Paul Jensen
About Paul Jensen
Paul Jensen is a Senior Manager at BLUE ORIGIN, specializing in valves and mechanisms, with extensive experience in mechanical engineering and project management.
Company
Paul Jensen is currently employed at BLUE ORIGIN, a prominent aerospace manufacturer dedicated to space exploration. He holds two significant roles within the organization, serving as Senior Manager of Valves and Mechanisms and as a Senior Propulsion Engineer based in Kent, Washington, United States.
Education and Expertise
Paul Jensen has a solid educational background in mechanical engineering and project management. He earned a Bachelor of Science in Mechanical Engineering from California State University-Chico in 2007. Further expanding his expertise, he obtained a Certificate in Project Management from the University of California, Davis, in 2015. His technical proficiency includes extensive experience with Solidworks, ePDM, NX with Teamcenter, Creo with Windchill, and advanced simulation tools like Solidworks simulation FEA for stress, flow, and thermal analysis.
Career Background
Paul Jensen's career spans various engineering roles, predominantly in the mechanical engineering sector. He has worked at BLUE ORIGIN since 2018. Prior to that, he was employed at TechnipFMC - Schilling Robotics, where he held the positions of Engineering Manager and Senior Mechanical Engineer from 2014 to 2018. His earlier career includes roles as a Mechanical Engineer at FMC Technologies Subsea AS in Norway and at Schilling Robotics in Davis, CA. He began his professional journey as an Associate Mechanical Engineer at Schilling Robotics and briefly worked at the Bureau of Reclamation.
Achievements
Throughout his career, Paul Jensen has made notable contributions in various engineering domains. His extensive experience in designing valves and mechanical controls for rocket engines underscores his engineering expertise. He has successfully managed cross-functional teams in developing new deep ocean products and has a proven track record in analyzing and resolving root cause failures in critical systems. His ability to design out weak points in mechanical systems highlights his problem-solving skills in engineering.