Our Mission

Our research is focused on elucidating how deformation transpires in metallic, biological, and composites materials under mechanical loading.  In addition, we also strive to support the development of engineering practitioners.  To this end, we engage in projects related to understanding the impact of discipline specific self-efficacy in large research courses, research self-efficacy on early career engineers, the evolution of identity and undergraduate research program participation. We believe that diversity of thought is imperative in academic research and authentic contributions are made from group members at all stages in their careers- from those pursing undergraduate degrees to established doctoral scientists. Together, we work on a range of funded grants and other initiatives. 

Our research takes part both in traditional experimental laboratories, where testing is done, and in our offices, where we read literature, analyze data, discuss our findings, and think.  

As part of his PhD dissertation, Brad Schultz studied the wear of Ti/TiN nanolaminates. These are images of the films he fabricated and characterized.
As part of his PhD dissertation, Brad Schultz studied the wear of Ti/TiN nanolaminates. These are images of the films he fabricated and characterized. He earned his PhD in 2017 and is now working at TE Connectivity.

Recent Highlights