Success Story: Dual Success: Our Firm Helped A Chinese Process Integration Engineer Receive NIW and EB1A Approvals With Premium Processing Services

 

Client’s Testimonial:

“I would like to sincerely thank the team for their outstanding support with my green card application. Their responses were always prompt and well-structured, demonstrating clear logic and excellent communication. The lawyer handling my case was knowledgeable, thorough, and incredibly patient throughout the process. I truly appreciate their professionalism and dedication. I highly recommend their services to anyone seeking reliable immigration legal support.”

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On November 2^nd, 2023, and May 28^th, 2025, we received another EB-2 NIW (National Interest Waiver) and EB-1A (Alien of Extraordinary Ability) approvals for a Process Engineer in the Field of Materials Science (Approval Notice).

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General Field: Materials Science

Position at the Time of Case Filing: Process Integration Engineer

Country of Origin: China

State of Residence at the Time of Filing: California

Approval Notice Date: : November 2^nd, 2023 (NIW) and May 28^th, 2025 (EB1A)

Processing Time: 17 days (NIW), and 1 month (EB1A) (Premium Processing Requested)

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Case Summary: 

In an impressive demonstration of scientific impact and strategic petition planning, a highly accomplished PhD holder recently secured approvals for both the EB1A and NIW I-140 petitions. The NIW was approved in just 17 days, and the EB1A was granted in 1 month, with Premium Processing.

This success underscores the critical value of presenting clear evidence of sustained impact and future potential, especially in fields essential to U.S. innovation and industry competitiveness.

Pushing the Boundaries of Semiconductor Technology

The petitioner’s work focuses on advancing the nanofabrication of low-dimensional materials, electronic devices, and complementary field effective transistors, as well as optimizing semiconductor process integration at advanced technology nodes. His research includes breakthroughs in:

● Low-dimensional field-effect transistors

● Selective oxide and nitride processes by CVD/ALD

● Graphene nanoribbon transistor fabrication techniques

● Photo-responsive nanomaterials and microfluidic devices fabrication

Currently employed as a process integration engineer at a leading U.S. semiconductor company, the client is developing next-generation fabrication workflows for advanced nodes. The client’s role contributes directly to national priorities in microelectronics, defense, and computing infrastructure.

A Recognized Leader in the Field

The petition emphasized a robust track record of independent contributions and scholarly influence:

● 300+ citations, including the top 1–10% most cited articles in engineering

● 26 peer-reviewed articles that have been published in international journals

● 50+ peer review assignments

Client’s work is cited by researchers across 30+ countries, and his h-index of 10 places him in the top tier of publishing scientists in electronic engineering.

Endorsed by Independent Experts

The petition included 4 letters of recommendation, with three written by independent experts unaffiliated with the petitioner. These scholars, all established leaders in materials science and semiconductor engineering, attested to his originality, influence, and the critical applications of his work.

“Nanoscale science and technology refers to engineering and science operated on the nanometer scale, and there is now an increasing demand for devices with enhanced functionalities, improved performance, and state-of-the-art features that are only achievable through nanofabrication. [Client] is pivotal in addressing this demand, as he is highly proficient in nanofabrication processes such as photolithography, surface characterization, film deposition, and etching. He is clearly a leader in his field.”

Proven Impact, Future Potential

The success of both the EB1A and NIW petitions highlights the petitioner's standing as a scientist of extraordinary ability and national relevance. His continued work in materials science and semiconductor innovation directly aligns with U.S. goals in advanced manufacturing, technological leadership, and research-driven economic growth.

We are honored to have supported this remarkable researcher and look forward to seeing his contributions shape the future of electronics and beyond.