Mikel Liceaga

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About

Mikel Liceaga is a researcher specializing in advanced manufacturing and automation for aerospace composite structures. His work centers on the development of intelligent robotic systems and end-effectors to address critical challenges in aeronautical assembly, particularly the automatic detection and shimming of gaps in composite components. Liceaga’s most cited paper, “End-Effector for Automatic Shimming of Composites” (2016), with 6 citations, introduces a novel robotic tool designed to mitigate the risks of geometric non-conformance in mechanically joined composite parts, which can lead to dangerous load redistribution. This contribution directly tackles a key bottleneck in high-precision aerospace manufacturing, enhancing both safety and efficiency. Beyond this flagship work, Liceaga’s research portfolio explores automation strategies for quality control and assembly optimization, aiming to reduce human error and production time. His achievements reflect a practical, industry-oriented approach, bridging robotics, materials science, and structural integrity. For students and researchers, Liceaga’s work offers a compelling example of how targeted automation can solve real-world problems in cutting-edge fields like composite aerostructures, where even small gaps can have outsized consequences.