Bridging the Professional Learning Divide: Making HQIM Work for Every Classroom
The Big Problem
We all want every student to have access to great teaching and great materials—they’re the foundation of any strong education system. However, that ideal doesn’t always hold up in practice. High-quality instructional materials (HQIMs) exist, but they don’t always reach every classroom in quite the same way. Some teachers get consistent support and aligned coaching, while others are left juggling limited time, shifting standards, and a dozen competing priorities.
It’s not that teachers aren’t trying. Teachers care—often more than anyone gives them credit for—and system leaders spend years building rollouts that should work on paper. Classrooms and schools are unpredictable ecosystems, however. Materials compete with real-world noise, professional learning drifts out of sync, and guidance shifts depending on who’s speaking. Over time, even the best-designed initiatives start to wobble under the weight of good intentions.
Bridging that professional learning divide starts with design that meets teachers where they are in every classroom. It means building defaults that make effective routines easier, not harder; reducing the cognitive friction that turns good materials into puzzles; and reimagining professional learning so teachers actually retain how to teach HQIM well. When systems treat learning as something to be continually reinforced and not merely delivered once a year, the gap between knowing and doing begins to close, and “high quality” becomes a lived practice in every classroom.
About the Author
Maryam Sorkhou
Maryam holds an Honours BSc in Psychology from the University of Toronto and is currently completing her PhD in Medical Science at the same institution. She studies how sex and gender interact with mental health and substance use, using neurobiological and behavioural approaches. Passionate about blending neuroscience, psychology, and public health, she works toward solutions that center marginalized populations and elevate voices that are often left out of mainstream science.















