Camosun Student Sweeps National Awards for Naval Engineering Co-op Excellence

The recent recognition of Makayla Silvey, a mechanical engineering technology student at Camosun College, represents more than just an individual academic milestone; it serves as a high-profile validation of the work-integrated learning (WIL) model that is currently reshaping the North American vocational and higher education landscape. By sweeping local, provincial, and national awards—including the prestigious Emery-Dufault Student of the Year Award from Co-operative Education and Work-Integrated Learning (CEWIL) Canada—Silvey has highlighted the critical intersection between classroom theory and high-stakes industrial application. This achievement is particularly notable given the competitive nature of the national award, where she was selected from hundreds of candidates across the country.

Silvey’s placement at the Royal Canadian Navy’s fleet maintenance facility in Esquimalt involved marine systems engineering, a field characterized by its technical complexity and traditionally male-dominated workforce. Her success in this environment addresses a persistent challenge in STEM education: the confidence gap that often discourages women from pursuing or persisting in engineering careers. Silvey herself noted that she harbored doubts about her place in the profession prior to her co-op experience. This narrative underscores a vital insight for edtech providers and higher education administrators: hands-on, real-world validation is often the most effective tool for retention and diversity in technical programs. The community support at Camosun and the practical application at the naval base served as the catalyst for her professional self-assurance.

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From an institutional perspective, Camosun College’s ability to place students in high-level federal roles, such as those within the Royal Canadian Navy, demonstrates a sophisticated alignment between curriculum and industry needs.

From an institutional perspective, Camosun College’s ability to place students in high-level federal roles, such as those within the Royal Canadian Navy, demonstrates a sophisticated alignment between curriculum and industry needs. The mechanical engineering technology program, led by chair Ross Lyle, has clearly prioritized employability as a core metric of success. This reflects a broader trend in the edtech sector where the value proposition of a degree is increasingly tied to the quality and prestige of its industry partnerships. For the Royal Canadian Navy, these co-op programs serve as a vital talent pipeline, allowing them to vet potential engineers in a live operational environment before formal recruitment, thereby reducing the risks associated with new hires in critical defense roles.