When the world’s best young canoe and kayak paddlers converged on Lake Banook in Dartmouth July 1-5, the harbour city’s calm waters became the centre of a global sport. The 2026 ICF Junior and U23 Canoe Sprint World Championships drew 642 athletes from 54 nations, and among them were four Saint Mary’s University students who raced on home water while juggling academic schedules.
Local students on an international stage
Saint Mary’s athletes Alex Erith Ellwood, Brianna Smith, Duncan Giles and Ian Gaudet represented the university at the championships, competing across singles, doubles and relay races. The event featured sprint distances and boat classes for both canoe and kayak disciplines, with heats, semis and finals delivering a steady stream of action over the five days.
For Ellwood, a diploma-in-engineering student, the championships marked his fourth international competition. He raced in the K2 500 metre and K4 500 metre events, and teamed with fellow engineering student Brianna Smith in the mixed relay. Ellwood secured his place at worlds after placing in the top five in Canada in the men’s 500-metre at national tryouts earlier this year.
“It was great to be at home and comfortable on our own lake.”
That line from Ellwood cuts to what made this championship particular for local paddlers: competing on familiar water with the support of the Halifax Regional Municipality community and the Saint Mary’s campus. He also highlighted the role faculty played in helping student-athletes manage training and classes, recalling how a professor recommended scheduling a calculus course in spring to accommodate a winter training camp.
Balancing books and blades
The dual demands of university study and elite sport are a recurring theme for student-athletes here. Saint Mary’s students in engineering, a demanding course load, said professors went “above and beyond” to help balance academic requirements with international travel and training commitments. Those adjustments — from course timing to accommodation around competition travel — helped make it possible for athletes to pursue both paths.
- Event: 2026 ICF Junior and U23 Canoe Sprint World Championships
- Dates: July 1–5, 2026
- Location: Lake Banook, Dartmouth (HRM)
- Participants: 642 athletes from 54 nations
What the results meant locally
Hosting the world championships at Lake Banook is both a nod to Halifax’s paddling heritage and a chance to showcase local facilities. For Saint Mary’s athletes, competing at home offered logistical advantages and emotional support. Ellwood noted the comfort of familiar surroundings and avoided the usual disruptions of travel and time changes—an edge when races are decided by fractions of a second.
Shortly after the Dartmouth competition, Ellwood continued his season at the Canoe Sprint World Cup in Montreal (July 9–12), demonstrating how the Lake Banook regatta fitted into a broader international calendar for paddlers. For the university, having multiple athletes display at this level underscores the linkage between local coaching, campus flexibility and competitive opportunity.
| Saint Mary’s Athlete | Events at Lake Banook |
|---|---|
| Alex Erith Ellwood | K2 500m, K4 500m, mixed relay |
| Brianna Smith | Mixed relay (with Ellwood) |
| Duncan Giles | Competed for SMU (events not specified) |
| Ian Gaudet | Competed for SMU (events not specified) |
Beyond podiums and placings, the championships left a mark on Halifax’s paddling community. Volunteers, local clubs and campus supports came together to host an international field and to give local students a stage to measure themselves against their peers. For residents watching on the shores of Lake Banook or following results online, it was an opportunity to see the next generation of paddlers chase podiums on our water.
As the regatta ended and athletes dispersed to the next stops on their calendar, the memory of international competition on a familiar lake will linger for the students who trained here — and for a city that sees itself reflected in those who wear local colours on the world stage.
