Case Summary:     

At a time when sustainable energy and advanced electronics are critical to global progress, our client, an electrical engineer, has been at the forefront of innovation in optoelectronics and material science. His research on near-infrared sensing, passive radiative cooling, and two-dimensional semiconductors has opened new pathways for cleaner, more efficient technologies. Recognizing the exceptional importance of his work, USCIS approved his EB1A petition following a strong RFE response prepared by North America Immigration Law Group (NAILG).

Before turning to NAILG, the client had already built a remarkable academic and research record. He authored 21 peer-reviewed journal articles (11 first-authored, 1 accepted), 6 abstracts (4 first-authored), and 1 preprint, with his work cited 302 times by researchers across the world. His studies, funded by respected institutions including the National Research Foundation of Korea and the U.S. Defense Advanced Research Projects Agency (DARPA), have contributed directly to advances in photonic and optoelectronic devices used in renewable energy and modern communication systems. One of his landmark publications was recognized among the top 1% most cited works in engineering, an indicator of its enduring global impact. He has also conducted at least 10 reviews for several journals.

When USCIS issued a Request for Evidence, NAILG developed a focused and data-driven response to reinforce the client’s eligibility across multiple EB1A criteria. The response emphasized his sustained record of judging others’ research, publishing in influential journals, and producing original contributions that shaped modern optoelectronic applications. Letters from independent experts further confirmed that his modeling of two-dimensional semiconductors has become a foundation for ongoing studies in advanced photonics, including quantum photodetectors and thermal management materials.

Through NAILG’s detailed evidence presentation, USCIS recognized the significance of his innovations and the international attention his work has attracted. As one leading researcher noted, “[Client]’s work positively impacts the myriad of technological devices that use LEDs, such as smartphones and smartwatches, as well as renewable energy technologies like solar panels.” His research not only drives progress in photonics but also strengthens America’s position in developing energy-efficient, sustainable technologies.

This EB1A approval, achieved after an RFE, reflects both the client’s extraordinary scientific contributions and NAILG’s expertise in crafting precise, persuasive responses that highlight the measurable impact of a petitioner’s work. His success stands as an example of how world-class research and strategic legal advocacy can together secure immigration outcomes that support the advancement of U.S. science and innovation.