The Metacognitive Moves System™
Framework, Architecture & Tools
A complete reference for understanding how the Metacognitive Moves System is built, why it works, and how it builds the learning practice infrastructure your institution has not yet had.
Learning Practice Infrastructure:
The missing layer of student success.
Higher education has built strong systems for instruction and for monitoring and supporting students. But a critical layer sits between them — one most institutions have not yet built. This is the gap the Metacognitive Moves System is designed to fill.
Instructional Infrastructure
Organizational systems that structure how teaching happens across the institution.
- Curriculum maps & learning outcomes
- Assessment frameworks
- LMS and LXP platforms
- Teaching standards & professional learning
Learning Practice Infrastructure
Systems that support how students approach their learning work...
- Organizing and planning academic work
- Preparing strategically for assessments
- Monitoring understanding and progress
- Reflecting and adjusting strategies
Monitoring & Support Infrastructure
Systems that coordinate services and monitor student engagement and progress.
- Advising, tutoring, & coaching
- Early alert systems
- Student success analytics
- Case management tools
Learning Practice Infrastructure (LPI) refers to institutional systems that structure how students approach and perform academic work. While instructional systems define what students must learn, LPI supports the practices students use while completing the tasks required by courses and programs — making those practices visible, repeatable, and reinforced across the academic experience.
Without Learning Practice Infrastructure, student success systems face structural limits.
Early alert systems, tutoring, and advising are powerful — but they cannot directly address how students are approaching their learning work. That gap creates three persistent challenges.
Learning practices develop unevenly — and by chance
In most institutions, students develop effective learning strategies through trial and error. Some arrive with strong practices already in place; others are developing them for the first time. This contributes to uneven outcomes even in well-designed courses and well-resourced support environments.
Support stays reactive — and becomes fragmented
Early alert systems can signal that a student may need support. But they cannot address how that student is approaching their learning tasks. Without infrastructure that develops these practices, interventions remain responses to symptoms rather than developmental support for the cause.
Interventions become episodic rather than developmental
Tutoring, coaching, and advising often occur after problems have already emerged. Without a shared infrastructure for learning practice, these interactions remain isolated moments rather than part of a coherent, reinforced developmental process that builds lasting academic capability.
Learning outcomes are shaped not only by the experiences institutions provide. Without infrastructure that supports those practices, even well-designed student success systems face an invisible ceiling.
Metacognitive Moves System is the practical system institutions can use to build it.
One system. Eight interconnected moves.
The Metacognitive Moves System is a learning practice system organized around eight interconnected moves that structure how students plan, carry out, monitor, and improve their academic work across the semester.
Define meaningful aims and clear targets for success by identifying expectations, requirements, and what successful performance looks like.
Structure coursework, assignments, resources, and timelines into manageable and coordinated stages of work before problems compound.
Establish how academic work will be approached by identifying major tasks, sequencing actions, and setting priorities intentionally rather than approaching assignments reactively.
Build readiness by gathering resources, reviewing expectations, and setting up conditions for effective work instead of relying on last-minute preparation.
Carry out tasks using deliberate strategies and structured action rather than passive or improvised approaches.
Track progress and understanding while work is underway and identify when the current approach is not working before performance breaks down.
Interpret outcomes and extract useful lessons from experience, building self-awareness and a record of developing capability over time.
Use evidence gathered through monitoring and reflection to modify strategies, shift effort, and improve how future work is approached.
What distinguishes the MMS is that it provides a structured, shared approach to how students plan, complete, and improve their academic work—operating alongside coursework and shaping how that work is actually done.
It is reinforced through a shared framework and language used across roles—so every interaction builds on the last rather than starting over. This role-agnostic design means students, faculty, advisors, and support staff all work from the same structure, creating continuous reinforcement instead of fragmentation.
Because it is designed for use across academic and support contexts, it supports consistent application rather than remaining isolated to a single course or interaction. As a result, students develop a repeatable approach to their work, while faculty and staff have a shared structure they can reinforce over time.
When institutions provide a practical system for how students approach academic work, students are better equipped to navigate college demands with more clarity, confidence, and control.
Five interactive tools that operationalize the system within real academic work.
Each tool is browser-based, task-aligned, and designed around a specific academic moment where learning practices most often break down. They require no accounts, no installation, and no IT configuration — available institution-wide from day one.
Each tool activates multiple metacognitive moves within a specific academic moment—reinforcing a coordinated, repeatable approach to how academic work gets done.
A digital semester organizer, notebook, and color-coded file system built for Microsoft OneDrive and OneNote. My Semester OS gives students immediate organizational infrastructure and step-by-step guidance for getting — and staying — organized across all of their courses.
Designed for the moment students most need structure: the transition into a new semester, before habits form and before disorganization compounds into academic risk.
- Color-coded course organization system
- Integrated deadline and task tracking
- Built for OneDrive and OneNote environments
- Guidance for building sustainable organization habits
An interactive browser-based tool that guides students through a structured approach to planning and completing major assignments. It breaks large, complex academic projects into manageable phases so students know exactly where to start — and what to do when they get stuck.
Addresses the most common challenge with complex assignments: students who are uncertain how to begin, who underestimate scope, or who run out of time because they did not sequence their work intentionally.
A guided exam-readiness tool that walks students through a research-backed preparation process — from initial planning and distributed practice scheduling through post-exam reflection. Helps students approach every assessment with intention and a clear strategy, not anxiety and guesswork.
Built on evidence from cognitive science on distributed practice, retrieval-based learning, and self-assessment accuracy. The post-exam reflection component turns every assessment into a learning opportunity for future improvement.
A structured reflection tool that helps students process real academic experiences, articulate what they learned, and build a transferable record of developing skills and capabilities. Ideal for use in advising conversations, portfolio development, and Prior Learning Assessment contexts.
STARR Lite makes the invisible visible — helping students see and name the capabilities they are building through their coursework, and giving advisors and coaches a richer, more structured starting point for meaningful conversations.
An interactive goal-setting tool built around two research-backed frameworks — DYB (Do Your Best) for exploratory, effort-based goals and SMART for concrete, deadline-driven ones. Includes a built-in Framework Chooser so students always start in the right place for the kind of goal they are setting.
Moves goal-setting from a checkbox activity into a practiced capability — one students can deploy meaningfully in advising meetings, at the start of each semester, and at key transition moments throughout their academic journey.
A system that strengthens your existing infrastructure — not replaces it.
The Metacognitive Moves System provides shared language and practical tools that coordinate how learning practice is developed across roles and programs in the institution.
First-Year Experience & Transition Programs
Introduce structured learning practices at the moment students most need them — before disorganization and reactive habits take hold.
Tutoring & Learning Center Interactions
Give tutors and learning specialists a shared framework that elevates sessions from content help to learning practice development.
Academic Advising & Success Coaching
Give advisors and coaches tools to go deeper — and give students language to reflect on their own learning before they arrive.
Gateway & High-Impact Courses
Embed planning, monitoring, and reflection directly into the academic work of the courses where learning practice matters most.
Student Success & Retention Initiatives
Build the proactive layer that reduces reactive load — developing stronger learning behaviors earlier in the semester.
Institutional Alignment Map
See how the full suite of tools and resources maps across six institutional implementation contexts — and how it strengthens the work already happening.
Get Access →Benefits across the full academic ecosystem.
Because learning practices shape how students approach every course and assignment, Metacognitive Moves creates value across every role in the institution — from students doing the work to practitioners guiding it to leaders accountable for outcomes.
Learning Practice Infrastructure gives students concrete structures for approaching the academic work they must complete throughout the semester — developing capabilities that transfer across courses and persist beyond any single program.
- Greater clarity about how to begin and organize academic work
- Reduced uncertainty when approaching complex assignments
- Improved ability to manage multiple deadlines across courses
- Stronger preparation for exams and major assessments
- Clearer understanding of what effective learning looks like
- Greater confidence when navigating challenging academic tasks
- Improved ability to recover when something does not go as planned
- Increased sense of control over academic progress
- Development of learning practices that transfer across courses and semesters
From navigating by guesswork to navigating with structure.
Students do not need to figure out how to approach academic work on their own. The five tools give them a repeatable system for the moments that matter most — before a semester starts, when a complex assignment arrives, before a high-stakes exam, and after feedback is received.
Learning Practice Infrastructure supports faculty by strengthening how students approach coursework. When students have clearer structures for planning and executing academic work, instructors see stronger engagement with the work itself.
- Students are better prepared to begin and manage complex assignments
- Improved preparation for exams and major assessments
- Reduced confusion about how to approach academic tasks
- Stronger engagement with course expectations
- More productive use of class time focused on course content
- Greater persistence when students encounter challenging material
From managing confusion to reinforcing capability.
When students arrive with structured approaches to planning, preparation, and reflection already in place, faculty can focus class time on the depth of the content rather than the mechanics of how to approach it.
Learning Practice Infrastructure provides student support professionals — advisors, tutors, coaches, and success navigators — with concrete tools and a shared framework for guiding students through the practices that determine academic success.
- Clear tools for discussing how students approach academic work
- Consistency across advising, tutoring, and coaching conversations
- Movement from general encouragement to actionable strategies
- Reduced need to improvise support from scratch
- Shared language for describing learning practice and student progress
- Better coordination across roles and programs
From isolated support conversations to coordinated developmental support.
When advisors, tutors, and coaches work from the same framework and the same language, every interaction builds on the last. Student support becomes a coordinated developmental process rather than a set of isolated, well-meaning conversations.
Because learning practices influence how students approach every course and assignment, building this infrastructure contributes to several institutional priorities simultaneously — without requiring separate initiatives for each.
- Strengthened student persistence and retention
- Improved progress toward graduation and completion
- Reduced achievement gaps tied to uneven preparation
- Stronger engagement with coursework across programs
- Greater effectiveness of advising and tutoring investments
- Increased development of student self-regulated learning
From downstream intervention to upstream development.
Learning Practice Infrastructure does not replace advising, tutoring, or early alert. It builds the layer that makes all of them more effective — reducing the reactive load on support services while developing the student capabilities that retention and completion depend on.
Rather than functioning as a separate program, Learning Practice Infrastructure acts as a reinforcing layer within the academic environment by giving students and practitioners shared structures, shared language, and repeatable practices that strengthen academic performance across contexts.
Resources for every role — built to make the system work as a system.
From open-access foundations to licensed implementation guides, the practitioner resources are what create coordination across your institution. They ensure the tools do not operate in isolation.
Role-Responsive Guidance
Practical guidance tailored for tutors, advisors, faculty, and coaches — showing how to integrate each tool into existing workflows and conversations to reinforce consistent learning practices.
Explore resources →Strategic Practitioner Frameworks
Frameworks that help institutions recognize, support, and coordinate the core learning practices students develop across the full student learning journey and success ecosystem.
Explore resources →Professional Development & Onboarding
Professional development begins with an onboarding workshop and continues through role-responsive implementation guides, shared frameworks, and real-world integration examples for your team.
Learn about implementation →Designed for real institutional environments.
No IT tickets required.
The Metacognitive Moves System is browser-based and platform-independent. It works within the digital environments your institution already uses — rather than requiring a new platform, a procurement process, or an extended implementation timeline.
Platform & Deployment
Privacy & Accessibility Compliance
Let's talk about your institution specifically.
A 30-minute consultation is the right next step — to discuss your current infrastructure, where the practice gap shows up for your students, and how the system would activate learning practice across your institution.