Roy Grever
About Roy Grever
Roy Grever is a Design Engineer at BLUE ORIGIN with over 40 years of experience in aerospace and various engineering fields.
Title
Roy Grever is currently employed as a Design Engineer at BLUE ORIGIN, where he started working in 2021. His role heavily involves designing aerospace engine components and test rigs.
Professional Experience
Roy Grever's career spans over four decades, with significant experience in aerospace engineering and other industries. He has worked in various roles, including Design Engineer and Lead Mechanical Designer, at notable companies such as BLUE ORIGIN, Doosan, Agilis Engineering, Inc., CDI Corporation, Belcan, Perry Slingsby Systems, Aerotek, and Parametric Solutions. Throughout his career, Roy has built a diverse design background that includes machine tools, robotics, marine, and armored tactical vehicles.
Education and Expertise
Roy Grever holds multiple academic qualifications. He earned a Bachelor of Arts and an Associate of Arts from Xavier University in 1970, a degree in Mechanical Engineering from the University of Cincinnati, an Associate of Science in Mechanical Engineering from Cincinnati State in 1970, and a degree in Architecture and Related Services from the Ohio College of Applied Science. His expertise includes advanced skills in geometric dimensioning and tolerancing (GD&T), focusing on geometric control and profiles.
Contract Roles and Consulting
Throughout his extensive career, Roy Grever has predominantly worked in contract roles, transitioning from W2 positions to 1099 consultant roles. He has accumulated over 40 years of experience across various industries, providing mechanical design solutions and strategic assembly modeling using top-down and control structure-driven techniques.
Geometric Dimensioning and Tolerancing (GD&T)
Roy Grever possesses advanced skills in geometric dimensioning and tolerancing (GD&T), a critical aspect of precision engineering. His expertise includes a focus on geometric control and profile, ensuring the high accuracy and reliability of engineering components.