Law Office of Hong-min Jun · Chicago · Indianapolis
Mechanical Engineering Researcher
Advanced Manufacturing & Robotics · South Korea
Ms. K.Y. is a Ph.D. candidate (completed) from Purdue University in Mechanical Engineering, specializing in human-robot collaboration systems for advanced manufacturing environments. Her dissertation research, conducted in partnership with Boeing and Lockheed Martin, developed adaptive safety protocols for cobots (collaborative robots) that have been adopted into OSHA guidance for manufacturing facilities. Her work directly supports U.S. reshoring manufacturing initiatives.
Manufacturing technology cases can be confused with product development (serving a specific company) rather than national interest. We needed to establish that Ms. K.Y.'s research had policy-level impact beyond the companies she partnered with.
Ms. K.Y.'s adaptive cobot safety framework reduced workplace incidents in pilot manufacturing facilities by 67%, a figure validated by independent safety auditors. The framework is now cited in OSHA's updated guidance on collaborative robot safety standards, affecting all manufacturing facilities using cobots nationally.
The U.S. manufacturing sector faces a critical labor shortage of 2.1 million workers projected through 2030 (Deloitte/MAPI). Her cobot integration methodology directly addresses this gap and aligns with the Department of Commerce's National Strategy for Advanced Manufacturing. DoD has cited her work in its Manufacturing USA program.
Ms. K.Y.'s ongoing NSF-funded research (Manufacturing USA program) involves sensitive dual-use technology classified under EAR. The PERM labor certification process would expose research documentation to FOIA risks. NSF program officers provided letters supporting the waiver on grounds of research continuity.
OSHA guidance citations are an extremely underutilized form of evidence in engineering NIW cases. When a researcher's work literally shapes federal workplace safety standards, the national importance argument becomes airtight. The dual-use technology angle was a calculated risk that paid off — NSF program officers are uniquely credible witnesses for research continuity justifications in waiver arguments.
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