-Worked in conjunction with design engineers to create test plans for camping mattresses. Determined thermal heat transfer properties as well as strength and durability characteristics for new products-Created test protocols for the evaluation of prototype snowshoe samples. Assisted in DFMEAexecution to determine critical testing needs.-Conducted experimental testing of developmental backpacking tent materials. Determined fabric tensile strength, tear strength, hydrostatic resistance, UV resistance, etc. during the R&D process

-Developed test equipment, data acquisition software, instrumentation requirements and experimental protocols used for the development of next generation head protection equipment -Tested multiple product components and materials throughout the conceptualization, prototype and production processes, creating necessary performance, lifecycle and quality requirements along the way -Created soft goods quality matrix and testing protocols for production football and hockey helmet padding liners ensuring products met company performance and quality standards -Worked in cross-functional groups combining engineering, human factors, marketing and athletics to produce products optimized for performance and safety while maintaining an exceptional user experience.

-Designed and fabricated test fixtures to be used for various experimental studies, including: cadaveric head injury testing, cervical spine “whiplash” injury testing and crash test dummy assessments-Provided training, troubleshooting and maintenance for laboratory equipment, including: data acquisition systems, sensor instrumentation arrays, high-speed cameras, testing fixtures, and Faro 3D scanner system-Mentored 4 undergraduate students through introductory research projects which were presented at local and regional conferences-Fostered teamwork by training and supervising 40+ graduate and undergraduate students in experimental testing methods and protocols

-Investigated the risk of injury posed by drone failures and impacts with humans. Designed fixtures, selected instrumentation and conducted cadaveric impact testing to help inform future government regulations-Developed and led a study focusing on the effect of helmet mass and inertia on concussion risk in youth football players. Utilized impact testing, custom DAQ software and sensor arrays to determine outcomes. -Analyzed the risk of rib fractures and thoracic injury in frontal and side impact motor vehicle collisions. -Shared research findings at 3 national conferences with accompanying conference proceedings manuscripts

-Analyzed the structural stability of various turbine and compressor components using finite element software (ANSYS) to ensure safe operation-Designed compressor tools and fixtures used to lift and transport various components during production assembly

-Worked closely with shop mechanics and other engineers to improve the safety and efficiency of shop practices. -Worked on shop floor and shadowed gas compressor through its complete assembly and testing process. -Collaborated with quality engineer to enhance the efficiency of gas compressor tool allocation and supply matrix. -Team member during Six Sigma evaluation of testing procedures used for assuring gas compressors can maintain constant working pressure for specified time set by ASME standards.