Inside the bustling Design Tech Lab at Trafalgar Castle School, an all-girls private institution in Whitby, Ontario, the senior robotics team is gearing up for a momentous challenge—their first-ever participation in the MATE ROV Competition World Championship. With a diverse group of 13 students from Grades 9 to 12, the team is putting the finishing touches on “Where’s Waldo 17,” their custom-built underwater robot designed to navigate simulated missions and capture critical data. Set to commence in St. John’s on Thursday, this competition marks a significant milestone, highlighting women’s potential in the historically male-dominated domains of science, technology, engineering, and mathematics (STEM).
Engineering Ambitions Emerge
“Are we out of white zip ties?” one team member asks, spurring a flurry of activity among her peers. While some solder wires, others test the robot’s controls in the hallway, a scene that encapsulates both the excitement and intensity of their preparation. Their unique challenge, however, is not merely to operate the robot but to locate and photograph a mock iceberg for further analysis and modelling.
“Getting a robot to work is actually much easier said than done,” remarks Taara Gill, the team’s CEO and a Grade 12 student. The team’s qualification for the championship is not just about competing; it represents a powerful shift in the narrative surrounding women in engineering. “It changes the narrative of engineering when an all-girls team places,” Gill explains, emphasising the importance of visibility and representation in STEM fields.
The Competition Landscape
The Marine Advanced Technology Education ROV competition, which collaborates with the Marine Technology Society, aims to inspire participants by fostering essential skills relevant to the maritime industry. Jill Zande, executive director of MATE, notes the competition’s goal is to engage students with STEM, opening doors to career opportunities within the marine sector. This year’s championship features nearly 90 teams from 16 nations, with only a handful comprising all-female participants.
Competing in the world’s largest flume tank—a 1.7-million-litre facility at the Fisheries and Marine Institute—teams will face various challenges, from retrieving objects to assessing environmental conditions. They will also simulate startup companies, presenting technical documents and marketing pitches to industry experts, further blending engineering with entrepreneurship.
Inspiring Future Generations
For Natalie Calnek, a 16-year-old member of the Trafalgar team, participating in this global event could inspire other girls to explore engineering. “It provides an opportunity for girls to be interested in engineering, and for those who may not have considered it before, joining a team like this allows them to see what it could actually be like,” she says.
Penny Senior, the technology and robotics teacher overseeing the team, underscores the significance of female perspectives in STEM. Women often approach problems with a unique lens, asking deeper questions about purpose and impact. “Women think about the ‘why’ more,” Senior explains. This mindset not only cultivates a richer design process but also empowers these young women with the confidence to pursue careers in engineering and technology, fields that are steadily evolving.
Cultivating Confidence and Community
As Ms. Senior notes, igniting interest in STEM from a young age is crucial. “If I can get them excited early, they build that confidence and energy that carries through their high school years,” she asserts. As these girls prepare for the whirlwind of the competition, Taara Gill reflects on the upcoming days with palpable enthusiasm: “It’s three days of total, fast-paced activity. I’m just so thrilled to be surrounded by brilliant minds from all over the world.”
Why it Matters
The Trafalgar Castle School robotics team serves as a beacon of hope and inspiration in a society striving for gender equity in STEM. Their participation in the MATE ROV Competition not only showcases their technical expertise but also challenges stereotypes surrounding women in engineering. As they push boundaries and build their confidence, they pave the way for future generations of girls, proving that the STEM fields are not only for everyone but that diversity in these areas leads to richer, more innovative solutions to global challenges.
