Learning Objectives

At the completion of this activity, learners should be able to:

  • Describe and interpret data from contemporary biomechanical assessment tools, including pressure mapping, motion capture, and wearable gait analysis systems, to inform clinical decision-making.
  • Compare and contrast foundational and modern biomechanics theories, including Root theory and tissue stress models, and apply these principles to improve orthotic design and treatment planning.
  • Develop individualized biomechanics-based care plans by integrating gait findings, foot structure, and functional goals to optimize orthotic interventions, footwear recommendations, and rehabilitation strategies.


Accreditation

In support of improving patient care, this activity has been planned and implemented by Cine-Med and LER Expo. Cine-Med is jointly accredited by the Accreditation Council for Continuing Medical Education (ACCME), the Accreditation Council for Pharmacy Education (ACPE), and the American Nurses Credentialing Center (ANCC), to provide continuing education for the healthcare team. Accreditation is approved by the American Board for Certification (ABC).


Physicians

Cine-Med designates this live activity for a maximum of 8.25 AMA PRA Category 1 Credit(s)™. Physicians should claim only the credit commensurate with the extent of their participation in the activity.


Podiatrist / Physicians

This activity has been planned and implemented in accordance with the standards and requirements for approval of providers of continuing education in podiatric medicine through a joint provider agreement between Cine-Med and LER Expo. Cine-Med is approved by the Council on Podiatric Medical Education as a provider of continuing education in podiatric medicine. Cine-Med has approved this activity for a maximum of 8.25 continuing education contact hours.


Other Healthcare Professionals

This event is approved for 8.5 ABC credits. All other healthcare professionals will receive a Certificate of Participation. For information on the applicability and acceptance of Certificates of Participation for activities designated for AMA PRA Category 1 Credits™, consult your professional licensing board.

Agenda

June 7

time icon06/07/2025 11:00 am to
01:00 pm

SESSION 1: Custom Foot Orthoses Impression Techniques

Foam, Plaster, Scan – Does It Really Matter?

Real-world opinions on accuracy vs practicality, STJ neutral myths, and lab feedback loops.

11:00–11:30 AM – 3D Scanning vs Traditional Casting: Precision Without the Plaster? - Karen Langone

11:30–12:00 PM – Neutral Position or Not? Rethinking the Subtalar Debate - Paul Langer

12:00–12:30 PM – Orthotics  Mechanism of Action…Muscle Tuning to Dampen Soft Tissue Vibration? – Kim Ross

12:30–1:00 PM – Roundtable Discussion

speaker headshot

Karen Langone
DPM

speaker headshot

Paul Langer
DPM

speaker headshot

Kim Ross
Chiropractor, Ph.D in Biomechanics

time icon06/07/2025 01:00 pm to
03:15 pm

SESSION 2: Orthotic Modifications – What, When & Where

One Device, Many Options – How Much is Too Much?

Clinical debate on over-modification, patient tolerance, and building a “go-to” protocol for common pathologies.

1:00–1:30 PM – Posting Principles: Rearfoot Mods that Actually Matter – Karen Langone

1:30–2:00 PM – When Less is More: Streamlining Orthotic Design for Real Life – Daniel Benjamin

2:00–2:30 PM – The Mod Matrix: Building a Repeatable Protocol for Plantar Fasciitis, PTTD, peroneal tendinitis, plantar heel pain, sesamoiditis, neuromas, etc. – Simon Dickinson

2:30–3:00 PM – Roundtable Discussion

speaker headshot

Karen Langone
DPM

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Daniel Benjamin
PhD, Podiatrist & Biomechanics Specialist

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Simon Dickinson
Medical Director & Consultant Orthotist

time icon06/07/2025 03:00 pm to
03:30 pm

Lunch & Learn - Orthoses treatment of common musculoskeletal injury, discomfort or dysfunction - KinetX: The MSK Toolkit

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Simon Dickinson
Medical Director & Consultant Orthotist

time icon06/07/2025 03:30 pm to
05:30 pm

SESSION 3: Shoe + Orthoses – The Critical Relationship

If the Shoe Doesn’t Fit, Should the Device Exist?

Case-based discussion around footwear-device mismatches, patient compliance, and how to educate the end user.

3:30–4:00 PM – Shoe Fit 101: Identifying the Red Flags in Footwear Compatibility – Trevor Prior

4:00–4:30 PM – When Devices Fail: The Hidden Cost of Poor Shoe Pairings – Matt Gooch

4:30–5:00 PM – Educating Patients on Shoe Selection – From Clinic to Closet – Diana Palin

5:00–5:30 PM – Roundtable Discussion

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Trevor Prior
Consultant Podiatric Surgeon

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Matt Gooch
MS, CPed

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Diana Palin
Podiatrist, Founder & CEO Foot & Ankle Institute

time icon06/07/2025 05:30 pm to
08:00 pm

SESSION 4: The Role of Foams and Geometry in Shoe Function

Stack, Drop, Rocker, Rebound – Buzzwords or Biomechanics?

Quickfire insights and disagreements on the biomechanical value of current footwear trends, and how to interpret them clinically.

5:30–6:00 PM – Stack Height and Rocker Soles: When and Why They Work – Simon Bartold

6:00–6:30 PM – Foam Density and Energy Return – Is Rebound Always Good? – Trevor Prior

6:30–7:00 PM – Drop Talk: Heel-to-Toe Offsets and the Gait Debate – Matt Gooch

7:00–7:30 PM – Roundtable Discussion

speaker headshot

Simon Bartold
Performance footwear consultant, researcher, educator, mentor and innovator

speaker headshot

Trevor Prior
Consultant Podiatric Surgeon

speaker headshot

Matt Gooch
MS, CPed

time icon06/07/2025 07:30 pm to
08:00 pm

CLOSING SESSION

7:30–8:00 PM – The Future of Footwear, Orthoses & Biomechanics: Are We Headed Toward Full Custom Everything?

All-speaker live panel + audience Q&A exploring the next five years in lower extremity care.

Speakers

Paul Langer

DPM

Karen Langone

DPM

Simon Dickinson

Medical Director & Consultant Orthotist

Daniel Benjamin

PhD, Podiatrist & Biomechanics Specialist

Diana Palin

Podiatrist, Founder & CEO Foot & Ankle Institute

Matt Gooch

MS, CPed

Trevor Prior

Consultant Podiatric Surgeon

Simon Bartold

Performance footwear consultant, researcher, educator, mentor and innovator

Kim Ross

Chiropractor, Ph.D in Biomechanics