Foundational assessment skills are essential for student success and clinical readiness. This webinar provides a practical look at how the ROM, MMT, and Palpation app can elevate lab instruction by offering clear visual demonstrations, consistent terminology, and faculty-tested guidance. Dr. Tracy Moore will share strategies for classroom instruction, study techniques to share with your students, and helpful features to improve teaching and learning for you and your students.
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 Enhancing Assessment Skills with MMT
04:19 Range of Motion MMT App Demo
06:00 Teaching Content and Resources
08:04 Palpation Teaching Tool Introduction
10:49 Range of Motion Section
14:02 Manual Muscle Test Training Demo
15:57 Dynamometry in the Classroom
18:53 Dynamometer and MMT Demonstration
Helpful Links:Β Complimentary Educator accessΒ |Β Educator resourcesΒ |Β Set up a Demo
Building Better Assessment Skills: How Video-Based Learning Is Transforming Range of Motion and MMT Education
Teaching range of motion and manual muscle testing has always presented a unique challenge in physical therapy education. We’re asking students to master precise hand placement, subtle palpation techniques, and proper body mechanicsβall skills that simply don’t translate well through static textbook images. Add in the pressure of preparing students for real clinical encounters, and it’s no wonder faculty members often find themselves demonstrating the same techniques repeatedly while students squint at grainy photos, hoping to understand exactly where that stabilizing hand should go.
We’ve spent years working alongside PT and PTA faculty who share these frustrations, and frankly, we’ve lived them ourselves. That’s why we built the Range of Motion, MMT, and Palpation appβnot as a replacement for hands-on instruction, but as a tool that extends what’s possible in the classroom and gives students the consistent, high-quality practice materials they need to build genuine confidence.
Why Static Images Fall Short
During a recent faculty webinar, we explored some of the most common teaching challenges that come up in foundational assessment courses. The list was familiar to anyone who’s taught this material: students studying from random Google searches instead of evidence-based resources, inconsistent exposure to patient types across lab sections, and the sheer volume of content that needs to stick.
But one issue stood out above the restβthe limitations of static imagery. When you’re teaching shoulder abduction MMT, for instance, students need to see the weight shift as resistance is applied, observe how the clinician’s body position changes between gravity-eliminated and against-gravity testing, and understand the subtle differences in palpation during different grade levels. A single photograph, no matter how well-composed, simply can’t capture that dynamic information.
“Students really do learn a lot better with video resources, especially as it pertains to some of these fundamental motor skills,” we noted during the session. “Where do I put my stabilizing hand? Where exactly am I palpating during the gravity minimized or gravity-eliminated MMT versus during the 3 through 5 grades? How should I be standing? What’s the weight shift look like when I’m applying the resistance?”
These aren’t minor detailsβthey’re the foundation of reliable, competent assessment. And when students can’t visualize these elements clearly, they default to whatever they can find online, which may or may not align with what you’re teaching or with evidence-based practice.
Video-Based Learning That Actually Works
The Range of Motion, MMT, and Palpation app addresses these gaps by providing comprehensive video demonstrations for every major assessment technique across all body regions.
Take shoulder flexion range of motion as an example. The app shows proper patient positioning in supine, marks the relevant landmarks directly on the patient, and demonstrates the goniometer placement with precision. But it goes furtherβit also includes alternate positioning options for patients who can’t tolerate supine, provides the normal range values from multiple textbook sources, and explains the end-feel students should expect.
This layered approach helps students understand not just the “how” but the “why” behind each technique. They learn that measuring shoulder internal rotation matters because patients need that motion to grab items from their back pocket or throw a ballβpractical applications that make the assessment relevant rather than just another skill to memorize for a practical exam.
The app organizes content by body region, with consistent navigation across palpation, range of motion, manual muscle testing, handheld dynamometry, neurological screening, and joint positioning. This structure means students always know where to find what they need, whether they’re reviewing coracoid process palpation or looking up the proper setup for a biceps MMT.
Integrating Objective Measurement Early
One of the most valuable additions to the app has been the inclusion of handheld dynamometry alongside traditional manual muscle testing. Initially, we worried about adding yet another layer of content to an already packed curriculum. How would we fit it in? Would it overwhelm students who were still trying to master the basics?
What we discovered surprised us. Because the positioning and technique for dynamometry closely mirror the MMT setups students were already learning, it didn’t feel like new contentβit felt like a logical extension. Students realized they weren’t learning something entirely different; they were simply using a different tool to gather objective data.
And that matters tremendously. Manual muscle testing, while valuable, comes with inherent limitations. Asking a new studentβor even an experienced clinicianβto distinguish between a 4 and a 4+ grade is subjective at best. But when you can tell a patient they still have a 15% strength deficit compared to their uninvolved side following an ACL reconstruction or joint replacement, you’re operating with quantifiable data that can justify treatment decisions and track progress with precision.
“This is going to be the standard of practice before too long,” we shared during the webinar. “It’s an objective measurement. It’s way more helpful than in many situations than saying, hey, you’re a 4+. What does that mean to a patient? And really, if we’re being honest, what does that mean to a new student?”
The dynamometry videos in the app follow the same format as the MMT contentβclear positioning demonstrations, reliability tips, and muscle informationβmaking it easy for students to understand both the similarities and the key differences between make tests and break tests.
Building Custom Teaching Materials in Minutes
Beyond the comprehensive video library, one feature that’s proven particularly valuable for faculty is the Educator Tools function. Every page in the app includes a simple option to copy the page title, thumbnail image, or URLβall formatted to paste directly into presentations or handouts.
During the webinar, we demonstrated how this works in practice. With a few clicks, we pulled the coracobrachialis MMT page title, grabbed the thumbnail preview image, copied the positioning cues, and created a polished slide that linked directly back to the video demonstration in the app. The entire process took about 30 seconds.
This capability has transformed how we prepare for lab sessions. Instead of spending hours searching for quality images, reformatting content, and creating handouts from scratch, we can quickly assemble materials that maintain consistent quality and link students back to the evidence-based resources they should be using. The slides we give students for lab practice now serve as both instruction and reference, showing them exactly what we’re covering and where to find the video when they practice on their own.
Supporting Students Throughout the Curriculum
While range of motion and MMT are typically taught early in PT and PTA programs, these skills remain relevant throughout the entire educational experience. Students need to return to proper assessment techniques when they’re learning gait analysis, treating orthopedic cases, managing acute care patients, or planning post-operative rehabilitation.
That’s why we’ve designed the app to serve as a reference resource students can rely on well beyond their foundational coursework. Faculty teaching in later semesters can easily assign specific techniques for review before case study discussions or practical labs, helping students dust off content they learned months or even years earlier.
This continuity matters. When students learn shoulder abduction MMT using one set of videos in their first semester and then return to those same videos when studying rotator cuff pathology in their orthopedics course, they’re building on a consistent foundation rather than encountering conflicting information from different sources. It’s the kind of coherence that strengthens learning and builds genuine clinical competence.
The Bigger Picture
Teaching physical therapy isn’t getting any easier. Programs are packed with content, students arrive with diverse learning preferences, and the pressure to produce practice-ready graduates continues to intensify. But when we give students access to high-quality, evidence-based resources that they can use anytime and anywhere, we’re not just making our own jobs easierβwe’re setting them up for success in ways that static textbooks and hurried demonstrations simply cannot match.
The Range of Motion, MMT, and Palpation app represents our commitment to supporting faculty who are working hard in the trenches every day, trying to prepare the next generation of physical therapists and physical therapist assistants. We’ve built these tools as educators ourselves, understanding the challenges because we’ve lived them, and we’ll keep refining and expanding the content as the profession evolves.Β
Because ultimately, better teaching tools lead to better-prepared students, which leads to better patient care. And that’s what this has always been about.
