Dagmar Sternad

Professor

Northeastern University

United States

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Professor Dagmar Sternad is a faculty member at Northeastern University in the United States. Her research focuses on human control systems, with recent publications addressing topics such as grip force measurements, the control of underactuated objects, and visuomotor tasks in autism spectrum disorder. Additionally, she investigates balance control strategies and the role of body mechanics in interaction with complex objects.

Articles (20)

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2025

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2021

Collaborators (8)

Teresa J. Kimberley

Professor

MGH Institute of Health Professions

UNITED STATES

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Kunpeng Yao

EPFL (École Polytechnique Fédérale de Lausanne)

SWITZERLAND

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Jongwoo Lee

Korea Advanced Institute of Science and Technology

SOUTH KOREA

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Anthony Carlsen

Associate Professor

University of Ottawa

CANADA

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Rakshith Lokesh

Northeastern University

UNITED STATES

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Se-Woong Park

Assistant Professor

University of Texas at San Antonio

UNITED STATES

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John C. Rothwell

UNITED KINGDOM

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Yi-Ling Kuo

SUNY Upstate Medical University

UNITED STATES

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Dagmar Sternad

Research Interests

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About

Articles (20)

Human Control of Underactuated Objects: Adaptation to Uncertain Nonlinear Dynamics Ensures Stability

A 3D-Printed Device for Unconstrained Grip Force Measurements: Design and Application in a Human Experiment

Human foot force informs balance control strategies when standing on a narrow beam

Interceptive abilities in autism spectrum disorder: Comparing naturalistic and virtual visuomotor tasks

Simplified internal models in human control of complex objects

Inferring control objectives in a virtual balancing task in humans and monkeys

Inferring control objectives in a virtual balancing task in humans and monkeys

Dynamic primitives in constrained action: systematic changes in the zero-force trajectory

In Remembrance: The Life and Legacy of Michael T. Turvey (1942–2023)

Novel Platform for Quantitative Assessment of Functional Object Interactions After Stroke

Body Mechanics, Optimality, and Sensory Feedback in the Human Control of Complex Objects

Motor control beyond reach—how humans hit a target with a whip

Dynamic Primitives Limit Human Force Regulation During Motion

Frequency-dependent force direction elucidates neural control of balance

Central nervous system physiology

The effects of continuous oromotor activity on speech motor learning: speech biomechanics and neurophysiologic correlates

Hand pose selection in a bimanual fine-manipulation task

Preparing to move: Setting initial conditions to simplify interactions with complex objects

Predicting apneic events in preterm infants using cardio-respiratory and movement features

Effect of spontaneous movement on respiration in preterm infants

Collaborators (8)

Teresa J. Kimberley

Kunpeng Yao

Jongwoo Lee

Anthony Carlsen

Rakshith Lokesh

Se-Woong Park

John C. Rothwell

Yi-Ling Kuo

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