Research Brief
The science behind Algebra Studio
Algebra Studio is built on decades of research in the learning sciences
If a buyer asks "what's the research behind this?" — here's what to know. Every Algebra Studio product draws on 10 well-established lines of research about how students actually learn. The most important idea is simple:
Core Research Pillars
These are the ideas that set Algebra Studio apart from other math programs
Embodied Cognition — Learning Lives in the Body
CoreMathematical understanding is grounded in physical experience. When students use balance beams to understand equations, or build structures to grasp proportional reasoning, they're building cognitive structures that start with the body and develop into formal mathematical thinking. Gesture, movement, and physical manipulation are part of the thinking process itself.
"There's a large body of cognitive science research showing that mathematical understanding is built from physical experience. So when students physically manipulate a balance to solve for x, they develop intuition that transfers to symbolic math. That's what the products are designed around."
Hands-On Experience — Concrete Before Abstract
CoreStudents who physically handle real objects during active problem-solving build stronger connections between theoretical knowledge and practical application. This goes back to Dewey in 1938, and a century of research since then backs it up: hands-on work produces stronger conceptual understanding and greater curiosity.
"Every Algebra Studio product puts real materials in students' hands — cards, game boards, building components, balance beams. The research on hands-on problem-solving and conceptual understanding is really strong, and that's what drove the product design."
Construction — Learning by Making
CoreStudents learn deeply when they're building something meaningful — a model, a game strategy, a physical product they can share. The act of construction forces students to integrate knowledge, make decisions, and internalize concepts in ways that passive learning cannot. Algebra Studio's Math Labs are extended construction projects. Jenny Meyerhoff and Peter Meyerhoff's own published research shows these environments produce productive social interactions that build confidence and leadership.
"In every Math Lab, students build something — a pet supply store, a balanced mobile, a scaled model. That construction process is where the deep learning happens. Our own peer-reviewed research documents how these projects spark collaboration and build student confidence."
Collaborative Learning — Thinking Is Distributed
CoreCognition doesn't only happen inside individual heads — it's spread across people, tools, and environments. When a team of students works together around shared materials, the thinking is distributed: one student holds, another measures, a third records, and the group arrives at understanding together. Researchers call this extended or distributed cognition. Studies consistently show collaborative learning produces significant gains in achievement, especially when structured with clear roles and mutual accountability.
"Algebra Studio is built around teams of 3–4 students working together with shared materials. There's a reason for that — the research on collaborative learning and distributed cognition shows students develop stronger understanding when they're thinking together around physical objects."
When a Buyer Pushes Back on Research
Supporting Research Pillars
These six additional lines of research further inform the design of every product
Project-Based Learning
SupportingStudents are more motivated and persistent when they have agency and ownership over real-world challenges. Math Labs are multi-session projects — not one-off lessons — which sustains engagement and requires creative thinking over time.
Storytelling & Narrative
SupportingPeople naturally think in stories. Every Math Lab is wrapped in a narrative context — running a pet supply store, building a space station — that makes abstract math concepts accessible and memorable. Story structures memory.
Problem-Solving
SupportingAlgebra Studio products require students to understand a problem, make a plan, execute, and reflect — Polya's classic problem-solving framework. This builds critical thinking and adaptive knowledge alongside procedural fluency.
Creativity
SupportingProducts provide autonomy and exploration within structured challenges, which research shows enhances creative performance. Students experience what Csikszentmihalyi calls "flow" — deep engagement with achievable but stretching tasks.
Leadership & Responsibility
SupportingTeam-based structures give students real leadership roles — project manager, materials lead, recorder. This develops confidence, accountability, and the democratic participation skills Dewey argued schools should cultivate.
Community & Belonging
SupportingStudents thrive when they feel valued by peers and safe to take intellectual risks. Algebra Studio's collaborative structure builds positive classroom community, and the hands-on, narrative approach supports culturally responsive teaching.