Project Description
The advent of the carbon-plated "super shoe" has resulted in a competitive advantage for running athletes. The shoe technology is characterized by a carbon-fiber plate in the midsole of the shoe to increase stiffness, and in combination with thicker midsole foam provides enhanced cushioning and an enhanced energy return. Prior research has shown an improvement in running economy, or less energy needed at selected running speeds, for elite runners. What is currently unknown, is whether the shoe provides any benefit to non-elite, recreational runners. The purpose of this study will be to compare different carbon-plated shoes and one traditional shoe on running economy in both elite runners and recreational runners.
Tasks and Responsibilites
The student will learn all aspects of the research study, stemming from study design, to IRB approval, participant recruitment, data collection, data management, data analysis, and data presentation and publication. Data collection will build upon the current student expertise and pedagogical understanding of exercise physiology and the measurement of energy expenditure during running at different speeds using a computerized metabolic measurement system.
Desired Qualifications
None Listed.