Leia Stirling

Associate Professor

University of Michigan

United States

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About

Dr. Leia Stirling is an Associate Professor at the University of Michigan, USA. Her research encompasses human-centered engineering design, particularly in relation to space exploration and assistive technologies. Recent publications include studies on exoskeleton impacts on attention and decision making, as well as methods for inspecting space structures and assessing balance performance using augmented reality.

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Collaborators (2)

Madhur Mangalam

University of Nebraska - Lincoln

UNITED STATES

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Damian Kelty-Stephen

Assistant Professor

SUNY New Paltz

UNITED STATES

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Leia Stirling

Research Interests

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About

Articles (20)

Deriving Human-Centered Engineering Design Requirements for Exploration Extravehicular Activity Work Aids through Narrative-Rich Use Case Scenarios

In-Orbit Space Structure Inspection Trajectory Generation

Measuring the Effect of a Powered Ankle Exoskeleton on Directed Attention

Measuring the Effect of a Powered Ankle Exoskeleton on Street Crossing Decisions for Novice Users Without Mobility Limitations

Methods for Estimating the Effect of Angle of Incidence on Manual Space Station Inspection Performance

Effect of an Imperfect Algorithm on Human Gait Strategies With an Active Ankle Exoskeleton

Eye Tracking Reveals Physical Therapist Decision Making While Evaluating Standing Balance Performance

Formalizing Motion Plan Legibility Using Empirical Manual Takeover Data in Autonomous Spacecraft Docking

An Augmented Reality Hand–Eye Sensorimotor Impairment Assessment for Spaceflight Operations

Characterising applied forces during positive pressure ventilation: A randomised cross-over simulation study

Walking speed and dual task input modality impact performance on a self-paced treadmill

Comparison of Display Modality and Human-in-the-Loop Presence for On-Orbit Inspection of Spacecraft

Ankle exoskeleton torque controllers based on soleus muscle models

Assessment of a powered ankle exoskeleton on human stability and balance

Impact of Haptic Cues and an Active Ankle Exoskeleton on Gait Characteristics

Alternative cue and response modalities maintain the Simon effect but impact task performance

Body-Worn IMU-Based Human Hip and Knee Kinematics Estimation during Treadmill Walking

Individuals differ in muscle activation patterns during early adaptation to a powered ankle exoskeleton

Actuation Timing Perception of a Powered Ankle Exoskeleton and Its Associated Ankle Angle Changes During Walking

Effects of Concurrent and Terminal Visual Feedback on Ankle Co-Contraction in Older Adults during Standing Balance

Collaborators (2)

Madhur Mangalam

Damian Kelty-Stephen

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