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Nate Storrs
Senior Actuation Systems Engineer at Boeing
Nate Storrs is a seasoned professional with 12 years of experience in space system design and qualification.
Throughout his career, Nate has held key roles at prominent organizations such as Boeing Commercial Airplanes, Blue Origin, Umbra Cuscinetti, Tethers Unlimited Inc., and NASA.
His expertise lies in Mechanism Design, Systems Engineering, Project Management, Environmental Qualification, Structural and Modal Analyses (FEA), Customer Interaction, and Proposal Writing.
He spent 2 years with Boeing Commercial Airplanes, 3 years at Blue Origin overseeing the New Shepard forward hydraulic and mechanical systems, and 1 year at Umbra Cuscinetti focusing on a multi-channel, ballscrew EMA system.
At Tethers Unlimited Inc., Nate led R&D projects and played a crucial role in space systems design and qualification for 4 years.
During his 2-year tenure at NASA, Nate was involved in spacecraft design, aeronautical testing, and spacecraft testing, showcasing his versatile skill set.
He pursued a Master of Business Administration - MBA in Organizational Leadership from the University of Washington and holds a Bachelor's degree in Mechanical Engineering from Washington State University.
Nate Storrs currently serves as a Senior Actuation Systems Engineer and Program Lead at Boeing, a testament to his leadership skills and technical proficiency.
His previous roles include Mechanical Systems Engineer III at Blue Origin, Lead Mechanical Engineer for New Product Development at Umbra Cuscinetti Inc, Mechanical Systems Engineer at Blue Origin, Mechanical Engineer at Tethers Unlimited Inc., Aerospace Engineer at NASA Goddard Space Flight Center, Aeronautical Engineering Intern at NASA Glenn Research Center, and Aerospace Engineering Intern at NASA Wallops Flight Facility, as well as a Software Development Intern at CNC Software.
With a solid educational background and extensive hands-on experience, Nate Storrs remains dedicated to taking on challenging development cycles and advancing the field of space systems.
