Faculty

Institution

Unit

Venue

Jonathan Dingwell

Professor of Kinesiology Graduate Program Director

Pennsylvania State University

Affiliations

College of Health and Human Development

Kinesiology

Jonathan Dingwell is currently serving as a College Of Health And Human Development Professor of Kinesiology Graduate Program Director at Pennsylvania State University.

Honors

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Experiences

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Education

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Jonathan Dingwell

Pennsylvania State University

Professor of Kinesiology Graduate Program Director

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human movement rehabilitation physiology motor control biomechanics gait analysis neuroscience kinematics kinesiology movement analysis orthopedic biomechanics human performance neurophysiology geriatrics bipedal locomotion dynamic stability exercise science biomechanical engineering motor behavior destabilizing environments motion control later adulthood older adults local dynamic stability transtibial amputation human walking applied physiology upper extremity healthy aging fall risk motion analysis stability analysis healthy older adults kinematic variability gait variability movement variability neuroscience of aging neurorehabilitation physiological measurements physical aging brain science exercise rehabilitation neurodynamics fall prevention error correction orbital dynamic stability sensory loss step length muscle fatigue goal equivalent manifolds applied cognitive psychology automatic control entropy plo biology animal physiology active control occupational therapy human-computer interaction metals tribology friction mechanical science chaos theory nonlinear time series incremental learning ageism diabetic neuropathy task performance neural science prosthesis manipulation (psychology) object manipulation mathematical models action monitoring traumatology object tracking applied mechanics artificial life bio-inspired computation biomedical engineering computational neuroscience clinical engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Adapting Lateral Stepping Control to Walk on Winding Paths. Journal of Biomechanics (2025)

Anna C RenderJoseph P CusumanoJonathan B Dingwell

kinesiologymotor controlgait analysishuman movement

A Model of Task-Level Human Stepping Regulation Yields Semistable Walking. Journal of The Royal Society Interface (2024)

Navendu S. PatilJonathan B. DingwellJoseph P. Cusumano

kinesiologyrehabilitationmovement analysisgait analysiskinematicsneurosciencebipedal locomotionmotor controlbiomechanicshuman movement

How Older Adults Maintain Lateral Balance While Walking on Narrowing Paths. Gait & Posture (2024)

Meghan E. KazanskiJoseph P. CusumanoJonathan B. Dingwell

lateral balancelater adulthoodmotor contrololder adultsrehabilitationgait analysishuman movement

Probability of Lateral Instability While Walking on Winding Paths. Journal of Biomechanics (2024)

Anna C RenderJoseph P CusumanoJonathan B Dingwell

lateral spreadkinesiologyapplied physiologylateral instabilityexercise physiologyhuman musculoskeletal systembiostatisticspathological gaitmovement disordersstabilitybipedal locomotionpath planningrehabilitationbiomechanicsmobilityhuman movement

Generalizing Stepping Concepts to Non-Straight Walking. Journal of Biomechanics (2023)

Jonathan B. DingwellAnna C. RenderDavid M. DesmetJoseph P. Cusumano

kinesiologynon-straight walkingmotor controlgait analysiskinematicsupper extremityphysiologyhuman performancebipedal locomotionrehabilitationbiomechanicshuman movement

How Healthy Older Adults Enact Lateral Maneuvers While Walking. Gait & Posture (2023)

David M. DesmetMeghan E. KazanskiJoseph P. CusumanoJonathan B. Dingwell

kinesiologygeriatricsmotor controlkinematicsphysiologyhuman performancerehabilitationgait analysismotor behaviorhuman movementhealthy aging

How Older Adults Regulate Lateral Stepping on Narrowing Walking Paths. Journal of Biomechanics (2023)

Meghan E. KazanskiJoseph P. CusumanoJonathan B. Dingwell

kinesiologylater adulthoodmovement analysisgait analysisneurosciencekinematicsolder adultsphysiologyhuman performancebipedal locomotionmotor controlbiomechanicshuman movement

Adaptive Multi-Objective Control Explains How Humans Make Lateral Maneuvers While Walking. PLoS Computational Biology (2022)

David M. DesmetJoseph P. CusumanoJonathan B. Dingwell

kinesiologyhuman behaviorlateral maneuversneurosciencephysiologycomputational neurosciencehuman performancemotor controlhuman movementadaptive multi-objective control

Rethinking Margin of Stability: Incorporating Step-To-Step Regulation to Resolve the Paradox. Journal of Biomechanics (2022)

Meghan E KazanskiJoseph P CusumanoJonathan B Dingwell

stability analysisrehabilitationbiomechanicsstability

Viability, Task Switching, and Fall Avoidance of the Simplest Dynamic Walker. Scientific Reports (2022)

Navendu S. PatilJonathan B. DingwellJoseph P. Cusumano

kinesiologyhuman mobilitymotor controlkinematicsfall avoidancebehavioral sciencestask switchingrehabilitationbiomechanicsmotor behaviorhuman movement

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Jonathan Dingwell

Professor of Kinesiology Graduate Program Director

Pennsylvania State University

Affiliations

College of Health and Human Development

Kinesiology

Jonathan Dingwell is currently serving as a College Of Health And Human Development Professor of Kinesiology Graduate Program Director at Pennsylvania State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jonathan Dingwell

Pennsylvania State University

Professor of Kinesiology Graduate Program Director

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Adapting Lateral Stepping Control to Walk on Winding Paths. Journal of Biomechanics (2025)

Anna C RenderJoseph P CusumanoJonathan B Dingwell

kinesiologymotor controlgait analysishuman movement

A Model of Task-Level Human Stepping Regulation Yields Semistable Walking. Journal of The Royal Society Interface (2024)

Navendu S. PatilJonathan B. DingwellJoseph P. Cusumano

kinesiologyrehabilitationmovement analysisgait analysiskinematicsneurosciencebipedal locomotionmotor controlbiomechanicshuman movement

How Older Adults Maintain Lateral Balance While Walking on Narrowing Paths. Gait & Posture (2024)

Meghan E. KazanskiJoseph P. CusumanoJonathan B. Dingwell

lateral balancelater adulthoodmotor contrololder adultsrehabilitationgait analysishuman movement

Probability of Lateral Instability While Walking on Winding Paths. Journal of Biomechanics (2024)

Anna C RenderJoseph P CusumanoJonathan B Dingwell

Generalizing Stepping Concepts to Non-Straight Walking. Journal of Biomechanics (2023)

Jonathan B. DingwellAnna C. RenderDavid M. DesmetJoseph P. Cusumano

kinesiologynon-straight walkingmotor controlgait analysiskinematicsupper extremityphysiologyhuman performancebipedal locomotionrehabilitationbiomechanicshuman movement

How Healthy Older Adults Enact Lateral Maneuvers While Walking. Gait & Posture (2023)

David M. DesmetMeghan E. KazanskiJoseph P. CusumanoJonathan B. Dingwell

kinesiologygeriatricsmotor controlkinematicsphysiologyhuman performancerehabilitationgait analysismotor behaviorhuman movementhealthy aging

How Older Adults Regulate Lateral Stepping on Narrowing Walking Paths. Journal of Biomechanics (2023)

Meghan E. KazanskiJoseph P. CusumanoJonathan B. Dingwell

kinesiologylater adulthoodmovement analysisgait analysisneurosciencekinematicsolder adultsphysiologyhuman performancebipedal locomotionmotor controlbiomechanicshuman movement

Adaptive Multi-Objective Control Explains How Humans Make Lateral Maneuvers While Walking. PLoS Computational Biology (2022)

David M. DesmetJoseph P. CusumanoJonathan B. Dingwell

kinesiologyhuman behaviorlateral maneuversneurosciencephysiologycomputational neurosciencehuman performancemotor controlhuman movementadaptive multi-objective control

Rethinking Margin of Stability: Incorporating Step-To-Step Regulation to Resolve the Paradox. Journal of Biomechanics (2022)

Meghan E KazanskiJoseph P CusumanoJonathan B Dingwell

stability analysisrehabilitationbiomechanicsstability

Viability, Task Switching, and Fall Avoidance of the Simplest Dynamic Walker. Scientific Reports (2022)

Navendu S. PatilJonathan B. DingwellJoseph P. Cusumano

kinesiologyhuman mobilitymotor controlkinematicsfall avoidancebehavioral sciencestask switchingrehabilitationbiomechanicsmotor behaviorhuman movement

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Institution

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physiological measurement

orthopaedic surgery

Jill Higginson

Institution

University of Delaware

physiological measurement

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Stanford University

rehabilitation

energy storage

Alexander S. Aruin

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balance

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rehabilitation engineering

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