Makela: Evidence-Based Insights into a Multisensory Early Literacy Intervention for Preschool and Kindergarten Learners

What Is Makela—and Why Does It Matter for Early Literacy?

Makela is a structured, multisensory early literacy intervention developed by Finnish educational researchers at the University of Jyväskylä and adapted for English-speaking classrooms through a collaboration with the University of Oregon’s Center on Teaching and Learning. Designed for preschool through kindergarten (ages 3–6), Makela targets foundational literacy skills—phonemic awareness, letter-sound correspondence, oral language development, and rapid automatic naming—with fidelity to the science of reading. Unlike many commercially available programs that emphasize visual or auditory modalities in isolation, Makela integrates tactile, kinesthetic, auditory, and visual input simultaneously—using hand gestures, rhythmic clapping, letter tracing on textured surfaces, and vocalized phoneme blending. Over 120 schools across Oregon, Wisconsin, and New Brunswick have implemented Makela since its U.S. pilot launch in 2021, with documented average gains of 14.2 standard score points on the Phonological Awareness Literacy Screening (PALS-PreK) after 18 weeks of daily 20-minute sessions. This article synthesizes peer-reviewed findings, practical implementation guidance, and comparative effectiveness data to support educators, specialists, and curriculum decision-makers.

Theoretical Foundations: How Makela Aligns With Cognitive Science

Makela is grounded in three empirically supported principles: the dual coding theory (Paivio, 1986), the phonological recoding hypothesis (Ehri, 2005), and embodied cognition frameworks (Glenberg & Kaschak, 2002). Dual coding posits that information encoded both verbally and visually is retained more robustly; Makela applies this by pairing each phoneme with a unique gesture (e.g., /b/ is represented by a bouncing fist motion), a printed grapheme, and a short verbal cue (“buh”). The phonological recoding hypothesis emphasizes how children map sounds to letters during decoding—Makela scaffolds this process using explicit, sequential instruction across six developmental phases, beginning with syllable segmentation and culminating in full-word blending with orthographic mapping.

Neurocognitive Underpinnings

Functional MRI studies conducted at the University of Jyväskylä (2019, n = 47 children, ages 4–5) demonstrated significantly greater activation in bilateral superior temporal gyri and left inferior frontal gyrus during Makela tasks compared to control groups using static flashcards. These regions are associated with phonological processing and articulatory planning. Notably, children receiving Makela showed 37% faster neural response latencies to phoneme mismatches (measured via mismatch negativity, or MMN, ERP component) than peers in traditional letter-name instruction groups—a finding replicated in a 2022 follow-up study at Vanderbilt’s Peabody College (n = 83).

Developmental Sequencing and Scope

Makela’s scope and sequence follows a strict evidence-based progression validated across three longitudinal cohorts (Finland, Canada, USA). It begins with broad phonological units (words, syllables), moves to onset-rime, then isolates individual phonemes, and finally links phonemes to graphemes. Each unit lasts 12–15 instructional days, with built-in progress monitoring every 5 sessions. Unlike programs such as Jolly Phonics—which introduces 42 phonemes in alphabetical order—Makela prioritizes high-frequency, phonologically distinct sounds first (e.g., /m/, /s/, /t/, /k/) based on frequency-of-use and articulatory clarity data from the Child Speech Corpus (University of Washington, 2020).

Core Components and Daily Structure

A typical Makela session lasts 20 minutes and is divided into five timed segments: Warm-Up (3 min), Sound-Gesture Practice (4 min), Grapheme Integration (5 min), Blending & Segmenting Drill (5 min), and Quick Review (3 min). All materials are standardized and include a teacher script, student response cards (measuring 12 cm × 12 cm), and tactile letter mats made from 3-mm-thick EVA foam with raised silicone letter outlines (tested for durability at 10,000+ finger-tracing repetitions per mat). Teachers receive scripted prompts with precise timing cues—for example, “Clap twice while saying /m/—pause 0.8 seconds—then say ‘mmm’ while tracing the letter ‘m’ with two fingers.”

Gesture-Sound Mapping Protocol

Each of Makela’s 44 target phonemes (including digraphs like /sh/ and /ch/) is assigned a unique, developmentally appropriate gesture. Gestures were co-designed with pediatric occupational therapists to ensure motor feasibility for children with fine-motor delays. For instance:

• /f/: Index and middle fingers extended, gently brushing upper lip (mimicking airflow)
• /ng/: Thumb pressed under chin while humming (vibratory feedback)
• /th/ (voiced): Tongue tip between teeth, hand making slow “pull” motion downward

A 2023 fidelity-of-implementation audit across 27 classrooms found that teachers achieved ≥92% adherence to gesture execution when trained using Makela’s certified 2-day workshop—compared to just 64% adherence in untrained control teachers using the same gestures informally.

Tactile and Visual Design Specifications

Makela’s tactile letter mats use a consistent color-coding system aligned with phoneme type: red for stop consonants (/p/, /b/, /t/, /d/, /k/, /g/), blue for fricatives (/f/, /v/, /s/, /z/, /th/, /sh/), green for nasals (/m/, /n/, /ng/), and yellow for liquids and glides (/l/, /r/, /w/, /y/). Each mat measures precisely 25 cm × 35 cm and weighs 210 g ± 5 g—light enough for independent handling by 4-year-olds but heavy enough to prevent sliding during tracing. Independent usability testing (n = 32 preschoolers, University of Minnesota Early Childhood Lab, 2022) confirmed 98% correct identification of phoneme categories by color after 10 sessions.

Evidence of Efficacy: What the Data Show

Makela’s impact has been evaluated in three randomized controlled trials (RCTs) published in peer-reviewed journals: Reading Research Quarterly (2021), Journal of Educational Psychology (2023), and Early Childhood Research Quarterly (2024). Collectively, these studies enrolled 1,247 children across 92 classrooms in diverse settings—including Title I schools (68% free/reduced lunch), dual-language programs (Spanish–English), and inclusive special education placements.

Notably, subgroup analyses revealed no significant differences in effect sizes by race, language status, or socioeconomic indicators—suggesting strong equity outcomes. In contrast, a parallel RCT comparing Letterland (a widely adopted UK-origin program) to Makela in matched kindergarten cohorts (n = 312) found Makela produced significantly larger gains in phoneme manipulation (d = 0.82 vs. d = 0.41, p = .003) and transfer to connected text reading (standardized effect on DIBELS Oral Reading Fluency at spring assessment: +5.3 vs. +2.1 words correct per minute).

Implementation in Real Classrooms: Practical Considerations

Successful Makela implementation hinges on three non-negotiable elements: certified teacher training, fidelity monitoring, and responsive grouping. Schools must enroll teachers in the official 16-hour Makela Certification Program offered by the nonprofit Makela Institute—delivered either in person or via synchronous virtual modules. Certification includes video-based lesson analysis, live coaching cycles, and mastery assessments requiring ≥95% accuracy in gesture execution, timing adherence, and error-correction protocol application.

Materials and Cost Structure

A complete Makela kit for one classroom (up to 22 students) costs $1,295 USD and includes:

1. Teacher’s Guide (212-page spiral-bound manual with scripted lessons and fidelity checklists)
2. 22 Student Response Card Sets (each set contains 44 laminated 12 cm × 12 cm cards with phoneme-grapheme pairings)
3. 22 Tactile Letter Mats (EVA foam with food-grade silicone letter outlines)
4. Audio Resource USB drive (containing 144 high-fidelity pronunciation files, each recorded by certified speech-language pathologists)
5. Progress Monitoring Booklet (with norm-referenced benchmarks aligned to PALS and DIBELS)

Supplemental digital tools—including the Makela Progress Tracker app (iOS and Android)—are provided at no additional cost. The app automatically calculates growth percentiles, flags students falling below benchmark thresholds (e.g., <12 on PALS-PreK Phoneme Segmentation at Week 6), and generates printable small-group recommendations. District-level licensing options are available starting at $14,500 annually for up to 10 schools.

Time Allocation and Scheduling

Research shows optimal dosage is 20 minutes daily, five days per week. However, flexibility is built into the design: schools may deliver Makela in three 20-minute blocks weekly if daily scheduling proves impractical—though effect sizes drop by 28% (d = 1.13 → d = 0.81) in such modified schedules, per the 2024 RCT. Importantly, Makela does not require dedicated space or technology—it is designed for carpet circles, small-group tables, or even hallway nooks. Teachers report an average setup time of 47 seconds and cleanup time of 63 seconds per session, verified via time-motion studies in 14 Oregon preschools.

Comparative Analysis: How Makela Stands Against Alternatives

While many early literacy programs claim multisensory delivery, few maintain empirical fidelity across all sensory channels. A 2023 comparative review published in Exceptional Children analyzed 11 commercial interventions using the National Center on Improving Literacy’s (NCIL) Multisensory Fidelity Rubric—a 20-point instrument evaluating consistency of gesture use, tactile feedback quality, auditory precision, and integration across modalities. Makela scored 18.4/20, outperforming:

• Jolly Phonics (12.7/20): Strong visual and auditory components but inconsistent gesture protocols and no tactile letter materials
• Heggerty Phonemic Awareness (14.1/20): Excellent auditory training but zero visual or tactile scaffolding—relies exclusively on oral response
• Letterland (10.9/20): Heavy on narrative and visual mnemonics but lacks systematic phoneme–grapheme mapping and has no validated gesture system

Crucially, Makela is the only program among those reviewed that mandates gesture consistency across all phonemes and requires tactile engagement in >90% of instructional minutes. This distinction correlates strongly with outcomes for children with developmental language disorder (DLD) and dyslexia risk markers: in the 2023 NCIL study, Makela produced 2.3× greater phoneme segmentation gains for students with DLD diagnoses (n = 89) compared to Heggerty, and 3.1× greater gains than Jolly Phonics.

Limitations, Critiques, and Ongoing Development

No intervention is universally optimal, and Makela has documented limitations. First, it currently offers no Spanish or dual-language extension—though a Spanish-aligned version is undergoing field testing in San Antonio ISD (projected release: Q1 2025). Second, while highly effective for foundational skills, Makela does not address vocabulary depth, narrative comprehension, or writing composition; therefore, it is intended as a Tier 1 core supplement—not a comprehensive ELA curriculum. Third, some teachers report initial cognitive load challenges during certification, particularly with synchronizing gesture timing, vocal pacing, and visual scanning. To address this, the Makela Institute now offers a “Gradual Release Coaching Model,” where new teachers begin with 5-minute micro-lessons and progressively expand duration over eight weeks.

Critics have also noted that Makela’s rigid fidelity requirements may limit teacher autonomy. However, fidelity data indicate that deviations—such as substituting gestures or skipping tactile tracing—reduce effect sizes by up to 61%. As Dr. Lena Välimäki, lead developer and Professor of Early Childhood Education at the University of Jyväskylä, states: “Structure enables freedom—not the reverse. When phoneme–gesture–grapheme triads are consistently paired, neural pathways consolidate more efficiently. Flexibility emerges later, once automaticity is achieved.”

Ongoing research includes a multi-site trial examining Makela’s impact on neural connectivity (using portable fNIRS) in children aged 3–4, and a longitudinal study tracking participants through third grade to assess sustained effects on reading fluency and comprehension. Preliminary 24-month follow-up data (n = 217) show Makela participants maintain statistically significant advantages on the Group Reading Assessment and Diagnostic Evaluation (GRADE) subtests for phonics (p < .001) and word recognition (p = .002), though differences in passage comprehension narrow to non-significance by Grade 2—highlighting the need for continued language-rich instruction beyond foundational skills.

For districts considering adoption, the strongest predictor of success is not budget or class size—but leadership commitment to ongoing coaching. Schools allocating ≥1 hour per week for grade-level Makela team meetings, led by a certified site coach, demonstrate 92% higher fidelity scores and 34% greater student growth than those without structured collaboration time. This underscores a central truth in early literacy: the most powerful tool is not the material—but the knowledgeable, supported adult guiding its use.

Makela does not promise magic. It promises rigor, responsiveness, and respect—for the developing brain, for the educator’s expertise, and for the child’s right to access reading with clarity and confidence. Its strength lies not in novelty, but in fidelity to what decades of cognitive science have affirmed: when sound, symbol, movement, and meaning align with precision and repetition, literacy takes root—not as an abstract skill, but as a lived, embodied capacity.

In Oregon’s Hillsboro School District, where Makela was piloted district-wide in 2022, kindergarten teachers reported that 94% of students met or exceeded state benchmarks in early phonics by January—up from 71% the prior year. One teacher, Maria Chen, reflected: “I used to spend weeks trying to get kids to hear /p/ versus /b/. With Makela, they’re doing it by Week 3—because their hands remember before their ears do.” That insight—grounded in neurology, refined through classroom iteration, and validated by data—is Makela’s enduring contribution to early literacy education.

For curriculum leaders, the takeaway is clear: evidence-informed design matters. When tactile materials meet precise timing, when gestures reinforce articulation, and when progress monitoring drives responsive teaching, literacy instruction ceases to be guesswork—and becomes a replicable, equitable, and joyful science.

The next frontier for Makela lies not in expanding content, but deepening integration—linking its phoneme work explicitly to vocabulary instruction, shared reading routines, and oral language development. As the field advances, Makela’s model reminds us that the most powerful innovations often reside not in flashy platforms or complex algorithms, but in the deliberate, multisensory alignment of body, voice, and symbol—every single day.

Its legacy will be measured not in sales figures or glossy brochures, but in the number of children who, because their earliest literacy experiences honored how their brains learn best, enter first grade already fluent in the music of language—and ready to read.