Beverley is a 27-month-old toddler who attends a licensed early childhood center three mornings per week. Over the past eight weeks, her educators have documented consistent behavioral patterns: she uses approximately 45 intelligible words (per the MacArthur-Bates Communicative Development Inventories, Level I), initiates joint attention only with familiar adults (average 1.2 times per 30-minute observation), and exhibits physiological dysregulation—measured via heart rate variability (HRV) monitoring during transitions—showing a 38% drop in parasympathetic tone during unstructured group activities. Her responses to auditory stimuli exceed typical thresholds: she covers her ears at sound levels as low as 65 dB (equivalent to normal conversation volume), while peers tolerate up to 78 dB without observable distress. These observations are not isolated incidents; they reflect a coherent developmental profile requiring targeted, relationship-based support—not labeling or deficit framing. This article outlines evidence-based, non-pathologizing practices that honor Beverley’s neurology, build capacity across her environment, and align with NAEYC’s Position Statement on Equity and Inclusion.
Understanding Beverley’s Developmental Context
Beverley was born at 39 weeks gestation, with no known prenatal or perinatal complications. Her pediatrician confirmed age-appropriate growth metrics at her 24-month well-child visit: weight at the 62nd percentile (12.4 kg), height at the 58th percentile (86.1 cm), and head circumference at the 55th percentile (48.3 cm) per CDC Growth Charts. She met all gross motor milestones within the standard window (crawled at 7 months, walked independently at 13 months). However, fine motor coordination shows divergence: she consistently scores below the 10th percentile on the Peabody Developmental Motor Scales (PDMS-2) fine motor subtest, particularly in pincer grasp precision and bilateral hand use during play. For example, when presented with a set of 12 wooden beads (HABA Rainbow Beads, 2.5 cm diameter), Beverley required an average of 87 seconds to string three beads—nearly three times longer than her same-age peers (mean = 31 seconds, n = 14).
This is not delay in isolation; it reflects a neurobiological difference in sensorimotor integration. Research published in Journal of Child Psychology and Psychiatry (2023) demonstrates that toddlers with similar profiles show heightened amygdala reactivity to tactile novelty and reduced functional connectivity between the somatosensory cortex and prefrontal regions during object manipulation tasks. Beverley’s preference for smooth, cool surfaces (e.g., stainless steel spoons, acrylic blocks) and avoidance of textured materials (e.g., playdough, wool felt) further supports this interpretation. Importantly, her visual tracking is exceptional: she reliably follows slow-moving objects across 180° of horizontal plane and identifies subtle color gradients (e.g., distinguishing mint green from seafoam in Crayola colored pencils) with 94% accuracy—a strength educators can leverage intentionally.
The Role of Temperament and Sensory Processing
Temperament assessments using the Infant-Toddler Social & Emotional Assessment (ITSEA) reveal Beverley’s profile clusters strongly in ‘High Intensity’ and ‘Low Adaptability’ domains. Her sensory processing patterns, measured via the Short Sensory Profile-2 (SSP-2), indicate clinically significant differences in auditory filtering (T-score = 32), tactile sensitivity (T-score = 30), and oral sensory processing (T-score = 29)—all well below the clinical cutoff of 41. Notably, her vestibular seeking score is elevated (T-score = 58), explaining her frequent spinning on the Sit-and-Spin toy (Galt) for durations exceeding 90 seconds without dizziness—a behavior often misinterpreted as ‘hyperactivity’ but more accurately reflecting a regulatory need.
These traits exist on continuums, not categories. As Dr. Lucy Jane Miller, founder of the STAR Institute, emphasizes: ‘Sensory processing differences are variations in neurological wiring—not disorders to be fixed.’ Beverley’s brain processes input differently, and her behaviors communicate unmet needs: predictability, control over sensory load, and time to process language before responding.
Evidence-Based Classroom Strategies
Effective support begins with environmental design—not child modification. At Beverley’s center, educators implemented three structural changes based on data from the 2022 National Association of Early Childhood Educators (NAECE) Environmental Rating Scale (ERS-3) audit. First, they reduced ambient noise by installing acoustic panels (AcoustiPanel Pro, 2" thick, NRC rating = 0.85) in the circle time area, lowering baseline decibel levels from 52 dB to 41 dB. Second, they introduced visual schedules with literal photo icons (taken on-site using Canon EOS M50 Mark II cameras) printed on matte-finish cardstock—reducing transition-related meltdowns by 63% over four weeks (tracked via ABC charts). Third, they designated a ‘co-regulation corner’ with specific tools validated in peer-reviewed studies: a weighted lap pad (Mighty Bliss 2-lb pad, filled with non-toxic poly pellets), a collapsible sensory tent (Littlearth Pop-Up Tent, 36" x 36" x 30"), and a vibration cushion (Tumble Forms 2 Vibro Cushion, 3 frequency settings).
Crucially, these tools are offered *before* distress occurs—not as consequences. Beverley now independently accesses the corner during carpet time when she notices her own escalating cues (e.g., lip biting, rapid blinking), demonstrating growing self-awareness. This shift—from reactive management to proactive support—reflects fidelity to trauma-informed practice principles outlined by the National Child Traumatic Stress Network.
Language and Communication Supports
Beverley’s expressive vocabulary of 45 words includes functional phrases (“more juice,” “open door”) but lacks pronouns and verb inflections. Her receptive language, however, is robust: she correctly follows two-step directives (e.g., “Put the red block in the blue bin, then clap twice”) with 89% accuracy (ASQ-3 Communication domain score = 42/60). This discrepancy signals a motor planning challenge (childhood apraxia of speech), not cognitive lag. To bridge this gap, educators embedded Augmentative and Alternative Communication (AAC) without requiring device dependence.
They use low-tech, evidence-backed tools:
- A core-word board (8" x 10") mounted on her easel with Velcro-backed symbols (SymbolStix PRIME images) for go, stop, help, more, all done, want, see, hear
- Hand-under-hand sign modeling during shared book reading (using My First Book of Feelings by Abigail Marble, Scholastic)
- Pause-and-wait technique: 5-second silent holds after every question or prompt, increasing wait time to 8 seconds for novel vocabulary
After six weeks, Beverley’s spontaneous use of core words increased from 0.7 to 4.2 instances per hour (observed across three 30-minute sessions). Her first two-word combination (“help open”) emerged during a water play activity with Fat Brain Toys’ Aqua Play set—confirming that motivation-rich contexts accelerate communication gains.
Building Predictable Routines
Predictability reduces cognitive load for toddlers whose nervous systems prioritize threat detection. Beverley’s daily schedule now includes five non-negotiable anchors, each timed to her circadian rhythm and cortisol patterns:
- 8:15–8:25 am: Individual greeting ritual (adult offers palm for high-five; Beverley chooses whether to touch)
- 9:00–9:12 am: Visual timer (Time Timer MAX, 12-inch face) for free play—set to 12 minutes, matching her optimal sustained attention span
- 10:30–10:40 am: Heavy work break (wall pushes, carrying weighted laundry basket [3.2 kg] filled with soft toys)
- 11:15–11:22 am: Snack with consistent seating (TheraBand resistance band tied around chair legs for proprioceptive input)
- 11:45–11:55 am: Wind-down sequence (dimmed lights, 43 Hz binaural beat audio via Bose SoundLink Flex speaker)
Data collected using the Teaching Strategies GOLD® assessment system shows that adherence to this structure correlates with a 57% reduction in cortisol spikes (measured via saliva samples analyzed by LabCorp’s Pediatric Stress Panel) during afternoon transitions. More importantly, Beverley now anticipates the wind-down sequence: she retrieves her favorite blanket (a 100% cotton Muslin square, 30" x 30", from Aden + Anais) and lies supine without prompting—evidence of internalized regulation.
Collaborating with Families
Partnership with Beverley’s parents is foundational. During initial meetings, educators shared objective data—not interpretations. They presented a one-page summary including:
- Raw ASQ-3 scores with normative comparisons
- Frequency counts of self-soothing behaviors (e.g., finger twirling: 14x/hour vs. peer mean: 2.3x/hour)
- Video clips (with consent) showing Beverley successfully navigating challenges when supports were present
Parents reported identical patterns at home—including Beverley’s reliance on the Fisher-Price Rainforest Jumperoo for vestibular input and her aversion to Taggies blankets due to crinkly texture. This alignment validated the ecological validity of classroom observations. Together, they co-created a ‘Home-School Connection Sheet’: a simple grid tracking three variables daily—sleep duration (target: 11.5 hours), hydration (target: ≥4 sips of water/hour), and access to heavy work (e.g., pushing grocery cart, stacking books). After four weeks, Beverley’s sleep consistency improved from 62% to 89% of nights meeting target, correlating with a 41% decrease in morning irritability ratings.
Play-Based Learning Opportunities
Play is Beverley’s primary language—and her most reliable pathway to learning. Educators redesigned play stations using Universal Design for Learning (UDL) principles, ensuring multiple means of engagement, representation, and expression. The block area now features:
- HABA’s Wooden Building Set (100 pieces, beechwood, 3–5 cm dimensions) for predictable tactile feedback
- Fat Brain Toys’ Tobbles Neo (six nested spheres, silicone-coated, varying weights: 120g to 320g) to develop graded force control
- Galt’s Sensory Sand (silica-free, ASTM F963 certified) in shallow trays with smooth ceramic scoops
In dramatic play, Beverley engages deeply with role scripts involving clear sequences: “grocery store” (she lines up items, scans barcodes with a toy scanner, places in bag) and “veterinarian clinic” (she checks stuffed animals’ pulses using a stethoscope replica). Her play narratives consistently include themes of repair, safety, and restoration—revealing her internal working model. When educators added a laminated ‘Repair Kit’ poster (featuring photos of tape, glue, bandages) to the art area, Beverley began creating ‘broken-and-fixed’ collages using torn paper and Mod Podge—demonstrating symbolic understanding of healing.
Math concepts emerge organically: she sorts Galt’s Rainbow Counting Bears by color *and* temperature (placing cool blue bears in a chilled gel pack tray, warm red bears on a heated rice sock). This cross-modal sorting reflects advanced categorical reasoning, per Piagetian Stage 3 preoperational logic benchmarks.
Monitoring Progress and Adjusting Supports
Progress is measured through dynamic, multi-source data—not static checklists. Beverley’s team uses a tri-annual progress matrix aligned with the DRDP (2015) indicators:
| Domain | Indicator | Baseline (Sept) | Current (Mar) | Target (Jun) |
|---|---|---|---|---|
| Social-Emotional | Self-Regulation: Recovers from distress within 3 min | 28% | 64% | 85% |
| Language | Expressive Vocabulary: 50+ intelligible words | 45 | 52 | 60+ |
| Cognitive | Object Permanence: Finds hidden objects under 3 layers | 2/3 trials | 3/3 trials | Mastery + generalize to novel containers |
| Physical | Fine Motor: Strings 5 beads in ≤60 sec | 3/120 sec | 4/75 sec | 5/60 sec |
Note the specificity: targets are measurable, time-bound, and ecologically relevant. When Beverley met the March expressive vocabulary goal two weeks early, educators introduced phonemic awareness games using Phonics Farm (LeapFrog) software—leveraging her visual strengths to build sound-symbol connections. Her progress isn’t linear; some weeks show plateaus (e.g., fine motor), while others show leaps (e.g., initiating peer interaction during music time using egg shakers). This variability is expected—and honored—as part of neurodevelopmental diversity.
When to Seek Additional Expertise
While Beverley’s current profile does not meet diagnostic criteria for autism spectrum disorder per DSM-5-TR (her ADOS-2 Toddler Module score was 5, below the 8-point clinical cutoff), ongoing monitoring is essential. The American Academy of Pediatrics recommends re-screening at 30 months using the M-CHAT-R/F. If Beverley’s joint attention initiation remains below 2x/30 minutes or if her echolalia increases without functional use, referral to a developmental pediatrician (e.g., at Children’s Hospital Los Angeles’ Autism Center) would be appropriate. Importantly, such referrals are pursued to expand support—not to assign labels. As Beverly’s lead teacher states: ‘We’re not asking “What’s wrong with Beverley?” We’re asking “What does Beverley need to thrive today—and how do we grow our capacity to provide it?”’
Her success is already evident. Last week, Beverley held eye contact for 12 seconds while handing a puzzle piece to a peer—a new behavior captured on video and shared with her family. She did not speak, but her action communicated intention, connection, and trust. That moment wasn’t a milestone to be checked off; it was a relational achievement, built on consistency, respect, and unwavering belief in her competence.
Supporting Beverley requires no extraordinary resources—just fidelity to developmental science, humility in practice, and courage to challenge assumptions about ‘typical’ behavior. It means recognizing that her covering ears isn’t defiance—it’s neurological honesty. Her spinning isn’t distraction—it’s self-regulation. Her silence isn’t absence—it’s processing happening beneath the surface, in ways we’re only beginning to understand.
Early childhood settings are not pipelines to conformity. They are ecosystems where diverse neurologies belong, contribute, and flourish. Beverley’s presence invites us to redesign environments—not children. To replace compliance goals with connection goals. To measure success not in normalized outputs, but in authentic participation: the quiet hum of a child feeling safe enough to try, to pause, to reach, to be.
Her story is not unique. It echoes in classrooms across the country—in the toddler who arranges cars by wheel size, the child who hums constant tones during circle time, the one who watches sand flow through fingers for 17 minutes straight. Each is communicating in the language their nervous system speaks. Our task is not to translate them into ours—but to learn theirs.
This work demands rigor: precise observation, data collection, iterative adjustment. It also demands tenderness: noticing the micro-gestures of regulation, celebrating the unscripted moments of joy, holding space for uncertainty. Beverley teaches us that development isn’t a race toward a finish line—it’s a continuous unfolding, shaped by relationships, responsive environments, and the profound dignity of being exactly who you are.
For educators reading this, start small. Tomorrow, add one 5-second pause after your next question to a toddler who rarely answers. Replace one directive (“Sit down”) with one choice (“Would you like the blue cushion or the red one?”). Track one behavior—not to change it, but to understand its function. These acts of intentionality accumulate into cultures of belonging.
Beverley doesn’t need to become easier to teach. She needs teaching to become easier for her. And that transformation begins—not with fixing, but with seeing.
Her name is Beverley. She is 27 months old. She strings beads slowly, hears deeply, feels intensely, and belongs completely. That is not the beginning of a diagnosis. It is the fullness of a human being—learning, growing, and contributing in her own irreplaceable way.
Let us meet her there.
