Mark Schall

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Daniel F. & Josephine Breeden Professor

Auburn University

United States

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Mark Schall is the Daniel F. & Josephine Breeden Professor at Auburn University, United States. His research areas include ergonomics, human factors in manufacturing, passenger safety, and clinical healthcare efficiency. His recent articles focus on the impact of exoskeletons on physical and cognitive load, seat belt release forces in rollover scenarios, and the acceptance of new technologies among manufacturing employees.

Recent Grants

Grant: Close

Advancing Workplace Safety Surveillance with Ambulatory Inertial Sensors

Open Date: 2018-09-01

Close Date: 2021-08-31

Articles (10)

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2025

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2024

Collaborators (3)

Sean Gallagher

Hal N. and Peggy S. Pennington Professor Emeritus

Auburn University

UNITED STATES

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Gregory Harris

Associate Professor

Auburn University

UNITED STATES

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Katherine Meese

The University of Alabama

UNITED STATES

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Mark Schall

Research Interests

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About

Recent Grants

Articles (10)

Comparing the Effects of User Preference and Experience When Using Passive Low Back Exoskeletons on Physical and Cognitive Load While Performing Simulated Manufacturing Tasks

Analysis of seat belt buckle release forces in post-rollover scenarios: Implications for passenger safety

Comparing perceptions of operational inefficiencies among clinical healthcare workers by professional role

Differential Sources of Distress in Clinical and Research Trainees: A Focus on Work and Role Relationships

Gauging the Technology Acceptance of Manufacturing Employees: A New Measure for Pre-Implementation

A Hierarchical-Based Learning Approach for Multi-Action Intent Recognition

Evaluating the Performance of Joint Angle Estimation Algorithms on an Exoskeleton Mock-Up via a Modular Testing Approach

Unlatching school bus seat belt buckles: Considerations for young passengers

The Effect of Sensor Feature Inputs on Joint Angle Prediction across Simple Movements

Estimating Compressive and Shear Forces at L5-S1: Exploring the Effects of Load Weight, Asymmetry, and Height Using Optical and Inertial Motion Capture Systems

Collaborators (3)

Sean Gallagher

Gregory Harris

Katherine Meese

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