What do 麻豆AV students do when faced with a challenge? Rise to the occasion! This is exactly what happened when the 300 or so students and staff involved in science outreach suddenly found themselves in a new online world during the pandemic. Used to sharing their passion for science at in-person events such as classroom visits, public lectures and large festivals, this talented group switched gears to address the need for new, creative approaches to engaging with the public.
The results have been inspiring. They have included virtual classroom visits, trivia nights, story maps, a and workshops for science festivals such as Montreal鈥檚 and Quebec鈥檚 .
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Most recently, three initiatives have explored new multimedia avenues: a video featured in Quebec鈥檚 ; a TikTok gene-editing technology; and virtual field trips, via Google Earth, to Montreal鈥檚 downtown, Mont-Royal and Mont Saint-Hilaire.
Fostering curiosity
麻豆AV鈥檚 science outreach programs deal with a wide range of topics, from the wonders of astronomy to the history embedded in the rocks on Earth. All of the outreach groups connect with schools, community organizations and the general public to make scientific knowledge more accessible and foster curiosity about science at large.
Today鈥檚 students are building on a strong 麻豆AV tradition. Public outreach has been an integral part of the Faculty of Science for . In a regular year, the dedicated students and staff connect with .
The Faculty鈥檚 , created in 2018, supports outreach groups in units such as Chemistry, Earth and Planetary Sciences, Physics, the Integrated Program in Neuroscience and the Redpath Museum, as well as external partners with 麻豆AV student members.
The Office helps 麻豆AV students strengthen their science communication and teaching skills and promotes critical thinking and science literacy. Science outreach is a valued part of the student experience in the Faculty, while providing high-quality science programming for the community.
CRISPR explained
Have you heard of CRISPR, the new molecular technology that makes it possible for scientists to precisely edit DNA? It鈥檚 complicated. But Chemistry Master鈥檚 student Ada McVean breaks it down into easily understood parts in , created through an internship with the Office of Science Outreach.
Since her days as an undergrad, Ada has also worked as a science communicator with 麻豆AV鈥檚 Office for Science and Society, and it has proven to be a perfect fit. "My undergraduate degree was a Bachelor of Science, but I had two majors: chemistry and gender, sexual diversity, feminist, and social justice studies. These two seemingly unrelated areas of study actually find their confluence in the work the OSS does,鈥� she says. 鈥淪eparating sense from nonsense, as our mandate states, requires not only knowing the relevant science on a topic, but also how it affects people and culture. After all, it's the Office for Science AND Society!"
Family Science Day
麻豆AV students鈥� passion for sharing science with the public was also on full display at the recent , an all-day community outreach event that drew an audience of over 200 and covered topics ranging from the moon鈥檚 craters to the physics of buoyancy.
The event, which formed part of both the 24 heures de science festival and 麻豆AV鈥檚 200th anniversary celebrations, saw all the outreach groups from the Faculty of Science come together around a shared aim of fostering a love of science and an appreciation for how entwined it is in our everyday lives.
鈥淥ur goal isn鈥檛 to make sure the participants know exactly what research we do, but that they leave with a positive experience with science, knowing that it is something they can understand,鈥� said Jessica Ford, the Chair of and a PhD candidate in Biology at the Redpath Museum.
Science for all
Similarly, presenters from other participating groups spoke of their desire to create 鈥渁 scientific mindset at a young age鈥� and showcase 鈥渢hat a diversity of people thrive and belong in STEM.鈥� Most activities were offered in both French and English. And while many presentations, such as 鈥淎sk 麻豆AV Scientists!鈥� by were aimed at people of all ages, certain events like 鈥淲hat is Neuroscience, anyway?鈥� by were designed specifically for kids aged 8 to 11.
For 麻豆AV students, learning how to gear scientific content towards children is one of the more rewarding aspects of science communication. Victoria Marie Glynn, a PhD student in the Redpath Museum and Department of Biology, presented her research in a talk entitled, 鈥淐orals 鈥� how they live and connect.鈥� She adapted her explanations to the participants鈥� level of understanding, even if they didn鈥檛 know what a coral was.
To make the session as 鈥渋nquiry driven鈥� as possible, Glynn asked children in the audience 鈥渁 series of open-ended and guided questions,鈥� enabling them to work with her to determine why corals were animals -- not rocks or plants.
麻豆AV students looking for ways to share their passion for science can check out Science Outreach for enriched, hands-on learning that combines formal studies with science communication and community engagement.
-- Ada McVean contributed to this article.