Join PhysioUβs Education Lead, Dr. Tracy Moore, PT, DPT, ONC, for a practical discussion of strategies educators across the country are using to improve classroom engagement and enhance student learning with PhysioU. This session will highlight approachable ways to integrate apps, simulations, and e-learning into a wide range of courses throughout your curriculum.
Whether you are just getting started or already using PhysioU in your classroom, this webinar will cover foundational tools as well as a few advanced features that can help streamline teaching and support deeper learning.
Walk away with practical ideas you can immediately implement to support student engagement and clinical reasoning across your program.
Featured Speaker: Tracy Moore, PT, DPT, ONCΒ
Dr. Moore is a physical therapist, faculty member, product manager and educational leader. He completed his Doctorate in Physical Therapy at Azusa Pacific University and later received the Oncology Clinical Specialist certification from the American Board of Physical Therapy Specialties. Following a residency at City of Hope National Medical Center, Dr. Moore began his academic career teaching subjects such as oncology, clinical skills, differential diagnosis, and acute care. He is an active speaker at national and international conferences, specializing in oncology rehabilitation, chronic pain, and learning science. Dr. Moore continues to conduct and publish research, present at industry conferences, and contribute to PhysioU app design and development. His approach uniquely bridges the gap between the student experience, clinical expertise, and learning science in order to help faculty and students revolutionize healthcare education in their own classrooms around the world.
00:00 PhysioU Teaching Engagement Strategies
04:56 PhysioU Learning Strategies Discussion
08:12 Cumulative Quizzing in Physical Therapy
11:48 Custom Review Materials Creation Strategies
16:21 Evidence-Based Teaching Strategies Discussion
21:05 Clinical Reasoning Enhancement Strategies
Helpful Links:Β Complimentary Educator accessΒ |Β Educator resourcesΒ |Β Set up a Demo
Five Evidence-Based Strategies to Boost Classroom Engagement Using PhysioU
If you’ve ever watched a room full of physical therapy students zone out during a lecture or mindlessly flip through flashcards the night before an exam, you know the challenge we face as educators. The information is there. The content is solid. But somehow, the learning isn’t sticking the way we need it to.
We recently hosted a faculty webinar where Dr. Tracy Moore, PT, DPT, ONC, walked through five evidence-based teaching strategies that transform passive review into active learning – and showed exactly how to implement them using PhysioU. What stuck out most wasn’t just the research backing these approaches, but how straightforward they are to weave into your existing courses. Whether you’re teaching foundational skills, cardiopulmonary content, or orthopedic assessment, these strategies work because they mirror how clinicians actually think and work in practice.
Retrieval Practice: Making Students Work for It
The first strategy centers on a deceptively simple concept: students need to pull information from memory rather than passively reviewing notes. “Retrieving information from [studentsβ] memory strengthens it more than passive review,” Tracy explained during the session. “But this should be something that’s low stakes and frequent.” Think about using a βtwo-minute brain dumpβ at the start of class. No notes allowed. For example, have students write down everything they remember about COPD, or shoulder range of motion, or handheld dynamometry. The discomfort students feel in that moment – that slight panic of not having their notes to reference – is actually the point. That’s where the learning happens.
We’ve built this principle directly into PhysioU through our learning boosts and case study features. When you assign a case study from one of our apps, students encounter clinical reasoning questions that force recall without the safety net of immediately looking up answers. For instance, after watching a gait analysis video, students must identify deviations at the knee, hip, and ankle, then explain how muscle or joint tightness might contribute to the patient’s presentation – all before checking their responses.
The beauty of this approach is its versatility. You can use it in person, on Zoom, or in hybrid sessions. The one-minute paper at the end of class works just as well: What are the two most important things you learned today? What’s still fuzzy? Students retrieve, reflect, and you get immediate feedback on what’s landing and what needs reinforcement.
Spaced and Interleaved Practice: Breaking the Cramming Cycle
The second strategy tackles a universal student habit: cramming. We all know it doesn’t work for long-term retention, yet students gravitate toward it because it feels comfortable to them and it’s a strategy theyβve used in the past. Focusing solely on ankle range of motion for three hours straight creates a false sense of mastery that evaporates by exam day.
Spaced practice means distributing study time across multiple sessions with the same total investment. Interleaved practice takes it further by mixing topics between sessions. Instead of studying only the ankle today and only the knee tomorrow, students review both – forcing their brains to discriminate between concepts and strengthening retrieval pathways in the process.
“Students tend to feel like they prefer blocked practice because it’s more comfortable,” Tracy noted. “It’s not as fun to say, hey, I’m doing the ankle, but oh yeah, I also have to review the knee. But this is much better for learning.”
One practical application is cumulative quizzing with about 30% of questions reaching back to previous units. This prevents students from mentally checking out after you move past a topic. The shoulder doesn’t disappear from their responsibility once you transition to spine content – it remains fair game, mimicking the reality of clinical practice where multiple body regions and diagnoses intersect constantly.
PhysioU’s bookmark feature makes this remarkably easy to implement. You can create themed collections that mix current and past material – objective exam items, diagnoses, and medications – all organized in a way that prevents students from compartmentalizing their knowledge. When Tracy sends out what he calls a “midterm review sheet” (though it’s really more than just midterm content), it includes videos and cases spanning the entire academic term, signaling that everything remains relevant.
Worked Examples and Fading: Teaching Clinical Reasoning Out Loud
This is where your hard-won clinical expertise truly shines! The third strategy involves walking students through a fully worked case while narrating your reasoning process aloud. Not just what you’re doing, but why. Not just the conclusion, but how you got there. Students need to hear how you differentiate between a patient who’s appropriate to treat and one who needs referral, even when both present similarly. They need to understand why you chose a particular assessment or intervention. This clinical reasoning doesn’t emerge from exposure to information alone – it develops when students can follow the mental pathways of experienced practitioners.
After demonstrating a fully worked case, you progress to partially completed examples where students fill in the gaps, then finally to independent cases where they work through everything themselves. This gradual release of responsibility, sometimes called “fading,” scaffolds their learning while building confidence.
Tracy integrates this into his cardiopulmonary lectures by presenting a full case study – say, a 67-year-old male with COPD – and talking through his clinical decision-making process during the lecture. Then in lab, students receive a PhysioU case study with substantial information but no answers, requiring them to apply the reasoning process they observed. Eventually, he provides only basic case parameters and lets students work completely independently.
One important note from the research: strip out irrelevant stock photos and animations during this learning phase. While they seem engaging, they can actually increase cognitive load and distract from the concepts you’re trying to teach. Save the visual flair for later, once foundational understanding is solid.
Deliberate Practice with Immediate Feedback: More Than Just Reps
The fourth strategy distinguishes between mindless repetition and genuinely effective practice. When students are acquiring new motor skills – palpating landmarks, performing range of motion assessments, executing special tests – they need immediate feedback on a specific sub-skill that challenges them appropriately.
This isn’t simulation. It’s a structured feedback loop built into lab courses. Rather than saying “go practice a shoulder exam,” you might say “palpate your landmarks, do your range of motion, perform two special tests, then give each other feedback before moving on.”
“When they do something wrong, you interrupt them, right?” Tracy emphasized. “Don’t wait for them to finish and build that pattern. Interrupt them right away.” This immediate correction is crucial during skill acquisition. Later, when students have developed competency, you can shift to delayed feedback that mirrors clinical reality. But early on, letting incorrect patterns solidify helps no one.
PhysioU supports this with detailed step-by-step instructions for each examination technique, including patient and clinician positioning, stabilization, palpation, and the rationale behind each element. Students can reference these details while practicing with partners, enabling peer feedback that’s specific and actionable. If someone stabilizes the wrong shoulder during dynamometry testing, their partner can point to the correct technique right there on the screen. A simple three-to-five criterion checklist helps focus this feedback. Patient safety, therapist positioning, proper technique – pick the most critical elements for that particular skill and have students assess each other against those specific criteria.
Self-Explanation: Making Them Say Why
The final strategy might be the most transformative: require students to explain their reasoning. Every single time.
Clinical reasoning doesn’t develop in silence. It emerges when students must articulate why they made a particular decision, what would change their mind, or how they arrived at a specific conclusion. This habit transfers directly to clinical practice, where they’ll need to justify treatment choices to physicians, explain interventions to patients and families, and eventually teach the next generation of clinicians.
“Every time a student answers a question, you ask them: what made you think that, or what would change your mind, or how did you arrive at that conclusion?” Tracy explained.
This serves multiple purposes. First, it prevents students from simply reading back something from the slides without understanding it. Second, it normalizes professional explanation as a core competency. Third, it reveals when students stumble onto correct answers without understanding why – a dangerous pattern that needs addressing before clinical rotations.
We’ve included this principle in PhysioU through narrated demonstrations where experienced clinicians explain their reasoning throughout assessment videos. Students don’t just see the technique; they hear the thought process. This models the kind of self-explanation we want them to develop.
Consider providing students with structured cue cards containing sentence starters: “The key finding was⦔ or “I ruled this out because I found⦔ These prompts scaffold their ability to articulate reasoning until it becomes second nature. Some students tape these inside their clipboards for clinic or keep them as desktop reminders during class.
And when students make errors? Don’t skip over them. The immediate discomfort students might feel from your corrective feedback is protective – it’s safeguarding future patients. Help students identify where their reasoning broke down, what led them astray, and how to self-correct. This metacognitive awareness is just as important as getting the right answer.
Putting It Into Practice
These five strategies aren’t theoretical ideals requiring complete course overhauls. They’re practical techniques you can implement starting next week. A two-minute brain dump. A cumulative quiz question. A narrated case demonstration. Immediate feedback during lab. A simple “why?” after every student response.
We’ve built PhysioU to support each of these evidence-based approaches, from learning boosts and clinical reasoning questions to detailed technique demonstrations and bookmark collections that facilitate interleaved practice. But the real power comes from your intentional application of these strategies in ways that fit your content and your students.
The students sitting in your classroom today will be making critical clinical decisions in just a few years. The study habits they develop now, the reasoning patterns they practice, the discomfort they learn to sit with while retrieving information – these shape not just their exam performance but their future patient outcomes. That’s worth a few uncomfortable silences and some restructured practice sessions.
Want the Monday Morning Kit with drop-in templates for each strategy? Reach out to learn more about implementing these approaches with PhysioU in your courses.
