Ryan Mir

Papers

Total Citations

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About

Ryan Mir is an aerospace manufacturing engineer whose research focuses on the application of advanced robotic automation to aircraft assembly processes, with particular emphasis on Boeing's 777X program. Working out of Boeing Defense, Space and Security's St. Louis, Missouri facility, Mir has contributed meaningfully to the modernization of fabrication and assembly workflows for flight control surfaces and wing edge components. His most recognized work, "777X Control Surface Assembly Using Advanced Robotic Automation" (2017, 4 citations), documents the comprehensive retooling of assembly processes inherited from the legacy 777 platform, integrating multi-function automated systems to improve precision and efficiency. His follow-up publication, "A Phased Approach to Optimized Robotic Assembly for the 777X" (2019, 3 citations), details the iterative refinement of these systems during low-rate initial production, covering automated drilling, inspection, and temporary fastening tasks performed by collaborative robotic platforms. While Mir's citation counts reflect the specialized and proprietary nature of aerospace manufacturing research, his work represents a meaningful contribution to the field of automated aircraft production. Students and engineers interested in the practical implementation of industrial robotics within large-scale aerospace manufacturing will find his case studies particularly instructive and technically grounded.