How Learners Develop Capability in Learning Practices

Part of B Optimal’s series on learning practice:Making Learning Practices Visible, Developable, and Actionable

One of the most important changes in learning is easy to miss.

Students do more than complete work; they also learn how to approach it. As they work through assignments, projects, problems, experiences, and unfamiliar situations, they continually make decisions about what the work requires, how to approach it, whether their approach is working, and what they should do next.

These are learning practices: the actions learners use to plan, direct, monitor, evaluate, and improve their learning while doing the work in front of them. They shape how students study for exams, manage complex projects, wrestle with unfamiliar problems, respond to feedback, reflect on experiences, collaborate with others, and apply learning in new situations.

Yet we cannot assume students arrive already capable of using these practices effectively. Research has long found that many students enter college with limited metacognitive knowledge and skills and may struggle to accurately judge their own understanding, select and regulate effective approaches, or recognize when those approaches need to change (Bjork et al., 2013; Pintrich, 2002).

Many of these practices also remain largely invisible within the structures and experiences through which students learn, a challenge explored more fully in The Invisible Practices That Shape Learning.

The developmental question is how learners become increasingly capable of recognizing, directing, and using these practices for themselves.

A student can complete a complex assignment with substantial guidance. They can produce a thoughtful reflection in response to a carefully structured prompt. They can follow an effective strategy someone has provided. Each can be a valuable learning experience.

Capability becomes visible when something shifts in what the student can do for themselves.

Questions that once came from a practitioner start coming from the learner. Decisions that once required guidance increasingly become decisions they can make. They become better able to recognize what a situation requires, determine how to respond, evaluate what is happening, and adjust their own actions.

That kind of development is not accidental. It can be designed for.

Start With What Learners Need to Become Capable of Doing

Intentional development starts with clarity about what you are actually trying to build. Broad goals like critical thinking, reflection, problem-solving, metacognition, and self-directed learning matter—but none of them is a single thing a student either has or does not. Each involves multiple forms of thinking, judgment, decision-making, and action.

Take self-directed learning. A student does not become self-directed simply because they are given more independence. Directing their own learning means becoming increasingly capable of addressing questions like these:

What does this task actually require? What approach should I use? What resources do I need? How will I know whether I understand this? Is my approach working? What does the evidence tell me? Should I continue, adjust, or try something different? What have I learned from this experience? Where else might this learning be useful?

Each question points to something a learner needs to become capable of doing.

Naming practices at this level gives development a clearer target. Instead of treating self-directed learning, reflection, or critical thinking as broad capabilities you hope will emerge, you can identify the practices through which those capabilities are expressed and design opportunities for their development more intentionally.

That is the design foundation: identify the practices learners need to develop. Once those practices are clearer, the developmental work becomes more concrete. Research on metacognition has consistently shown that learners benefit when important aspects of their thinking become explicit rather than remaining implicit. If a practice is difficult to recognize, it is also difficult to discuss, examine, practice, and improve intentionally (Tanner, 2012).

Make Learning Practices Visible and Learnable

Many learning practices are difficult to see. You can see the paper a student writes, the answer they produce, or the project they turn in. You cannot directly see how they understood the task, why they chose a particular strategy, what they paid attention to while working, how they judged their progress, or what made them change direction.

Without ways to surface that activity, important learning practices can remain implicit—sometimes even to the student using them.

Making them visible changes what learners and practitioners can work with. A shared name turns a practice into something that can be discussed. A framework shows how practices relate to one another. A tool can structure thinking and decisions that might otherwise remain beneath the surface. A conversation can shift attention from what a student produced to how they approached producing it.

Teaching and modeling take that visibility further. Practitioners can make aspects of their own thinking visible by demonstrating how they approach real work. They can show how they make sense of an unfamiliar task before diving in, compare possible strategies and explain why one better fits the situation, or identify the signals that tell them an approach needs to change.

That is more than telling students what to do. It gives them access to the thinking and judgment behind the action.

It also shows students that effective practice is contextual. There is rarely one process that works everywhere. The deeper capability is learning to recognize what a situation requires, determine which approach fits, and know when something different is needed.

Once practices are visible, nameable, and understood, students have something they can begin to practice and improve.

Build Capability Through Practice, Feedback, and Evolving Support

Understanding a learning practice is not the same as being able to use it.

Capability develops through application in situations where the practice has a genuine purpose. A student planning a semester-long project has a real reason to frame the task, allocate resources, choose strategies, and monitor progress. A student preparing for an exam can evaluate what worked before and determine what to change. A student reflecting on an internship has authentic experience to examine for learning and capability.

Research on metacognitive development reinforces the importance of this active application. Students are more likely to develop metacognitive knowledge and regulatory skills when they have opportunities to use them in meaningful settings with appropriate guidance rather than encountering metacognition only as abstract or decontextualized instruction (Schraw, 1998; Tanner, 2012).

A tool can structure a key decision a student would otherwise have to work through alone, taking enough of the load off so they can focus on the decision itself rather than the mechanics of managing it. A question from a practitioner can do something similar for interpretation—helping a student see what a moment reveals about their own thinking, without doing that seeing for them.

The principle underneath all of it is simple: the learner does the developmental work.

Support provides enough structure to advance learning without taking over the thinking, decisions, interpretations, and judgments students increasingly need to direct for themselves. Greater learner ownership does not require the absence of guidance. Research on self-determination emphasizes the importance of supporting autonomy while also creating conditions that help learners develop competence (Ryan & Deci, 2000). Well-designed support can serve both purposes.

Feedback is part of that development.

Most of the visible evidence available to practitioners comes from products and outcomes: an assignment, exam, project, presentation, performance, or reflection. Feedback on those outcomes matters. But the practices that produced them hold information too.

Practice-level feedback shifts attention toward how a student approached the work. How did they understand the task? Why did they select that strategy? What signals shaped their decisions? What happened when the approach was not working? What would they carry forward or do differently next time?

This is how patterns become visible.

A student might realize they routinely start complex work before fully understanding what it requires. Another might notice they keep using a familiar strategy after the evidence suggests it is ineffective. Another might discover they have developed an effective way of organizing collaborative work—one they can intentionally use again elsewhere. Those patterns become something students can examine and learn from.

Consider a student reflecting on an internship. Early on, a reflection prompt may produce primarily a recap of what happened and a general statement about what was learned. As reflection becomes a visible, intentionally developed practice, that same student can begin examining specific moments more closely—interpreting why they mattered, identifying evidence of learning and capability, and evaluating what the experience revealed about their own decisions.

With modeling, guided practice, feedback, and repeated use, they need fewer prompts to get there. Eventually, reflection becomes something they increasingly initiate and direct themselves—using experience to generate learning, recognize capability, and determine what to carry into what comes next.

Where a recap once described what happened, the student now interprets what it meant and what it revealed about how they think and work—and starts putting that recognition to use without being asked.

This developmental approach to reflection is put into practice through Tell My Story with STARR+™, a Learning Practice Program designed to help learners move beyond recounting experience toward meaning-making, capability recognition, and transfer.

Support does not disappear permanently. Even a capable learner facing something unfamiliar or highly complex may need renewed structure, guidance, collaboration, or tools. Knowing when to seek and use support is itself part of capable learning.

The developmental movement is toward greater ownership, not permanent independence from support.

From Supported Practice to Independent and Transferable Use

A learning practice becomes especially powerful when a student can recognize when and how to use it beyond the situation in which it was initially developed.

That takes more than repeating a familiar process.

Students need to recognize when something they know or know how to do may be relevant in a new situation, understand what is similar and different about that context, and determine how their approach needs to adapt.

Research suggests that metacognitive knowledge and skills have both general and context-sensitive dimensions. Learners may initially develop practices within particular tasks, situations, or disciplines and, through further experience and explicit support, become increasingly able to recognize how those practices can be adapted and applied more broadly. This supports developing metacognitive practices through meaningful, contextually grounded work while also attending deliberately to broader application and transfer (Schraw, 1998; Schraw & Moshman, 1995).

A strategy developed while managing a complex academic project may help a student manage a professional initiative later. A way of handling feedback in one course may become useful in another. A capability recognized through reflection on an internship may become something the student intentionally applies in teamwork, leadership, or a future job.

The connection is not automatic.

The student has to recognize it and act on it:

What is different about this situation? What needs to change? How will I know whether the adapted approach is working?

That is what makes a learning practice portable.

The strategy for managing that project, the way of handling feedback, the capability recognized through reflection on an internship—none of it stays where it started. It travels with the student, reshaped each time to fit wherever they need it next.

That is a meaningful marker of developing capability.

A Developmental Logic for Learning Practices

Put these pieces together and a clear developmental logic emerges.

The design foundation comes first:

Identify the Practices Learners Need to Develop

Once those practices are clear, the learner-facing progression is:

Make Visible → Teach and Model → Supported Practice → Practice-Level Feedback → Supported Autonomy → Independent and Transferable Use

This is not a rigid sequence that students move through once and complete. Development is not linear—as already noted, a practice used independently in one setting may need renewed support in an unfamiliar or more complex one. What stays constant is the direction already described: toward greater learner ownership, not away from support entirely.

The distinction between exposure and development remains important throughout this process. Students can encounter situations that require a learning practice without necessarily becoming substantially better at that practice. Turning exposure into development takes intentional and explicit guidance, scaffolding, active application, feedback, and repeated opportunities to use the practice in meaningful contexts (Azevedo & Hadwin, 2005; Tanner, 2012).

This developmental logic is central to B Optimal's Metacognitive Moves System.

The system identifies eight interconnected metacognitive moves involved in directing and improving learning: Task Framing, Strategy Selection, Resource Allocation, Monitoring, Interpretation, Adjustment, Evaluation, and Transfer. These are the same kind of questions raised earlier for self-directed learning—what does this task require, what approach fits, is it working, what should change—named now as a shared, practice-level vocabulary rather than a list of open questions.

The progression explains how learners become increasingly capable of using those moves. Learner-facing tools and resources provide structure for applying them within authentic work. Practitioners make the practices visible, model their use, support meaningful application, and provide feedback that helps learners examine and strengthen what they are doing. As capability develops, students assume greater responsibility for recognizing when a practice is needed, determining how to use it, and adapting it across contexts.

This same logic runs through every B Optimal Learning Practice Program, even when a program concentrates on one defined area of learning practice. The practices and contexts change. The developmental direction remains the same.

From Practice to Capability

Capability builds when students do more than complete activities that require a learning practice. It develops when they become increasingly able to recognize, direct, examine, and adapt that practice for themselves—asking the relevant questions on their own, choosing an approach because they understand why it fits rather than because someone recommended it, turning experience into insight without being prompted to.

That is the purpose of a developmental approach to learning practice: identify the practices that matter, make them visible and learnable, create meaningful opportunities to use them, and provide support that evolves as learners gain greater ownership.

The goal is not simply more exposure to learning, or participating in activities where these practices happen to be required. It is greater capability in the practices that help learners make something of that exposure—directing the practices that shape their learning, not just taking part in activities that require them.

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References

This article is intended as a thought piece rather than a comprehensive review of the literature. The references below include key works that informed the ideas discussed.

Azevedo, R., & Hadwin, A. F. (2005). Scaffolding self-regulated learning and metacognition—Implications for the design of computer-based scaffolds. Instructional Science, 33, 367–379. https://doi.org/10.1007/s11251-005-1272-9

Bjork, R. A., Dunlosky, J., & Kornell, N. (2013). Self-regulated learning: Beliefs, techniques, and illusions. Annual Review of Psychology, 64, 417–444. https://doi.org/10.1146/annurev-psych-113011-143823

Pintrich, P. R. (2002). The role of metacognitive knowledge in learning, teaching, and assessing. Theory Into Practice, 41(4), 219–225. https://doi.org/10.1207/s15430421tip4104_3

Ryan, R. M., & Deci, E. L. (2000). Self-determination theory and the facilitation of intrinsic motivation, social development, and well-being. American Psychologist, 55(1), 68–78. https://doi.org/10.1037/0003-066X.55.1.68

Schraw, G. (1998). Promoting general metacognitive awareness. Instructional Science, 26, 113–125. https://doi.org/10.1023/A:1003044231033

Schraw, G., & Moshman, D. (1995). Metacognitive theories. Educational Psychology Review, 7, 351–371. https://doi.org/10.1007/BF02212307

Tanner, K. D. (2012). Promoting student metacognition. CBE—Life Sciences Education, 11(2), 113–120. https://doi.org/10.1187/cbe.12-03-0033

About B Optimal Insights

B Optimal’s Insights explore the assumptions that shape learning in higher education—and the learning practices that often remain hidden beneath them. Rather than asking only what students should experience, these articles ask what students must actually learn to do if those experiences are to become lasting capability.