Clinical Biomechanics Education

Stop collecting data.
Start using it.

Continuing education for sports PTs, athletic trainers, and strength and conditioning coaches who want to turn force plates, dynamometers, and motion capture into actionable clinical decisions to improve athlete & patients outcomes. 

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LSI 84% Limb symmetry PEAK F 2.3× BW — affected RFD ↓31% vs. unaffected Δ 0.4×BW RFD TIME (ms) FORCE (N·BW⁻¹) Affected Unaffected Normative CLINICAL INTERPRETATION LSI <90% + ↓RFD → flag for loading progression before RTS NOT CLEARED

Force–Time Asymmetry → Clinical Decision

The Gap

The tools got cheaper.
The training didn't keep up.

Standard metrics are lying to us. An athlete can score a near-perfect symmetry score on a traditional functional test while harboring massive, hidden deficits in their actual joint mechanics. The industry has a massive gap: clinics are buying advanced force plates and motion capture, but clinicians haven't been trained to look past basic software printouts to see how a patient is actually moving.

This gap is a ticking time bomb. When we don't know how to analyze the data pipeline, we unknowingly clear athletes who are primed for re-injury. Relying on surface-level symmetry without deep biomechanical literacy doesn't just stall patient progress—it actively blinds clinicians to real, catastrophic risks.

31%
The hidden deficit in actual knee work that an athlete can harbor while still achieving a seemingly perfect 97% symmetry score on standard functional hop tests.
34%
Of athletes who achieve a traditional, "perfect" 90% Limb Symmetry Index (LSI) on baseline tests who actually fail to reach their true, uninjured capacity.
20%
Young athletes who will sustain a secondary, catastrophic re-injury within two years of returning to sport proving that our current criteria are missing the real risks.

Flagship Mini-Course

Interpreting Strength Data
in the Clinical Setting

Built for sports clinicians who want to stop guessing and start truly leveraging their testing tech. You’ll walk away with a clear, systematic framework to instantly look past surface-level symmetry and turn raw strength metrics into confident rehab progressions.

Mini-Course · Coming Soon

From Raw Numbers to Return-to-Sport Decisions

Designed for busy physical therapists who want to turn raw force and motion data into safer patient outcomes. This course gives you a clear roadmap to spot mechanical compensations on the spot, giving you the exact training adjustments needed to bridge the gap between rehab and full performance.

  • Isometric & Isokinetic Fundamentals: How to actually read your Tindeq, force plate, or Biodex output without a PhD in biomechanics.
  • Knee RTS & The Symmetry Illusion: Looking past basic scores to catch the hidden quadriceps and joint-work deficits that traditional testing misses.
  • Upper Extremity Testing Breakdowns: Building objective return-to-play pipelines for overhead athletes using precise shoulder and arm metrics.
  • Foot, Ankle & Loading Mechanics: Tracking force distribution, calf capacity, and power asymmetries during dynamic jumping and landing.
  • Normative Values vs. Raw Math: Knowing exactly what the metrics mean, when they apply to your specific athlete, and when to completely ignore them.
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Peak Joint Angle (°) Torque (Nm) Quad Hamstring

Free Resource

Clinical Strength
Quick-Reference Guide

Isometric benchmarks, normative values, and clinical decision thresholds for LSI, RFD, Peak Force, H:Q Ratio, Impulse, Torque-Angle curves, and PT:BW — explained the way you'd actually explain them to a colleague.

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Pat Barber DPT SCS — The Biomechanics Clinician

Who's Behind This

Built by a clinician who runs the tests.

When you buy advanced tech for your clinic, you don't need a lecture from a software salesperson or an academic who hasn't stepped foot in a clinic in ten years. You need a framework built by someone who is actually in the trenches, surviving the exact same data pipeline you are trying to figure out. Here is why this resource actually works:

  • I'm a full-time clinician, not a theorist. I manage a demanding orthopedic and sports caseload every single day. I completely understand the reality of your workday — the tight 45-minute slots, the endless documentation, and the need for data that gives you an answer right now before your patient walks out the door.
  • I live in a motion lab. I don't just use basic handheld tools. I've spent over two years embedded inside a high-end biomechanics and 3D motion capture laboratory. Working right alongside biomechanical engineers, I have spent hundreds of hours learning how to strip away the overwhelming laboratory fluff and turn massive data reports into practical, everyday treatment steps.
  • I've done the research. As a Board-Certified Sports Clinical Specialist (SCS), my entire career has been focused on objective testing and movement analysis. I've led systematic reviews and Delphi studies specifically on how to fix and advance return-to-sport testing. This resource takes all that complex literature and boils it down into clear, actionable steps you can use tomorrow.
  • I teach this stuff nationally. I regularly speak at national conferences like the Combined Sections Meeting (CSM) and teach sports physical therapy electives. My passion is helping clinicians cut through the data noise so they can spot the hidden movement compensations that actually matter.