Join Dr. Sam Coppoletti, PTA Education Lead at PhysioU, for an overview of pediatric content focused on gross motor development and normal versus abnormal reflexes. This session will highlight strategies for integrating traditionally challenging pediatric concepts by allowing students to observe real children at various stages of development. Faculty will see how guided clinical observations and examples of atypical development can help students better recognize, interpret, and apply developmental milestones and reflex patterns in clinical and lab-based learning environments.
Dr. Sam Coppoletti, PTA Education Lead, for a practical exploration of the NeuroAnatomy app. This session will highlight an intentional approach to integrating neuroanatomy into your curriculum using student-centered learning resources. Participants will see how interactive 3D models, real human anatomical slices, and guided explanations can support foundational understanding of the brain, spinal cord, and major ascending, descending and cerebellar tracts for PTA education.
00:00 Welcome
02:07 Educational Apps for PTA Training
06:19 Pediatrics App Features and Updates
11:38 Pediatrics App Features and Updates
22:35 Pyramid of Progress in Pediatrics
Helpful Links: Complimentary Educator access | Educator resources | Set up a Demo
Making Pediatric PT Education More Accessible: A Deep Dive into PhysioU’s Pediatric Development App
Anyone who’s taught pediatric physical therapy knows the logistical gymnastics involved. You coordinate schedules with parents, cross your fingers that infants won’t be fussy on lab day, and hope you can assemble enough volunteers across the right age ranges to demonstrate typical developmental milestones. Even in the best circumstances, you might get a few hours with typically developing children—but rarely do you see the atypical patterns that students truly need to recognize in clinical practice.
This challenge has long been one of the most frustrating aspects of PTA and PT education. During a recent webinar, we explored how our Pediatric Development app addresses these persistent barriers by providing comprehensive video documentation that brings consistency, depth, and clinical realism directly into the curriculum.
The Same Child, Birth to Twelve Months
What makes the motor milestone content in PhysioU’s Pediatric Development app particularly valuable is its longitudinal approach. Rather than cobbling together videos of different children at various ages, the learning module follows the same infant from birth through 12 months of age, captured by the same therapist throughout. This continuity allows students to observe genuine developmental progression in a way that’s nearly impossible to replicate in a traditional lab setting.
The structure is elegantly simple. Students can select any month from 0 to 12, then choose a specific position—sitting, creeping, prone, supine, or various transitions. Each video is brief, typically 15 to 30 seconds, but packed with observable details. At one month, for instance, the sitting video reveals the expected flexed and adducted posture, the infant’s struggle to maintain head control, and those characteristic random arm movements. By three months, that same child demonstrates noticeably improved head stability and visual fixation. By six months, the progression is remarkable.
But the app doesn’t stop at showing typical development. For each milestone and position, there’s also a video demonstrating atypical development—what you should be concerned about, what might indicate hypotonia, abnormal positioning, or developmental delay. Below each video, observations are clearly documented, giving students a framework for what they should be noticing and helping educators facilitate more focused discussions during lab time.
Building Clinical Observation Skills Through Repetition
The pedagogical advantage here goes beyond simple convenience. Students can watch these videos as many times as needed, at their own pace, before ever stepping into lab. This aligns with how skilled athletes learn—by studying experts repeatedly, internalizing subtle movements and patterns that eventually become intuitive. In the same way, our students benefit from graded exposure to developmental patterns before they’re asked to demonstrate competency.
This preview model transforms the lab experience. Instead of seeing a reflex or milestone for the first time in front of an instructor, students arrive having already observed it multiple times through video based resources. They’ve had opportunities for mental rehearsal, for comparing typical and atypical presentations, for beginning to internalize the observational framework they’ll need clinically. The synchronous lab time then becomes truly valuable—focused on hands-on practice, nuanced discussion, and instructor feedback rather than basic pattern recognition.
Reflex Testing Demystified
Reflexes remain one of the most challenging topics for PTA students to master. The terminology is dense, the timing of appearance and integration can be confusing, and opportunities to observe reflexes in real infants are limited. The Pediatric Development app includes comprehensive reflex testing videos covering most of the common reflexes educators teach.
Each reflex entry provides a clear, high-quality video demonstration—the parachute reflex, for example, is captured in just 20 seconds but shows the response unmistakably. What makes these particularly useful for learning is the structured information accompanying each video: the specific stimulus, the expected response, when the reflex appears, when it integrates, and what atypical presentations might indicate. Having all this information in one easily accessible location eliminates the need for students to hunt through multiple textbook chapters or unreliable internet sources.
Practice Cases That Mirror Clinical Reality
Beyond the foundational learning content, the app’s practice section offers something even more valuable: case studies with real children demonstrating various developmental patterns. These aren’t contrived scenarios or perfect examples—they’re authentic clinical presentations that help students develop the nuanced judgment they’ll need in practice.
Take Bobby’s creeping video, for instance. Students watch a 34-second clip, then are asked what they observe. The interface cleverly hides the clinical information initially, encouraging students to form their own impressions first. Only after they’ve made their observations can they reveal the functional age (five months), the chronological age (seven months), the diagnosis (developmental delay), and both short-term and long-term goals.
This structure teaches students to think like clinicians. They learn to distinguish between functional and chronological age, to recognize what developmental delays actually look like rather than just reading about them, and to begin formulating appropriate intervention goals. Another case might show Alli transitioning from creeping to sitting—demonstrating skills closer to the expected range but still revealing a three-month delay that students learn to identify and contextualize.
Standardized Assessment Tools at Your Fingertips
Standardized testing is another area where the Pediatric Development app fills a crucial gap. Many programs struggle to provide meaningful exposure to tools like the Alberta Infant Motor Scale (AIMS), the Peabody Developmental Motor Scales, or the BOT-3. The app not only includes videos of these assessments being administered but also provides organized information about when each tool is appropriate.
Educators can guide students to explore assessments by diagnosis or by age range. Each standardized test entry includes the purpose, core measures, theoretical framework, and subtests, along with links to the actual instrument. For students who may never have seen these assessments administered in a clinical setting before their own fieldwork, this resource provides essential preparation.
The addition of newly filmed content for updated versions of these outcome measures means the app stays current with the tools students will actually encounter in contemporary practice—an ongoing challenge for any educational program trying to keep pace with evolving clinical standards.
Seamless Curriculum Integration
Perhaps one of the most practical aspects of the Pediatric Development app is how easily it integrates into existing curriculum structures. Educators can bookmark specific videos, cases, or assessment demonstrations, organizing them into custom study guides that can be shared directly with students. Each piece of content can be linked directly into a learning management system, embedded in syllabi, or added to lab handouts with just a few clicks.
The ability to copy page titles with links, grab URLs, or even copy images means that whether you’re building a Canvas module, creating a PowerPoint presentation, or designing a practical exam, the content flows smoothly into whatever format you need. This flexibility respects the reality that every program has its own systems and workflows—the app adapts to you rather than requiring you to adapt to it.
From Formative Learning to Summative Assessment
The Pediatric Development app sits comfortably in what we think of as the foundational tier of learning—building observational skills, establishing pattern recognition, and developing the vocabulary and frameworks students need before advancing to higher-order clinical reasoning. But even at this level, the content supports both formative learning (students building skills over time) and summative assessment preparation (students demonstrating competency before moving forward).
This makes the app valuable throughout the pedagogical journey. Early in a pediatrics unit, students might use the motor milestone videos simply to familiarize themselves with typical development. Mid-unit, they might focus on distinguishing typical from atypical patterns. As they prepare for practical exams, the practice cases become rehearsal for the kind of clinical judgment they’ll need to demonstrate.
Why This Matters
At its core, pediatric physical therapy education has always faced a particular challenge: the patients are small, their cooperation is unpredictable, and authentic learning opportunities are difficult to orchestrate. The traditional solution—coordinating volunteer children for lab demonstrations—works to an extent but leaves significant gaps. Students might see typical development if the timing works out, but they rarely see the atypical patterns, developmental delays, or assessment procedures that will define much of their eventual clinical work.
The Pediatric Development app doesn’t replace hands-on learning, nor should it. But it does something perhaps more valuable: it ensures that every student, regardless of program resources or geographic location, has access to the same high-quality, comprehensive visual library of pediatric development and assessment. It levels the playing field and raises the floor of what we can expect students to observe, understand, and eventually demonstrate.
For educators, it removes the anxiety of hoping everything comes together on lab day. For students, it provides the repetition and review that builds genuine confidence. And for the profession, it contributes to better-prepared clinicians who’ve had extensive visual exposure to the developmental patterns they’ll encounter throughout their careers.
That’s what good educational technology should do—not replace good teaching, but make good teaching more possible, more consistent, and more effective than it could be otherwise.
To learn more about how PhysioU’s Pediatric Development app can enhance your program’s curriculum, or to explore our full range of educational resources for PTA and PT programs, visit our educator resources or schedule a demonstration with our team.
