Clare Milner

About me

 

Clare E Milner PhD FACSM FASB As Gait and Movement Biomechanics Lab Research Director and Associate Professor at Drexel University, I lead biomechanics research that advances scientific understanding while translating findings into practical applications across clinical, athletic, and product development contexts.

 

Research Leadership & Impact

Over 20+ years, I’ve authored more than 60 peer-reviewed publications cited over 5,000 times in running biomechanics, gait analysis, and device and algorithm validation. As lab director, I mentor emerging scientists while leading collaborative projects that integrate motion analysis, wearable sensor technology, and data-driven assessment methods. My work bridges fundamental research questions with real-world implementation, whether advancing theoretical understanding or solving applied challenges.

 

Core Technical Expertise

- Motion Analysis & Biomechanics: 3D motion capture, force platforms, EMG, IMUs and integrated sensor systems for comprehensive movement assessment.

- Research Methods: Experimental design, multi-stream data integration, signal processing, Visual3D, and MATLAB-based analysis for kinematic and kinetic evaluation.

- Technology Development: Validation protocols, algorithm development, and iterative testing for wearable devices and measurement systems.

- Knowledge Translation: Converting biomechanical findings into actionable frameworks for researchers, clinicians, and product teams.

 

Research Expertise

 

  • Assistive device development
  • Walking quality in clinical populations
  • Running injury biomechanics
  • Biomechanical measurement tools and wearable measurement devices

Teaching Expertise

 

  • Graduate and undergraduate courses

  • Biomechanics, Kinesiology and functional anatomy

  • Research methods, instrumentation

Movement Matters

 

Vision

Empowering people to keep moving to maintain health and personal independence.

 

Mission

Improving movement quality of gait and other activities of daily living across the lifespan through applied biomechanics and rehabilitation sciences research.