Join Dr. Sam Coppoletti, PTA Education Lead at PhysioU, for an exploration of the Neurologic Case Studies app. Utilizing videos of actual patients with neurological conditions, this session will showcase how these neurologic case studies give students structured, virtual exposure to realistic clinical scenarios prior to clinical education. Faculty will learn actionable strategies for integrating these case studies into classroom and lab instruction to strengthen clinical reasoning, support sound decision-making, and improve student readiness for the clinic.

Featured Speaker: Sam Coppoletti, PT, DPT

Dr. Coppoletti is a veteran PTA educator with a diverse clinical and academic background. He has earned degrees from Northern Illinois University, the University of Iowa, and Shenandoah University. His career includes work as a PTA, rural hospital director, pediatric cooperative therapist, and MPT faculty at Southwest Baptist University. He also led the Shawnee State PTA Program for eight years, served a decade at the University of Cincinnati Clermont College, and directed the Hocking College PTA Program. Dr. Coppoletti has served on the Ohio PT Licensure Board, the OPTA Ethics Committee, and as a consultant to NPTE Final Frontier. He is part of an international team teaching in Cameroon’s first PT bachelor’s program and currently teaches for Lake Superior College’s PTA Military Bridge Program and Stark State College’s PTA Program.

00:00 Neurological Teaching Challenges Discussion

03:41 Physical Therapy Skill Development Schema

06:48 Neuro Conditions Library App Overview

17:39 Neuro Case Studies App Overview

21:38 PTA Assessment Tool Adaptation

25:45 Physio U Content Management Solutions

Helpful Links: Complimentary Educator access | Educator resources | Set up a Demo

Building Clinical Reasoning Skills in Neuro Rehab: How Video-Based Learning Transforms Student Preparation

When Charlotte Chatto, Education Lead for Neuroscience, talks about teaching neurological rehabilitation, there’s a clarity in her approach that cuts through the complexity. “Neuro is all the time for me,” she explains, and it shows in how thoughtfully she and our team at PhysioU have approached one of the toughest challenges in physical therapy education: helping students develop genuine clinical reasoning skills before they ever set foot in a clinical rotation.

The challenge is real. Neurological conditions present with incredible variability—no two stroke patients move quite the same way, and the impairments that look subtle on paper can dramatically affect function in practice. For students, especially those in PTA programs who need to understand both the “what” and the “why” of patient presentations, this complexity can feel overwhelming. Traditional textbook learning only goes so far when you’re trying to understand how a right MCA stroke actually impacts a transfer, or why one patient needs extra preparation time while another doesn’t.

That’s exactly why we developed the Neurologic Case Studies app, and more importantly, why we’ve paired it with structured clinical reasoning worksheets that transform passive video observation into active, engaged learning.

From Observation to Analysis

The Neurologic Case Studies app takes a different approach than our other apps in the PhysioU suite. As Tracy Moore, one of our lead developers, explains in our recent webinar, “We really wanted to film and give an unabridged version of these videos, so students can see clinicians making decisions on the fly, so they can see adjustments based on the patient presentation and their specific impairments.”

This matters more than it might initially seem. In a typical skills-based video, we show the polished version—the ideal technique executed smoothly. But clinical practice rarely works that way, especially in neuro rehab. Patients hesitate. They need verbal cues repeated. The clinician adjusts hand placement mid-transfer based on what they’re feeling. These real-world moments are where clinical reasoning actually happens, and they’re exactly what students need to see.

The app organizes content three ways: by diagnosis, by impairment, and by outcome measure. This multi-entry structure serves different learning purposes. When students are first encountering a condition like Parkinson’s disease, they can explore by diagnosis to see the full spectrum of how that condition presents. Later, when they’re working on pattern recognition, they can compare how different patients with different diagnoses perform the same transfer, identifying the unique movement signatures of various neurological impairments.

The outcome measures section adds another layer of practical value. Students can watch a Timed Up and Go performed by six different patients, each with different presentations and assistive devices. They see not just what the test looks like, but how impairments affect performance, why timing varies, and what those variations mean clinically. Importantly, we’ve hidden the actual scores initially, encouraging students to practice grading these measures themselves before checking their assessment against the documented results.

Making Passive Learning Active

But watching videos, no matter how comprehensive, only takes learning so far. That’s where our clinical reasoning worksheets come in, transforming the Neurologic Case Studies app from an observational resource into an active learning platform.

We’ve developed two complementary worksheets: one focused on subjective examination and one on objective examination. The design is intentional. Students select a patient from the app, watch the subjective examination video, and then work through a structured analysis. What performance-based outcome measures would be appropriate for this patient? What goals might be relevant? What impairments do they predict they’ll see in the objective examination?

This prediction step is crucial. As Charlotte notes, there’s tremendous value in having students “predict the impairment and think about those measures and interventions” before seeing the actual treatment session. It forces them to connect subjective history to anticipated objective findings—exactly the kind of clinical reasoning they’ll need in practice.

The objective examination worksheet builds on this foundation. Students watch the treatment session videos and analyze what they observe: movement quality, compensatory strategies, functional limitations. For PTA students, we’ve found it helpful to adapt some of the questions to match their scope of practice. Rather than asking them to select which tests to perform (a PT decision), we ask them to explain and demonstrate specific outcome measures, or to identify what intervention might come next based on what they’re observing.

This approach aligns beautifully with Bloom’s Taxonomy, moving students from basic knowledge and comprehension up through application and analysis. It’s progressive skill development that mirrors how expertise actually develops—not through memorization, but through repeated practice at making clinical judgments with feedback.

The Power of Comparison

One of the most powerful features of the Neurologic Case Studies app is its emphasis on comparison. Students can watch multiple patients attempt the same functional task and start to identify patterns. They begin to recognize, for instance, how left versus right hemisphere strokes create different movement challenges, or how Parkinson’s rigidity looks different from post-stroke spasticity during a transfer.

This comparative learning accelerates pattern recognition in ways that single case examples simply can’t. As Sam Coppoletti, PTA Education Lead for PhysioU, shared during our webinar, when working with PTA students who tend to be more concrete, hands-on learners, having multiple examples of the same task helps cement understanding. They can literally see the differences rather than trying to imagine them from written descriptions.

The interdisciplinary nature of the content adds another dimension. For many patients in the app, we’ve filmed subjective examinations with physical therapy, occupational therapy, and speech-language pathology. This reflects the reality of neuro rehab, where patients often need multiple services, and where understanding the full scope of impairments helps each discipline provide better care.

Practical Integration

Making this work in an actual curriculum takes some thought, but the flexibility built into the platform helps. The bookmarking function, for instance, lets faculty curate specific videos for a particular lesson or lab session. If you’re teaching transfers that week, you can bookmark all the relevant transfer videos across different diagnoses, creating an instant playlist that flows smoothly during class.

The apps also work well across multiple courses. A foundational neuro course might use the content to teach pathology and impairment patterns, while a later skills course uses the same patients to practice clinical reasoning and intervention planning. This continuity helps students build connections across their curriculum—they’re not starting from scratch each semester, but rather deepening and expanding their understanding of patients they’ve already encountered.

The clinical reasoning worksheets are available as both PDFs and editable documents, so faculty can adapt them to their specific needs. Want to add a column linking to specific standards? Go ahead. Need to modify questions to better match your students’ scope of practice? The format supports that.

Building Toward Clinical Readiness

Ultimately, all of this supports a single goal: getting students truly ready for clinical practice. Not just familiar with terminology or able to recite facts, but actually prepared to observe patients critically, recognize meaningful patterns, and contribute to care thoughtfully.

The progression we envision starts with students using these tools in the classroom, continues through clinical rotations where they can reference cases on their phones when needed, extends to board prep where the comprehensive content helps them review, and ideally carries into professional practice as a resource they return to when encountering unfamiliar presentations.

As one webinar attendee reflected simply: “Wow.” Sometimes that’s exactly the right response—not because the technology is flashy, but because the learning design genuinely serves the challenging work of preparing competent, confident clinicians who can think critically about complex neurological presentations.

For those of us who’ve spent years trying to teach neuro rehab effectively, watching students move from overwhelmed to analytical, from passive to engaged, from memorizing to genuinely understanding—that’s what makes the work worthwhile. The Neurologic Case Studies app and its accompanying clinical reasoning tools don’t make neuro easy. But they do make it accessible, manageable, and most importantly, learnable in ways that prepare students for the real complexity they’ll encounter in practice. And in an era where healthcare demands more from every team member, that kind of preparation matters more than ever.