Leveraging human movement technology for health and human performance.
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Technology such as wearable sensors, smartphones, force sensors, motion capture cameras, or electromyography systems can be implemented on-site to capture valid and reliable measures of human movement quality.
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Using human movement technology, biomechanics data can be collected to quantify how the body moves and the forces acting on it.
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Instrumented human movement assessments supplement traditional clinical movement and athlete performance evaluations by providing objective insight into movement quality, clinical progression, athletic performance, injury risk, and return-to sport readiness.
Movement Meets Insight
Consulting Services
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A comprehensive, no fee initial service to hear from you and begin outlining solutions that are tailored to your organizational needs.
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Providing objective, vendor-neutral recommendations to ensure you invest in technologies that deliver meaningful data and seamless integration.
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Identifying and selecting evidence-based measures to track progress, evaluate risk, and support return-to-sport or rehabilitation decisions.
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Delivering advanced biomechanical and performance analytics to help you identify key drivers of movement outcomes, optimize programming, and enhance rehabilitation and training strategies.
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Creating clear, actionable reports that translate complex movement and performance data into insights your team can use immediately.
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Streamline your new or existing testing, evaluation, and documentation workflows to improve efficiency, consistency, and service delivery.
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Educating clinicians, coaches, and staff on best practices for testing, data collection, interpretation, and integrating insights into daily workflows.
On-Site Assessments
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Baseline and longitudinal reporting include gait metrics such as gait speed, stride characteristics, symmetry metrics, and gait cycle phases.
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Baseline and longitudinal reporting include gait metrics such as gait speed, stride characteristics, symmetry metrics, and gait cycle phases. Additional metrics such as tibial accelerations can be assessed.
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Static or dynamic balance assessment using inertial sensors. Detailed reporting includes quantitative metrics with baseline and longitudinal comparisons.
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Baseline and follow up biomechanics assessments for athlete performance, injury risk, and post-injury return-to-sport applications.
Built To Serve
At Kinect Biomechanics, we work closely with your team to understand your goals, challenges, and operational workflows, ensuring that every solution is practical, relevant, and seamlessly integrated into your environment.
Grounded in over a decade of applied biomechanics research and hands-on industry experience, Kinect Biomechanics bridges the gaps between technology innovation, advanced human movement science, and everyday clinical or performance practice. Our expertise in technology integration, data analysis, and movement assessment helps organizations adopt systems that deliver accurate data and measurable insights for rehabilitation, athletic performance, and return-to-sport decisions.
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Dr. Jagodinsky brings over a decade of experience as an applied biomechanics instructor, researcher, and consultant. He previously served as an assistant professor and co-director of the Biomechanics Laboratory at Illinois State University where he taught biomechanics courses and conducted research on sport injury, sport biomechanics, occupational biomechanics, and integrating technology into field and clinic-based assessments.
As a Principal Scientific Advisor at Clario - APDM Wearable Technologies, he advised industry sponsors on implementing instrumented gait and balance assessments into global clinical trials for orthopedic and movement disorders.
Dr. Jagodinsky has provided biomechanics assessments in clinical settings as well as for youth sport, collegiate teams, professional and Olympic athletes, and the U.S. Army. He now works with athletes, coaches, clinicians, and businesses to implement practical, evidence-based solutions and technologies that elevate biomechanics assessment in both field and clinical environments.