Caleb Lystrup
About Caleb Lystrup
Caleb Lystrup is an R&D S&E Mechanical Engineer at Sandia National Laboratories, specializing in composite materials and void content optimization.
Current Role at Sandia National Laboratories
Caleb Lystrup serves as an R&D S&E Mechanical Engineer at Sandia National Laboratories. Since 2018, he has been based in Livermore, California, where he contributes to the research and development of advanced mechanical engineering projects. His responsibilities include serving as a liaison between two U.S. Department of Energy sites, providing his expertise in composite materials, and leading the design of a composite aerostructure. His role at Sandia leverages his extensive background in research on advanced composite materials.
Experience at Khione Outdoor Gear LLC
From 2017 to 2020, Caleb Lystrup was a co-founder of Khione Outdoor Gear LLC, located in Orem, Utah. During his tenure, Caleb successfully launched a Kickstarter campaign for a product he invented called the Shel. His entrepreneurial spirit and innovative design helped establish Khione Outdoor Gear in the market.
Academic Background and PhD at Brigham Young University
Caleb Lystrup holds both undergraduate and doctoral degrees in Mechanical Engineering from Brigham Young University. He completed his B.S. degree from 2012 to 2014 and continued as a PhD student from 2015 to 2018. Throughout his academic career, Caleb specialized in areas such as void content optimization and in-situ analysis of composites, laying the foundation for his expertise in composite materials.
Internship at Exelis Aerostructures
In 2014, Caleb Lystrup completed a four-month internship at Exelis Aerostructures. During this period, he significantly contributed to the company by expanding its revenue by over $2.4 million annually. His experience at Exelis provided him with practical insights and hands-on experience in the field of aerostructures engineering.
Expertise in Composite Materials
Caleb Lystrup specializes in the field of composite materials, particularly in void content optimization and in-situ analysis. His expertise is utilized extensively in his current role at Sandia National Laboratories, where he leads the design of a composite aerostructure. His deep understanding of advanced composite materials has been a driving force in his professional achievements and research contributions.