• Managed the Asian Carp Entry Testing Phase 1 project to determine if the removal of Asian carp from waterways was feasible using existing Whooshh fish passage system technology• Developed a manufacturable, shippable, installable, and operational system once installed onsite for Phase 1

• Designed and implemented fish habitat structures in streams and ponds• Monitored and repaired a satellite stream gauging station to ultimately calculate and control the flow of water into separate channels to conserve trout habitat and to protect from stream bank erosion

• Educator for Solid Mechanics: Spring 2018 and Summer 2018• Aided in the learning of determining the behavior of deformable elastic loads, triaxial stress and strain, and SolidWorks modeling and simulation• Educator for Distributed Systems and Fields: Spring 2019• Aided in the learning of relations of potential fields, wave fields, and diffusion fields in the applications of fluid mechanics, electromagnetic theory, and heat transfer

• Designed and constructed testing devices to find the resonant frequency of reed valve components for high performance powersports engines• Fully characterized the material and performance characteristics for each composite component• Derived a relationship between component material, physical configuration, and effective performance