Success Story: EB1A Approved Despite RFE! Our Team Helped a Chinese Staff Scientist Secure Success with Premium Service
Client’s Testimonial:
“I chose my attorney for this EB1A petition for two reasons: (1) I had a very smooth and successful petition for my EB2 with my attorney previously; (2) their professionalism and high success rate. For this EB1A petition this, it was also a satisfactory experience. With help from my attorney, I have a well-organized and manageable timeline for material preparation, and they also answer questions and give feedbacks promptly. Also, even though I got an RFE initially for my petition, my attorney had prepared a strong response strategy, which was key for the final approval of my case.”
On September 22nd, 2025, we received another EB-1A (Alien of Extraordinary Ability) approval for a Staff Scientist in the Field of Computational Geophysics (Approval Notice).
General Field: Computational Geophysics
Position at the Time of Case Filing: Staff Scientist
Country of Origin: China
State of Residence at the Time of Filing: California
Approval Notice Date: September 22nd, 2025
Processing Time: 3 months, 23 days (Premium Processing Requested)
Case Summary:
An EB-1A petition prepared by NAILG was recently approved despite receiving an RFE for a leading researcher in computational geophysics. With a Ph.D. in civil engineering, our client is recognized internationally for pioneering advanced computational models that simulate fractures and fault dynamics in geologic materials, as well as engineered fracturing methods for subsurface energy development. His work is at the forefront of computational mechanics and geomechanics, addressing issues of national importance such as geothermal energy, underground structural safety, and sustainable resource use.
Research with Substantial Merit and National Importance
NAILG demonstrated that our client’s research significantly advances the United States’ ability to address critical energy and infrastructure challenges. By developing sophisticated numerical methods for modeling geologic fractures and fault dynamics, his work directly supports safer geothermal energy development, improved wellbore stability, and enhanced performance of advanced energy storage systems. These advances are indispensable to ensuring national energy resilience and safety in geotechnical engineering applications.
Evidence of Accomplishments
The petition highlighted our client’s remarkable scholarly record, including:
- 12 peer-reviewed journal articles (8 first-authored)
- 6 peer-reviewed conference papers (5 first-authored)
- 3 first-authored abstracts
- 453 citations to his published work, placing him among the most highly cited researchers in geophysics in recent years
- At least 30 peer reviews for high-impact international journals
These achievements demonstrate his recognition as a trusted authority in computational geophysics, with methods that have been widely adopted by independent researchers worldwide.
Recognition and Support
The strength of the petition was further reinforced by four letters of recommendation from leading experts in the field, who emphasized the originality, influence, and practical applications of his work.
“[Client] research is invaluable due to its significant contributions to sustainable energy production in the United States and its role in achieving energy independence through improved subsurface operations.”
A Successful Outcome
USCIS recognized that our client’s work demonstrates sustained international acclaim and constitutes original contributions of major significance to his field. The approval of this EB-1A petition confirms his extraordinary ability and ensures that he can continue advancing critical research in the United States.
At NAILG, we are proud to have assisted our client in preparing a comprehensive and persuasive petition. His success highlights both his outstanding qualifications and our firm’s expertise in navigating the EB-1A process. We look forward to his continued impact on the advancement of computational geophysics and energy innovation.