The latest Pan-Canadian Assessment of Mathematics (PCAM) results show a concerning trend: Canadian students’ math scores have slipped, with British Columbia among the provinces feeling the impact. Only about a quarter of students are meeting expected proficiency levels, and many more struggle with foundational skills. As schools and families grapple with the fallout of pandemic disruptions, suspended in-person instruction and mounting learning gaps, it’s time to consider bold strategies to get students back on track.
Understanding the Decline
Between 2019 and 2022, average scores on key math domains—number sense, spatial reasoning and problem solving—dipped significantly. Remote learning periods strained both students and teachers. Technological limitations, reduced instructional time and diminished peer collaboration compounded existing challenges. Even before COVID-19, concerns around math anxiety and lack of confidence were rising. Now, the combination of lost seat time and uneven supports has widened the gap between where students are and where they should be.
Key Contributing Factors
- Interrupted Learning Routines: Prolonged school closures meant less structured instruction and fewer opportunities for immediate feedback.
- Teacher Shortages & Burnout: Vacancies and heavy workloads have limited consistent delivery of curriculum and one-on-one help.
- Foundational Gaps: Early-grade numeracy building blocks—counting, mental math and pattern recognition—weren’t reinforced during remote periods.
- Math Anxiety: Stress around standardized testing and negative mindsets discourage risk-taking and perseverance.
- Resource Disparities: Not every family has access to reliable internet, dedicated study space or private tutoring.
What Schools Can Do
BC schools have a critical role to play in rebuilding math proficiency. Here are targeted interventions educational leaders and teachers can implement:
- Diagnostics & Personalized Plans: Use early-term assessments to identify specific skill gaps. Develop individualized learning trajectories and set measurable short-term goals.
- Small-Group Interventions: Carve out daily “math recovery” blocks where students work in small cohorts with a specialist or trained classroom aide.
- Professional Development: Offer teachers workshops on evidence-based math pedagogy, growth-mindset coaching and strategies for differentiating instruction in mixed-ability classrooms.
- Curriculum Realignment: Revisit pacing guides to prioritize core numeracy competencies before introducing new topics. Integrate real-world problem solving that connects mathematics to students’ interests.
- Family Engagement Evenings: Host monthly math nights—either in-person or virtual—where parents and children explore games, puzzles and interactive activities together.
- Tech-Enhanced Supports: Deploy adaptive learning platforms that track progress, provide instant feedback and tailor practice to each learner.
Empowering Parents at Home
Parental involvement can turbocharge school-based efforts. Simple, consistent actions at home reinforce classroom learning and boost children’s confidence in math:
- Daily Practice Routines: Carve out 10–15 minutes for math activities—flashcards, mental computations or quick online drills.
- Real-Life Applications: Turn everyday tasks into math lessons: weighing ingredients during baking, calculating sale discounts or measuring yard dimensions.
- Positive Reinforcement: Celebrate effort, persistence and small wins. Emphasize that mistakes are part of the learning process, not a sign of failure.
- Growth Mindset Conversations: Encourage “yet” language—“You haven’t mastered fractions yet”—to reinforce the idea that abilities develop through practice.
- Utilize Community Resources: Seek out library math clubs, community tutoring programs or free online courses to augment schoolwork.
Forging Strong School-Family Partnerships
Closing the math achievement gap requires seamless collaboration between educators and parents. Open communication channels—weekly progress updates, shared digital portfolios and parent-teacher check-ins—ensure everyone is aligned on goals and strategies. When families understand classroom priorities, they can extend learning beyond school walls with targeted support.
Community organizations, local businesses and post-secondary institutions can also pitch in. Mentorship programs and volunteer tutors from university math departments, for example, offer extra ears, eyes and expertise. By building a network of support, BC schools can create a culture where math learning thrives both inside and outside the building.
Measuring Progress & Sustaining Momentum
Regular monitoring is essential. Track student outcomes through formative quizzes, end-of-unit tests and teacher observations. Analyze patterns—Which subskills are improving? Where do persistent gaps remain?—and adjust interventions accordingly. Over time, data-driven decision-making will help identify high-impact practices worthy of scaling across districts.
Conclusion
The downward shift in math performance is a wake-up call for British Columbia’s education community. While the challenges are significant, they’re not insurmountable. By combining targeted school-based interventions, proactive parental engagement and strong partnerships with community stakeholders, we can rebuild students’ confidence and competence in mathematics. With sustained commitment—and a shared vision for success—BC’s next generation of learners can reclaim their place among the nation’s top performers.
