“Thank you very much! I really appreciate the professional service provided by your team for my NIW and EB1A applications. I like that the team does a very thorough review of the application package in the pre-filing stage to correct any minor errors and put together a quality package for the client. I enjoyed working with NAILG and would recommend it to my friends and colleagues. I would also definitely use their services if needed in the future. # Best Immigration Attorneys for NIW and EB1A. The attorney answered my queries quickly and with detailed explanations, which helped me at every point of the preparation process!”

Case Summary:

When a prominent researcher in materials science sought to continue his work in the United States, he turned to North America Immigration Law Group (NAILG) for guidance in filing EB-1A (Alien of Extraordinary Ability) petitions. Known for his advancements in polymer composites, additive manufacturing, and functional adhesives, our client has established himself as a thought leader in the development of soft, multifunctional materials. After a careful and comprehensive review of his research record, funding support, and international recognition, our team prepared a compelling petition that resulted in the successful approval of his NIW and EB-1A cases.

Or client’s work is especially notable for its focus on solid–liquid composite systems, particularly those incorporating liquid metals to enhance material functionality. These innovations have had far-reaching applications in soft robotics, bio-compatible electronics, structural adhesives, and next-generation manufacturing processes. His pioneering approaches have helped define new standards in flexible and high-performance materials.

Highlights of his professional and academic accomplishments include:

● 18 peer-reviewed journal publications, with 6 as first- or co-first author
● 840 citations, placing him in the top 1% of most-cited authors in materials science over the past five years
● 28 formal invitations to review scientific manuscripts, reflecting peer recognition of his subject matter expertise
● His research has garnered support from several prestigious funding agencies, reflecting both the originality and importance of his work. These include the Defense Advanced Research Projects Agency (DARPA), the National Science Foundation (NSF), the Swiss National Science Foundation, the National Aeronautics and Space Administration (NASA), the Air Force Office of Scientific Research (AFOSR), the Army Research Office (ARO), and the Office of Naval Research (ONR)

His reputation as a leading materials scientist was reinforced by supporting testimony from experts in the field. One recommender emphasized:

“It is imperative to outline the relevance of [client’s] contributions in adhesive materials to automation in manufacturing. Robots are integral machines in manufacturing and packaging lines across a wide range of industries, from food to electronics. In particular, pick-and-place robots enable object transfer or manipulation by mimicking human movements. Vacuum-based robots are dependent on the suction strength and flexibility, corresponding to the requirements of specific surfaces. As [client] was successful in optimizing the capabilities of bioinspired adhesive systems, his studies are therefore fundamental to the establishment of advanced engineering materials for raising manufacturing productivity and output.”

His continued innovation in soft composite systems and smart manufacturing not only enhances U.S. competitiveness in science and engineering but also contributes to defense readiness and industrial modernization. We are honored to have played a role in securing our client’s NIW and EB-1A approvals and are confident that his future work will continue to bring value to both scientific progress and technological advancement in the United States.