BIO

Dr. Eugene Engmann Jr is a dedicated and accomplished postdoctoral researcher at Idaho National Laboratory (INL), where he specializes in battery research and the study of critical materials such as rare earth elements. He holds a doctorate and a master’s degree in Nuclear Engineering from the University of Idaho, with a strong foundation in electrochemistry. His academic journey began with a Bachelor of Science degree in Mechanical Engineering from Brigham Young University-Idaho, where he focused on manufacturing. Outside scientific research, Eugene is a photographer and videographer. He is also the vice president of his local rotary club, and loves being of service to his community. He prioritizes spending time with his wife and three kids.

ABSTRACT

Conventionally the detection of failure mechanisms in energy storage systems (batteries) involves the use of ex situ techniques. These techniques are generally time-consuming, sophisticated and destructive. On the other hand, current nondestructive techniques are sophisticated and not easily mergeable in current consumer technologies. Electrochemical parameters offer a nondestructive path to identifying failure mechanisms before imminent cell damage occurs. This is similar to using signs and symptoms to detect an illness before it occurs.