Case Summary:

A Research Fellow specializing in Civil and infrastructure Engineering has once again demonstrated his elite research stature by securing EB1A (Alien of Extraordinary Ability) approval. This milestone follows his earlier success with us in an I-140 NIW (National Interest Waiver) petition, filed with the premium processing, which was approved in just 5 days.

When reviewing the client’s profile, our team quickly recognized the exceptional strength and interdisciplinary relevance of his work. We developed a comprehensive legal strategy that emphasized his global impact, original contributions, and practical applications across civil infrastructure systems.

His research targets global infrastructure safety and performance.

His research focuses on advancing infrastructure sensing and reliability analysis through artificial intelligence, deep learning, and uncertainty quantification. He tackles global challenges related to aging infrastructure, geotechnical hazard mitigation, and sustainable development. His work has also been commercialized and implemented by government sectors for metro infrastructure monitoring.

To support the petition, we highlighted the client’s sustained national and international acclaim, backed by the following achievements:

● 31 peer-reviewed scientific articles, 20 of which are first-authored, published in high-impact journals

● 259 total citations, including widespread references from scholars across at least 29 countries

● 10 papers ranked among the top 1% or 10% most cited engineering articles for their year of publication

● 60+ peer reviews completed for leading journals

● Research supported by the esteemed organizations, such as the National Research Foundation in the applicant’s country

His algorithms and predictive models are used in inverse analysis, site characterization, and reliability simulations for civil infrastructure systems. These tools have proven valuable in optimizing design and preventing geo/natural hazards in the U.S., Asia, and Europe.

His contributions are shaping next-generation infrastructure tools

His original contributions have been widely adopted in construction safety, infrastructure risk modeling, and intelligent infrastructure systems, demonstrating practical applications of his methods in global infrastructure projects.

To strengthen the case, we included four recommendation letters that emphasized his pioneering contributions and described him as a leading figure in the advancement of AI-driven civil infrastructure reliability. One recommender noted:

“In summary, [client] has not only etched his name into the annals of civil and infrastructure engineering through his innovative research and methodologies but has also ensured his place at the forefront of the field by continually pushing the boundaries of technological and practical application. [client] is ideally positioned to continue significantly influencing and elevating civil and infrastructure engineering research, and he must be afforded every opportunity to sustain this work in the United States.”

With this EB1A petition approved in 1 year, 2 months, and 18 days, his case stands as another example of what meaningful innovation and strategic presentation can achieve. We are proud to have previously secured his NIW approval in just 5 days with the premium processing, and now celebrate his EB1A success as well. We wish him continued success in his future endeavors.