Curriculum doesn’t cook itself: Why instruction makes the difference

My little sister loves pumpkin bread. This week I made her another loaf, and she told me it was the best batch yet. Huh? It was the same recipe I always use.

I didn’t add a new ingredient or change the measurements. My oven temperature was the same. I followed the steps according to the recipe, just like always. And yet, the outcome was different. Better, according to Kristina.

What changed were small actions and decisions along the way. How long I mixed the batter. Whether I sifted the flour. How many times I opened the oven door to check on the loaf’s progress. The quality of the butter and the age of the baking ingredients. These elements of the process are not written in the recipe, but all of them matter.

A recipe provides direction but does not guarantee the result. Even when a recipe stays the same, outcomes can vary. The difference is rarely the recipe itself. It is what happens between the steps.

Recipes are designed to create consistency. They ensure every cook starts with the same ingredients to work toward the desired end product. Without a recipe, very few amateur bakers like me could begin to make pumpkin bread. However, it’s also necessary to select ingredients, notice texture, and attend to timing. Good cooks don’t just follow recipes. They respond to what’s happening as they go.

Curriculum works much the same way.

Inside the why

Across the country, schools and teachers have invested significant work and energy into strengthening their curriculum. They’ve unpacked standards. Developed learning targets. Aligned expectations across classrooms and grade levels. This work matters. A guaranteed viable curriculum provides coherence, equity, and clarity. 

But curriculum defines what students are expected to learn. It does not determine how learning unfolds.

When learning stalls in settings with strong curriculum alignment, the instinct is often to revise scope and sequence or change pacing guides. That response is understandable. Curriculum is visible, shared, and easier to adjust at a systems level. Yet, research consistently shows that curriculum alone does not drive learning outcomes. Quality instruction is also necessary.

Studies examining instructional effectiveness leave no question about its significant impact on student learning (Engida, Iyasu, & Fentie, 2024). How lesson components are sequenced, how tasks are launched, and how students are asked to think, talk, practice, and retrieve information all shape whether the curriculum guides students to surface-level exposure or deep learning. High-impact influences such as lesson design, feedback, deliberate practice, cooperative learning, and concept mapping sit squarely in the instructional domain and remain under teacher control even within tightly defined curricula (Hattie, 2023).

Instruction matters. Two classrooms can follow the same curriculum map and produce very different outcomes because instruction brings curriculum to life. Curriculum establishes the destination. Instruction determines if and when students get there (Shulman, 1987). How students wrestle with ideas, practice thinking, receive feedback, and build understanding over time is largely influenced by the quality of their instruction (Hattie, 2023).

Reflecting on instruction is not about throwing curriculum out the window or relying on personal preference. It recognizes where teachers have the greatest leverage to improve learning while honoring shared expectations. The recipe stays the same. Instruction determines the result. 

An inside look

 When the recipe is set, the work shifts from deciding what to teach to deciding how learning unfolds. Regardless of the materials available, distinguished teachers make instructional decisions as they plan and adjust in real time. Timing, engagement, learning tasks, and checks for understanding shape how students experience the curriculum without changing the learning goals.

Engagement

Students don’t have to be entertained to be engaged. They become cognitively activated when the purpose of the work is clear and connected to their learning.

• Start with the why, not the task. Share the outcomes students are working toward before launching the activity. As you monitor their work, pause and ask them, “What’s the purpose for this task?” to reinforce alignment.
• Give attention a job. Ask students to track a specific idea, misconception, or connection during instruction rather than simply asking them to “pay attention.”
• Use non-examples. Present an incorrect or incomplete response from an anonymous or imaginary student and invite students to analyze the error or misconception.
• Create questioners. Instead of directing a question to the whole class, have partner A pose the question to partner B.
• Name the cognitive approach. Rather than asking students to “think,” specify the type of thinking you want them to do: describe, summarize, compare, brainstorm, or predict.

Learning tasks

Learning tasks determine how students interact with the content and show their thinking. The task, not the activity, sets the cognitive demand. Small adjustments to tasks can significantly deepen student understanding without changing the curriculum.

• Ask for Plan B. When students are predicting, explaining, or problem solving, push them to think of alternate possibilities if their first idea doesn’t work or couldn’t work. This keeps thinking flexible and reduces the pressure to find one right answer.
• Invite students to create, not just respond. Build in opportunities for students to generate examples, counterexamples, or even an assessment prompt that would reveal whether someone truly understands a concept.
• Set the challenge. Reverse the traditional sequence of starting simple and building complexity. Begin with the most challenging problem or idea and give students time to consider it. Assure them they will return to it with confidence after learning, then revisit and note progress toward a solution or understanding.
• Delay help on purpose. Communicate confidence in students’ ability to work through challenges by establishing a short window when they can’t direct questions to the teacher. Gradually extend this time to build stamina before they seek support.
• Name progress as success. Disrupt the belief that learning should be quick and easy by celebrating effort and progress. Eliminating ineffective strategies narrows options and represents real learning.
• Offer challenge options. Provide task choices that vary in complexity and allow students to select the level that fits where they are. Many will choose to stretch themselves. When they do not, move them to the next level after an early success.

Checks for understanding

Checks for understanding gather information that helps teachers and students decide what to do next. When used intentionally, they shape instruction while learning is still forming.

• Use “all hands up” methods. Calling on one student at a time limits the data you collect to a small number of students. Instead, replace whole-class Q&A with structures that surface thinking from everyone, such as think-pair-share, whiteboards, or six-word summaries (Hamilton, 2019).
• Take notes when students talk. Student talk is data. Develop a system that works for you to document what you hear and use those notes as evidence of understanding.
• Check for transfer. After a lesson, present a new or altered context that requires the same thinking. Use student explanations to decide whether students are ready to move forward or need additional support.
• Stay neutral. Limit your affirmations when students are developing understanding so they don’t rely on facial expressions, nods, or verbal approval to gauge correctness. If students hesitate, try paraphrasing what they said and invite them to continue.
• Make it a sandwich. Check for understanding before a lesson to activate prior knowledge, during the lesson to ensure students are not getting lost, and at the end to reveal how close they came to meeting the learning target.

Timing

Timing shapes how much cognitive space students have to process, retrieve, and consolidate learning. Intentional timing choices can deepen understanding without adding content or extending lessons.

• Teach for 10 and release. Plan to limit stretches of new input to 10 minutes or less. By that point, students’ working memory is full and ready for consolidation through a processing task or check for understanding.
• Use silence as a strategy. Build in brief, planned pauses for thinking before discussion or response. Silence, when intentional, allows students to organize ideas and craft language.
• Let them forget. Memory is strengthened through retrieval. Ask students to recall vocabulary or foundational ideas intermittently after their attention has shifted so they retrieve from long-term memory rather than relying on what is still active in working memory (Bjork & Bjork, 2011).
• Close strong. The final moments of a lesson carry disproportionate weight. Even when time runs short, return to the purpose for learning. A simple prompt like, “What are we learning about today?” is often the first thing the brain processes when students walk away.
• Build strong routines. Invest time early in teaching transitions, material management, and expectations. Identify where time is most often lost and design systems that reduce waiting and maximize learning minutes.

These instructional tools make the curriculum usable. When teachers attend to engagement, tasks, checks for understanding, and timing, they honor a shared recipe while responding to the learners in front of them.

Step inside

Instructional decisions shape how students experience a shared curriculum. These questions are designed to help you examine those decisions and identify where small shifts can strengthen learning. 

• How do I make the why of a task explicit before students begin?
• How often do tasks invite productive struggle instead of immediate success?
• Where could I reduce volume and increase depth without changing the learning target?
• What evidence of understanding am I gathering before, during, and after learning?
• What system do I use to document what I see and hear?
• Where could checks for understanding influence instruction rather than confirm it?
• How do I intentionally plan for processing and retrieval during lessons?
• Where could I maximize instructional time with tighter transitions or routines?
• How consistently do I close lessons by returning to the purpose for learning?

Use these questions to step inside your instructional decisions and strengthen how learning unfolds within a shared curriculum.

Remember this Inside Instruction truth:

The recipe stays the same. Instruction makes the difference.

 

References

Bjork, E. & Bjork, R. (2011). Making things hard on yourself, but in a good way: Creating desirable difficulties to enhance learning. In M.A. Gernsbacker, R.W. Pew, L.M. Hough, & J.R. Pomerantz (Eds.), Psychology and the real world: Essays illustrating fundamental contributions to society (pp. 56-64). Worth Publishers.

Engida, M.A., Iyasu, A.S., & Fentie, Y.M. (2024). Impact of teaching quality on student achievement: student evidence. Frontiers in Education, 9.

Hamilton, C. (2019). Hacking questions: 11 answers that create a culture of inquiry in your classroom. Times 10.

Hattie, J. (2023). Visible learning: The sequel. Routledge.

Shulman, L.S. (1987). Knowledge and teaching: Foundations of the new reform. Harvard Educational Review, 57 (1), 1-22.

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This article appears in the Spring 2025 issue of Kappan, Vol. 107, No. 5-6.