The research on self-regulated learning points to a simple conclusion: learners who can evaluate their own thinking are better prepared to work alongside intelligent systems rather than defer to them. If we want students to graduate with judgment, adaptability, and ethical awareness, metacognition is foundational.

Just a quick background here…

Bloom’s Taxonomy is a framework that many of us use. A lot of times, without even thinking about it. We use Bloom’s to design learning objectives and assessments, and it organizes cognitive work into increasing levels of complexity, from remembering and understanding to applying, analyzing, evaluating, and creating. At its best, Bloom’s helps us be more intentional about pushing students beyond recall and into higher-order thinking by applying the learned concepts in new and different ways.

Where Bloom’s starts to fall short is that it focuses almost entirely on performance. It tells us what students can demonstrate, but not whether they understand how they approached the task or why they made the choices they did. A student can analyze a case or evaluate a recommendation and still be largely unaware of their own reasoning process. That’s the gap Bloom’s doesn’t address and exactly where metacognition becomes critical.

A student can analyze, evaluate, or even create without being able to explain how they approached the task or why they made certain choices. So, layering metacognitive prompts on top of Bloom’s levels changes the purpose of assessment. Asking students to reflect on how they interpreted a case, what assumptions they made, or where they felt uncertain turns assessment into a learning tool rather than a checkpoint. From a faculty perspective, it also provides insight into student reasoning that traditional grading never reveals.

These benefits show up across disciplines and student populations, and they are particularly meaningful for students who may not arrive with strong academic confidence. When we make thinking visible, we give learners a way to understand why they struggled or succeeded, rather than attributing outcomes to luck or ability. That shift alone can change how students engage with learning over time.

Research shows that learners improve most when instruction helps them practice regulation: planning before starting, checking understanding midstream, and reflecting after the fact. This is especially important in graduate and professional education, where problems are rarely well-defined and there is no single “right” answer. Metacognition gives students a way to navigate complexity without freezing or defaulting to surface-level work.

Sources:
Schraw & Dennison (1994); Veenman et al. (2006)

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This article introduces the concept, explains why it matters, and highlights how even small metacognitive interventions can significantly improve learning outcomes.

What Is Metacognition?

Metacognition is commonly defined as “thinking about one’s own thinking.” John Flavell (1979), who first coined the term, described it as the processes learners use to:

• Monitor their understanding

• Plan how to approach a task

• Evaluate their progress

• Adjust strategies when necessary

In other words, metacognition is not about what students think, it’s about how they think.

Two components are especially important:

1. Metacognitive Knowledge: Understanding one’s own cognitive strengths, weaknesses, strategies, and tendencies.

2. Metacognitive Regulation: The ability to plan, monitor, and evaluate learning before, during, and after a task.

Together, these skills empower students to take control of their learning rather than passively reacting to assignments and assessments.

Why Metacognition Matters for Learning Outcomes

It improves academic performance.

A major meta-analysis by Donker et al. (2014) found that teaching metacognitive strategies consistently improved student learning outcomes across age groups, subjects, and ability levels. Even more than many traditional academic interventions.

It increases student independence.

As Ambrose et al. (2010) explain in How Learning Works, students often misjudge what they know which can lead to overconfidence, inefficient study habits, and surface-level learning. Metacognition helps students accurately assess their understanding and choose strategies that work.

It reduces achievement gaps.

Research by Tanner (2012) in CBE—Life Sciences Education demonstrates that structured metacognitive prompts can particularly support first-generation, underprepared, or underrepresented students by strengthening their ability to self-regulate.

It strengthens assessment integrity in the AI era.

Students who reflect on their reasoning can better evaluate AI outputs, identify inaccuracies, and use tools ethically. Metacognition enables students to become discerning learners instead of passive consumers of technology.

Do Faculty Need to Add More Work? No.

The good news is metacognition doesn’t require major course redesigns. Small, intentional strategies make a significant impact.

Simple ways to integrate metacognition:

• Add 2–3 reflection questions to existing assignments

• Use exam or assignment “wrappers” (Lovett, 2008)

• Model your thinking aloud—show your cognitive process

• Ask students to explain their strategy choices

• Invite students to self-assess before and after tasks

These practices fit seamlessly into existing structures and often improve the quality of student submissions and classroom engagement.

How Metacognition Transforms the Learning Experience

When students think about their thinking, they become more:

• Reflective

• Strategic

• Resilient

• Ethical

• Independent

And faculty often notice clearer reasoning, deeper conceptual understanding, and more meaningful work, not just better grades.

Want to Go Deeper? Subscribe for Training + Resources

If you’re ready to explore metacognition more deeply, I invite you to subscribe to this Substack.

Subscribers receive exclusive access to:

• Weekly micro-trainings on metacognition and assessment design

• Downloadable templates, rubrics, and assignment wrappers

• Faculty workbooks to support implementation

• Short demonstration videos and examples from real classrooms

• Advanced strategies for integrating metacognition into any course

Think of it as a practical toolkit for improving learning outcomes without increasing your workload.

If you found this introduction helpful, subscribing ensures you won’t miss the step-by-step trainings and resources designed to help you implement metacognition with confidence.

References:

Ambrose, S. A., Bridges, M. W., DiPietro, M., Lovett, M. C., & Norman, M. K. (2010). How Learning Works: Seven Research-Based Principles for Smart Teaching. Jossey-Bass.

Donker, A. S., de Boer, H., Kostons, D., van Ewijk, C. C., & van der Werf, M. P. (2014). “Effectiveness of learning strategy instruction on academic performance: A meta-analysis.” Educational Research Review, 11, 1–26.

Flavell, J. H. (1979). “Metacognition and cognitive monitoring.” American Psychologist, 34(10), 906–911.

Tanner, K. D. (2012). “Promoting Student Metacognition.” CBE—Life Sciences Education, 11(2), 113–120.

Lovett, M. C. (2008). “Teaching metacognition.” Presentation at the Educause Learning Initiative.

My answer is metacognition.

Metacognition is the ability to think about one’s thinking. It is the one skill that helps students move beyond simply generating answers and into understanding, evaluating, and reflecting on their learning. AI can produce outputs, but it cannot replace the self-awareness that makes learning meaningful. Students who pair AI with metacognition become intentional, critical, and responsible learners rather than passive consumers of machine-generated content.

As educators, we don’t need to add more to our plates. We need to incorporate reflection opportunities into what we already do. Small shifts like asking students to explain their reasoning, describe how they used AI, assess their own understanding, or identify gaps in their thinking are ways to build powerful habits that strengthen learning and academic integrity.

The future of education is not about opposing or resisting AI; it is about preparing students to use AI wisely. Metacognition gives them the internal compass they need to navigate a world of infinite information and instant answers. If AI is the engine, metacognition is the guidance system.

And in this new era, students need both.

I’m Dr. Jim Ray Jones, PhD, CSM, educator, program director, and long-time advocate for reflective, intentional learning. Over the past several years, I’ve had the privilege of teaching graduate-level courses in project management, innovation strategy, leadership, and design at Washington State University, while also supporting faculty, students, and academic programs in improving learning outcomes. Across all of those experiences, one theme has remained constant:

The most meaningful learning happens when students understand how they think.

That’s why this Substack exists.

Why This Channel?

Higher education is evolving rapidly, and faculty are being asked to do more with less: design better assessments, increase engagement, measure outcomes, integrate technology, and still support students navigating unprecedented challenges. What often gets lost is metacognition, or learning how to learn. Metacognition is the process of helping students develop the ability to reflect, self-assess, plan, and monitor their own learning.

This channel will give you practical, research-backed guidance in short micro-trainings you can apply immediately. No jargon. No academic overload. Just clear strategies, templates, examples, and teaching tools designed to fit into the real workload of real faculty.

What You’ll Get Here

Each week, you can expect:

• Micro-training videos on metacognition and assessment design

• Templates, rubrics, and reflection prompts ready for instant use

• Examples from real classrooms across disciplines

• Tools for redesigning existing assignments using Bloom’s Taxonomy

• Faculty workbooks and discussion guides to deepen your teaching practice

If you are new to metacognition or looking to sharpen your assessment strategy, you’ll find structured, actionable content that supports both your teaching and your students.

Who This Is For

This Substack is built for:

• Higher education faculty

• Instructional designers

• Academic leaders

• Teaching and learning centers

• Anyone who wants to help students learn more deeply and more independently

If you’ve ever wondered how to get students to reflect, take ownership of their learning, or think beyond surface-level tasks, you’re in the right place.

A Personal Note

I believe in teaching that is reflective, human, and rooted in growth. I’ve watched students transform, academically and personally, when they are given the tools to understand their own thinking. And I’ve watched faculty find joy and clarity in assessment again when they shift from grading outputs to cultivating metacognitive insight.

My goal is to make this work accessible, meaningful, and doable for you too.

Let’s Get Started

Thank you for being here at the start of this new journey. If you haven’t already, consider subscribing so you don’t miss the first training in the series. I’m excited to share practical, high-impact tools that will help you elevate your courses and support your students in powerful new ways.

Welcome to the community and to a new chapter in teaching with intention.

– Jim

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