David C Paulus

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UA Fort Smith University of Arkansas primary

Also affiliated: Colorado State University (2006)

2 h-index 18 pubs 31 cited

Research Areas

Biomedical Subjects

OverviewAI-generated summary

David C. Paulus's research focuses on the design and analysis of exercise equipment, particularly for applications in spaceflight. His work includes the development of compact, controlled resistance exercise devices and the investigation of pneumatic strength assessment tools for isometric measurements. Paulus has also studied peak lifting velocities in men and women during reduced inertia squat exercises. His recent publications explore human factors and learning curves associated with specialized rifle operation using gyroscopic feedback, as well as the bilateral symmetry of ground reaction force in resistance exercise systems designed for spaceflight. He has also published on online and hybrid learning methodologies in engineering education.

Metrics

h-index: 2
Publications: 18
Citations: 31

Selected Publications

ENHANCING ENGINEERING EDUCATION THROUGH IN-CLASS MANAGEMENT ROLE-PLAYING ACTIVITIES (2025)

DOI OpenAlex
Bridging the Gap: Accelerating Engineering Management Education Through Innovative Graduate Pathways (2025)

DOI OpenAlex
Online Engineering Education Using Blackboard Collaborate (2025)

DOI OpenAlex
The Best of Both Worlds: Hybrid Learning (2025)

DOI OpenAlex
Automated testing of the controlled resistance exercise device (C-red) for spaceflight. (2014)

PubMed OpenAlex
Bilateral symmetry of ground reaction force with a motor-controlled resistance exercise system using a mechanical advantage barbell for spaceflight. (2012)

PubMed 1 citation OpenAlex
Comparison of isoinertial to simulated inertial force from a controlled resistance exercise device for spaceflight - biomed 2011. (2011)

PubMed 1 citation OpenAlex
Ground reaction force comparison of controlled resistance methods to isoinertial loading of the squat exercise - biomed 2010. (2010)

PubMed OpenAlex
Ground reaction force comparison of bilateral symmetry with pneumatic resistance squat device and free weights - biomed 2009. (2009)

PubMed OpenAlex
Validity and reliability of a controlled pneumatic resistance exercise device. (2008)

PubMed OpenAlex
Peak lifting velocities of men and women for the reduced inertia squat exercise using force control (2007)

European Journal of Applied Physiology 12 citations DOI OpenAlex
Peak Lifting Velocity with Resistance Force Based on Isometric Assessment (2006)

Medicine & Science in Sports & Exercise DOI OpenAlex
Pneumatic strength assessment device: design and isometric measurement. (2004)

PubMed 15 citations OpenAlex