuing careers in the space industry. This will no doubt hurt the space industry in the many years to come. Our products and services will add hands-on exciting and rewarding space sciences/engineering projects to students education. These projects will reignite the passion many students have for space and increase the number of students wishing to target the space industry when pursuing their careers. This will also have the positive effect of leading more students into STEM fields.
https://www.apastronspace.com/
Founder: Adam Paul
Apastron technologies will change the way spacecraft communicate by introducing a simple and reliable communications platform that provides 24/7 satellite connectivity with low infrastructure costs. Historically, satellites communicate with the ground using a link between one satellite and a ground station, meaning that communication can only be established for a few minutes per day. Apastron’s radios will network with each other, allowing for satellites around the world to talk with each other and relay data to a small number of ground stations, ensuring that a satellite anywhere in the world has constant communication. Furthermore, since Apastron radios rely on fewer ground stations and no dedicated satellites, constant communication can be accomplished for much cheaper than current solutions. As the nanosatellite industry continues to grow and missions become more ambitious, a better communications solution is needed, and Apastron aims to provide that.
President
McMaster Planetary Society

Sobia Nadeem is a second year Engineering Physics student at McMaster University. She is the President of the McMaster Planetary Society and in November of 2019, her team organized McMaster’s first Space Week. There were several events hosted by other McMaster space teams and clubs during the week, with the McMaster Planetary Society’s Space Industry Night being a highlight. Sobia is passionate about space outreach as well as art. She was a former youth poet for the Hamilton Youth Poets, as well as a former artist for McMaster Unspoken, a poetry initiative on campus. She is excited to co-host the Ascension Space Conference at McMaster University this year!

MAC Dance is an amalgamation of several established McMaster dance organizations representing a team of dancers of all levels, including recreational and competitive teams. All styles are encouraged and welcomed, for individuals interested in a just-for-fun recreational experience. The recreational team’s focus is on an annual dance show, which is completely organized and choreographed by club members consisting of McMaster students.
Founder/CEO
Indus Space

Bhairavi is a Planetary Scientist and founder/CEO of Indus Space. Through her company, she actively focuses on public education in space science working with school-aged students. She also helps to connect the public with space-themed resources, assisting with curriculum development. She loves to promote about space science and the role of women in science as often as possible.
Manager of Science Programs at Planet,
Founder Professional Martian LLC

Dr. Tanya Harrison calls herself a “professional martian.” She has spent the last decade working as a scientist and in mission operations on multiple NASA Mars missions, including the Curiosity and Opportunity rovers. Her specialty lies in geomorphology: the study of a planet’s evolution based on its surface features. Before Mars however, Tanya had her head in the stars as an astronomer studying the metal content of star clusters and recurring novae systems. She holds a Ph.D. in Geology from the University of Western Ontario, a Masters in Earth and Environmental Sciences from Wesleyan University, and a B.Sc. in Astronomy and Physics from the University of Washington. Currently she is the Manager of Science Programs at Planet Federal, the federal arm of Planet Labs. Tanya is also an advocate for advancing the status of women in science and for accessibility in the geosciences. You can find her prolifically tweeting about the Red Planet as @tanyaofmars.