Presenter

As a research assistant at Auburn University, I have worked on different occupational safety and ergonomics research projects. On the initiatives in which I have participated, my primary role has been related to data collection, data analysis, interpretation, dissemination of the results, recruitment and consenting of participants, and graduate students' training on motion capture systems. Currently, I am involved in two main areas of research. The first one is the occupational biomechanics of simulated work. I am analyzing the effects of using passive upper extremity exoskeletons during simulated overhead work on the body parts that the devices are not intended to support.

The other focus area corresponds to fatigue-failure theory and its relationship with musculoskeletal disorders (MSDs). Evidence suggests that MSDs may be the result of a fatigue failure process. We are exploring the implications in terms of exposure and risk assessment. My work is related to developing novel risk assessment tools and improved understanding of cumulative load (stress) in occupational settings.

I have experience leading groups and teaching undergraduate students, which has helped me with my team-building skills. I am a motivated person who is not afraid of asking questions or for help, which I consider a cornerstone in research. Before starting my ergonomics career, I worked in process engineering, developing mass and energy balances for production facilities.