Category: cognitive

  • Scaling structured literacy with implementation science

    Scaling structured literacy with implementation science

    When districts adopt evidence-based practices like Structured Literacy, it’s often with a surge of excitement and momentum. Yet the real challenge lies not in the initial adoption, but in sustaining and scaling these practices to create lasting instructional change. That’s the point at which implementation science enters the picture. It offers a practical, research-backed framework to help district leaders move from one-time initiatives to systemwide transformation.

    Defining the “how” of implementation

    Implementation science is the study of methods and strategies that support the systematic uptake of evidence-based practices. In the context of literacy, it provides a roadmap for translating the science of reading, based on decades of cognitive research, into day-to-day instructional routines.

    Without this roadmap, even the most well-intentioned literacy reforms struggle to take root. Strong ideas alone are not enough; educators need clear structures, ongoing support, and the ability to adapt while maintaining fidelity to the research. Implementation science brings order to change management and helps schools move from isolated professional learning sessions to sustainable, embedded practices.

    Common missteps and how to avoid them

    One of the most common misconceptions among school systems is that simply purchasing high-quality instructional materials or delivering gold-standard professional learning, like Lexia LETRS, is enough. While these are essential components, they’re only part of the equation. What’s often missing is a focus on aligned leadership, strategic coaching, data-informed decisions, and systemwide coordination.

    Another frequent misstep is viewing Structured Literacy as a rigid, one-size-fits-all approach. In reality, it is a set of adaptable practices rooted in the foundational elements of reading: Phonemic awareness, phonics, fluency, vocabulary, and comprehension. Effective implementation requires both structure and flexibility, guided by tools like the Active Implementation Formula or NIRN’s Hexagon Tool.

    District leaders must also rethink their approach to leadership. Instructional change doesn’t happen in a vacuum or stay confined to the classroom. Leaders at every level–from building principals to regional directors–need to be equipped not just as managers, but as implementation champions.

    Overcoming initiative fatigue

    Initiative fatigue is real. Educators are weary of the pendulum swings that often characterize educational reform. What’s new today may feel like a rebranded version of yesterday’s trend. Implementation science helps mitigate this fatigue by building clear, supportive structures that promote consistency over time.

    Fragmented professional learning is another barrier. Educators need more than one-off workshops–they need coherent, job-embedded coaching and opportunities to reflect, revise, and grow. Coaching plays a pivotal role here. It serves as the bridge between theory and practice, offering modeling, feedback, and emotional support that help educators build confidence and capacity.

    Building sustainable systems

    Sustainability starts with readiness. Before launching a Structured Literacy initiative, district leaders should assess their systems. Do they have the right people, processes, and tools in place? Have they clearly defined roles and responsibilities for everyone involved, from classroom teachers to district office staff?

    Implementation teams are essential. These cross-functional groups help drive the work forward, break down silos, and ensure alignment across departments. Successful districts also make implementation part of their onboarding process, so new staff are immersed in the district’s instructional vision from day one.

    Flexibility is important, too. No two schools or communities are the same. A rural elementary school might need different pacing or grouping strategies than a large urban middle school. Implementation science supports this kind of contextual adaptation without compromising core instructional principles.

    Measuring progress beyond test scores

    While student outcomes are the ultimate goal, they’re not the only metric that matters. Districts should also track implementation fidelity, educator engagement, and coaching effectiveness. Are teachers confident in delivering instruction? Are they seeing shifts in their students’ engagement and performance? Are systems in place to sustain these changes even when staff turnover occurs?

    Dashboards, coaching logs, survey tools, and walkthroughs can all help paint a clearer picture. These tools also help identify bottlenecks and areas in need of adjustment, fostering a culture of continuous improvement.

    Equity at the center

    Implementation science also ensures that Structured Literacy practices are delivered equitably. This means all students, regardless of language, ability, or zip code, receive high-quality, evidence-based instruction.

    For multilingual learners, this includes embedding explicit vocabulary instruction, oral language development, and culturally responsive scaffolding. For students with disabilities, Structured Literacy provides a clear and accessible pathway that often improves outcomes significantly. The key is to start with universal design principles and build from there, customizing without compromising.

    The role of leadership

    Finally, none of this is possible without strong leadership. Implementation must be treated as a leadership competency, not a technical task to be delegated. Leaders must shield initiatives from political noise, articulate a long-term vision, and foster psychological safety so that staff can try, fail, learn, and grow.

    As we’ve seen in states like Mississippi and South Carolina, real gains come from enduring efforts, not quick fixes. Implementation science helps district leaders make that shift–from momentum to endurance, from isolated success to systemic change.

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  • How tutors can support student thinking

    How tutors can support student thinking

    Key points:

    Consider the work of a personal trainer. They can explain and model a workout perfectly, but if the athlete isn’t the one doing the lifting, their muscles won’t grow. The same is true for student learning. If students only copy notes or nod along, their cognitive muscles won’t develop. Cognitive lift is the mental work students do to understand, apply, and explain academic content. It’s not about giving students harder problems or letting them struggle alone. It’s about creating space for them to reason and stretch their thinking.

    Research consistently shows that students learn more when they are actively engaged with the material, rather than passively observe. Learners often forget what they’ve “learned” if they only hear an explanation. That’s why great tutors don’t just explain material clearly–they get students to explain it clearly. 

    Tutoring, with its small group format, is the ideal space to encourage students’ cognitive lift. While direct instruction and clear explanations are essential at the right times in the learning process, tutorials offer a powerful opportunity for students to engage deeply and productively practice with support.

    The unique power of tutorials

    Small-group tutorials create conditions that are harder to foster in a full classroom. Having just a few students, tutors can track individual student thinking and adjust support quickly. Students gain more chances to voice reasoning, test ideas, and build confidence. Tutorials rely on strong relationships, and when students trust their tutor, they’re more willing to take risks, share half-formed thoughts, and learn from mistakes. 

    It’s easier to build space for every student to participate and shine in a tutorial than in a full class. Tutors can pivot when they notice students aren’t actively thinking. They may notice they’re overexplaining and can step back, shifting the cognitive responsibility back to the students. This environment gives each learner the opportunity to thrive through cognitive lift.

    What does cognitive lift look like?

    What does cognitive lift look like in practice? Picture two tutorials where students solve equations like they did in class. In the first, the tutor explains every step, pausing only to ask quick calculations like, “What’s 5 + 3?” The student might answer correctly, but solving isolated computations doesn’t mean they’re engaged with solving the equation.

    Now imagine a second tutorial. The tutor begins with, “Based on what you saw in class, where could we start?” The student tries a strategy, gets stuck, and the tutor follows up: “Why didn’t that work? What else could you try?” The student explains their reasoning, reflects on mistakes, and revises. Here, they do the mental heavy lifting–reaching a solution and building confidence in their ability to reason through challenges.

    The difference is the heart of cognitive lift. When tutors focus on students applying knowledge and explaining thinking, they foster longer-term learning. 

    Small shifts, big impact

    Building cognitive lift doesn’t require a complete overhaul. It comes from small shifts tutors can make in every session. The most powerful is moving from explaining to asking. Instead of “Let me show you,” tutors can try “How might we approach this?” or “What do you notice?” Tutoring using questions over explanations causes students to do more work and learn more.

    Scaffolds–temporary supports that help students access new learning–can support student thinking without taking over. Sentence stems and visuals guide thinking while keeping responsibility with the student. Simple moves like pausing for several seconds after questions (which tutors can count in their heads) and letting students discuss with a partner also create space for reasoning. 

    This can feel uncomfortable for tutors–resisting the urge to “rescue ” students too quickly can be emotionally challenging. But allowing students to wrestle with ideas while still feeling supported is where great learning happens and is the essence of cognitive lift.

    The goal of tutoring

    Tutors aren’t there to make learning easy–they’re there to create opportunities for students to think and build confidence in facing new challenges. Just like a personal trainer doesn’t lift the weights, tutors shouldn’t do the mental work for students. As athletes progress, they add weight and complete harder workouts. Their muscles strengthen as their trainer encourages them to persist through the effort. In the same way, as the academic work becomes more complex, students strengthen their abilities by wrestling with the challenge while tutors coach, encourage, and cheer.

    Success in a tutorial isn’t measured by quick answers, but by the thinking students practice. Cognitive lift builds independence, deepens understanding, and boosts persistence. It’s also a skill tutors develop, and with the right structures, even novices can foster it. Imagine tutorials where every learner has space to reason, take risks, and grow. When we let students do the thinking, we not only strengthen their skills, we show them we believe in their potential.

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