Key Takeaways
- In conversation with edtech leaders from Coursemojo and Graspable Math, along with experts in the fields of neurodiversity and playful learning, Digital Promise shared how educators can design instruction that supports learner variability across middle school English language arts, math, and social-emotional learning.
- Research shows more and more that learner variability is the rule, not the exception. Our experts look beneath surface-level behaviors to design instruction around a whole-child framework – one that recognizes how a student’s cognition, social-emotional state, and background interact with domain-specific content.
- Creating low-stakes, highly engaging environments—whether through targeted scaffolds, interactive manipulatives, or play—reduces cognitive load and fosters the motivation students need to succeed.
As educators working with middle school learners, we often see only what sits on the surface. We notice the observable behaviors, the reading fluency challenges, or the math assessment scores. But as Digital Promise’s senior director of Network and Programs Stefani Pautz Stephenson, Ed.D., pointed out during our recent edWebinar series, this is just the tip of the iceberg. To truly understand each learner, we have to look beneath the surface to uncover what’s driving behaviors and academic outcomes.
“When we understand learner variability through the lens of a learner, it allows us to see more of the “why” behind the behavior.”
This is the core of learner variability—the understanding that every learner has a unique learning profile of strengths and challenges. To design for this variability, Digital Promise developed the Learner Variability Navigator (LVN), a free tool built upon a whole child framework, categorizing the complex factors that shape learning into four key pillars:
- domain-specific content (such as literacy or math);
- cognition;
- social-emotional learning (SEL); and
- learner background
During three different webinars on middle school English language arts (ELA), math, and SEL, Digital Promise explored this powerful interconnectedness of learning factors and highlighted strategies for tailoring instruction to learner variability in each domain.
Building ELA Skills for Every Student
Hosted by Digital Promise’s Nick Schiner with Stefani Pautz Stephenson and literacy expert Dacia Toll of Coursemojo
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As texts become longer and more complex in middle school, learners are asked to cognitively juggle their working memory, background knowledge, and textual evidence at the same time. When a learner struggles with this heavy cognitive load, teachers might only see the surface-level result—such as emerging motivation challenges, a vocabulary deficit, difficulties making inferences, or other immediate struggles. These challenges can result in educators misidentifying skills gaps or other environmental barriers that can impact learning. This webinar explored how educators can address this challenge by utilizing intentional scaffolds, such as chunking texts or leveraging AI-driven tools.
“What we know from cognitive science is that you [learners] actually have to productively struggle in order to acquire new learning. We also know, if it's too great of a jump for you, then you're just going to be frustrated, which will certainly lead to [de]motivation.”
Factors Discussed
- Stefani Pautz Stephenson demonstrated the vocabulary factor in the LVN’s literacy model for grades 7-12, as it closely relates to each learner’s working memory, hearing abilities, primary language, and reasoning skills. Our guests also discussed motivation and the other hidden factors that can affect motivation.
Strategies Discussed
- Use text chunking to help learners focus their attention and to comprehend text more effectively.
- Provide targeted, Socratic, scaffolded prompts in one-on-one and small group settings to foster high-level inferencing skills.
Want to Learn More?
- Learner Variability Navigator (LVN): Specifically the Building Literacy 7-12 model, which provides research-based instructional strategies connecting SEL factors like emotion, motivation, self-regulation, and sense of belonging.
- Coursemojo utilizes AI tools alongside strong pedagogy to provide scaffolded questioning and structured discussion protocols to deepen ELA comprehension.
Unmasking Their Math Mindset
Hosted by Digital Promise’s Nick Schiner with Stefani Pautz Stephenson and math technology expert Erik Weitnauer of Graspable Math
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Math moves from concrete to abstract in middle school, requiring more mathematical flexibility from learners and making rigid memorization less effective as a learning strategy. When a learner struggles with that need for flexibility, underlying learner variability factors may be masking true mathematical potential. This webinar examined how educators can uncover and develop this potential by designing low-stakes instruction that reduces cognitive load and fosters the positive math identity that’s essential to driving long-term engagement for each learner.
“You’ll use math wherever you go… and we really want students to get to the point where they see that math matters to them, and they feel capable of learning it.”
Factors Discussed
- Math mindset was highlighted as a key factor affecting mathematical flexibility, which then affects algebraic thinking and other math-focused factors.
- Each learner’s math mindset is also highly influenced by other SEL factors like sense of belonging or stereotype threat.
Strategies Discussed
- Erik Weitnauer emphasized that offering multiple visual representations is key to expanding mathematical flexibility.
- Educators can also use interactive virtual representations that allow learners to “see, do, and touch” math, reducing anxiety by creating a low-risk environment where they can safely test different approaches.
Want to Learn More?
- Graspable Math: A dynamic digital environment that allows students to physically manipulate algebraic expressions to build deep conceptual understanding.
- Readers Read. Writers Write. Mathers Math! by Deborah Peart Crayton
- Building a Positive Math Identity: A Brain-Science Approach by Liesl McConchie
Leveling Up SEL Through Play and Games
Hosted by Digital Promise’s Nick Schiner with Sarah M. Scott, Ph.D. and Kelly McNeil, Ed.D.
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The middle school years are a critical window for developing social-emotional competencies, a challenging area to address with so many learners of various skills and knowledge sets in a single classroom. Traditional instruction models can overlook learner variability, and many educators are seeking ways to specifically support their neurodiverse learners with more SEL-supportive strategies. This webinar covers how educators can create low-stakes, high-engagement environments where playful and game-based learning can address diverse cognitive and emotional needs, allowing learners to safely take risks, collaborate, and navigate complex social dynamics.
“I consider play a sort of permission… an open door to experiment. You can try out these different roles. You can experiment with leadership, conflict resolution, and things that eventually lead into real world scenarios.”
Factors Discussed
- Our guests addressed all of the SEL factors highlighted on the LVN, but particularly how playful learning can address widespread middle school challenges with emotion, motivation, and self-regulation.
Strategies Discussed
- Collaborative and role-playing games help foster social awareness, allowing learners to clearly see how their individual strengths directly contribute to a group’s collective success.
- Kelly McNeil recounted her time in the classroom and the importance of creating a playful space to support each learner’s sense of belonging, while also creating a safe space for neurodiverse learners who might experience sensory overload.
Want to Learn More?
- Learner Variability Navigator (LVN): Specifically the Portrait of a Learner (Grades 4-8) model, which provides research-based instructional strategies connecting SEL factors like emotion, motivation, self-regulation, and sense of belonging.
- Playful: How Play Shifts Our Thinking, Inspires Connection, and Sparks Creativity by Cas Holman
- Lifelong Kindergarten: Cultivating Creativity through Projects, Passion, Peers, and Play by Mitchel Resnick
- Hanging Out, Messing Around, and Geeking Out: Kids Living and Learning with New Media by Mizuko Ito
Addressing Leaner Variability for All Middle School Students
This series emphasized that each learner’s observable struggle—whether in reading, math, or social dynamics—is often just the “tip of the iceberg,” masking underlying learner variabilities like anxiety, working memory constraints, or a lack of metacognitive habits. The core challenge for educators is transitioning from seeing a challenge to designing a solution that addresses the whole child.
Digital Promise’s LVN is the essential, free tool that makes this transition possible by linking actionable instructional strategies to the wide array of learner variability factors affecting learners of all grade levels. Begin designing for the whole child today by exploring the Learner Variability Navigator.
- Topics: The Whole Learner
- Learning Environments: K-12
- Audiences: Educators , Researchers
- Offerings: Research and Development
- Programs: Learner Variability Project