approved EB-2 (NIW)

Senior Engineer

Condensed Matter Physics · Nepal · 2023-11-16

Processing Time
3 days
Decision Date
2023-11-16
Location
New York
This case is from a publicly available case study. Case studies tend to feature successful outcomes and may not reflect the full range of petition results.

Proposed Endeavor

The petitioner proposes to continue his research in condensed matter physics, specifically focusing on developing more efficient and advanced semiconductor devices. His work involves reducing defects and failure mechanisms in increasingly smaller transistors to improve artificial intelligence, wireless communications, and data storage.

Framework Evaluation

3 of 3 criteria met
1 Substantial Merit and National Importance Met

The research on semiconductor devices and transistors was found to improve AI, wireless communications, and national security.

2 Well-positioned to Advance the Endeavor Met

The petitioner's Ph.D., 13 publications, and 123 citations demonstrate his expertise and influence in the field.

3 Waiver of Job Offer and Labor Certification Met

The funding from DOE and NSF and the critical nature of semiconductor technology made it beneficial for the U.S. to waive the labor certification.

Why This Petition Was Approved

The petition was approved based on the petitioner's Ph.D. in physics and astronomy, 13 peer-reviewed journal articles, and 123 citations. Additionally, he completed 10 peer reviews for respectable journals and secured funding from the DOE and NSF, satisfying all three Dhanasar prongs.

Evidence

Evidence Types
Peer Reviewed Publications
Citations
Reference Letters Independent
Grants
Judging Experience
Original Contributions
Government Alignment

Similar Cases

Engineer

Research and Development

WeGreened EB-2 (NIW) approved
390 days 2024-11-26
The petitioner proposes to continue her research in developing novel materials for microelectronic devices. This work focuses on improving the performance of electronic products to meet high market demand through advanced material science methodologies.

Engineer

Engineering · India

WeGreened EB-2 (NIW) approved
Texas 12 days 2023-02-15
The petitioner proposes to continue his research in electrical engineering, specifically focusing on the development of bioresorbable electronic devices, high-efficiency power transistors, and wide bandgap semiconductors. His work involves evaluating sintering conditions for nanoparticles and innovating manufacturing methods for inorganic dissolvable materials to improve heat dissipation in semiconductor devices.

Postdoctoral Researcher

Nanotechnology · Iran

WeGreened EB-2 (NIW) rfe approved
New York 603 days 2025-08-11
The petitioner proposes to investigate the electronic properties and behaviors of advanced materials using cutting-edge computational modeling techniques. This work aims to accelerate the development of innovative electronic and optoelectronic devices critical to the semiconductor sector.

Postdoctoral Researcher

Engineering · South Korea

WeGreened EB-2 (NIW) approved
California 532 days 2026-01-16
The petitioner proposes to utilize advanced computational methods to accurately capture material behavior in semiconductor and quantum materials under real-world conditions. This work focuses on materials characterization and computational simulation to ensure reliable electronic device performance and optimization. The intended impact is to facilitate the development of deployable next-generation electronics and technologies.

Frequently Asked Questions

A approved EB-2 NIW (I-140) petition means USCIS determined the petitioner met the eligibility requirements. For appealed cases, "sustained" means the appeal reversed a prior denial. The petitioner can proceed to the next step in the immigration process.

Browse More Cases

Case data sourced from publicly available petition decisions and case studies. Decision date: 2023-11-16.

Browse all cases
View Original

At a Glance

Outcome approved
Processing 3 days
Criteria Met 3 / 3
Evidence Types 7

EB-2 (NIW) Case Data

Scraped Case Data

Total Cases 3,813
Success Rate 53.7%
Sustained 2,046
Dismissed 1,671

Get Case Insights

Compare your profile against thousands of real petition outcomes. Join the waitlist for personalized analysis.

Join Waitlist