The Growing Footprint: Pediatric Biomechanics & Orthotic Therapy Made Practical
Tracking # 20-1327698
Course overview
This advanced-level course provides a comprehensive review of pediatric lower limb biomechanics with an emphasis on clinical application of orthotic therapy. Participants will deepen their understanding of how closed-chain mechanics, sagittal plane motion, and segmental foot function influence pediatric gait and development. Through integration of current research and case-based examples, clinicians will learn how to evaluate dynamic foot function and implement evidence-based orthotic interventions that improve patient outcomes.
Subject areas
This course counts toward the state boards and subject areas below.
Tennessee Board of Physical Therapy
Physical Therapist
Physical Therapist Assistant
Disclosure statements
The planners and faculty of this continuing education activity disclose that they have no financial conflicts of interest that could be perceived as a bias in the development or presentation of this course.
This course is intended to provide evidence-based education in pediatric lower limb biomechanics and orthotic therapy. While examples of orthotic devices will be discussed in the context of clinical application, the emphasis will be on the principles of biomechanics, evaluation, and intervention strategies rather than promotion of specific products.
For illustration purposes, FootWave® insoles may be referenced as a representative example of a pediatric orthotic intervention. Discussion will focus on their design rationale, posting strategies, and functional outcomes as they relate to the broader principles of foot biomechanics and orthotic therapy. No exclusive endorsement is intended, and participants are encouraged to apply the concepts learned to the range of orthotic options available within their practice setting.
Completion of this course does not guarantee clinical competency. Participants should integrate course content into practice in accordance with their professional scope, local regulations, and individual patient needs.