approved EB-2 (NIW)

R&D And Testing Engineer

Mechanical Engineering · Turkey · 2025-07-02

Processing Time
61 days
Decision Date
2025-07-02
Location
New Jersey
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 advance mechanical systems that convert ocean and river currents into clean energy through efficient hydrokinetic turbine designs. The work focuses on developing turbine models with improved power extraction and minimal ecological disruption to strengthen U.S. energy security.

Framework Evaluation

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

The endeavor addresses pressing national concerns regarding energy security and environmental protection through renewable hydrokinetic technology.

2 Well-positioned to Advance the Endeavor Met

The petitioner is well-positioned due to a record of technical innovation, academic publications, and support from the U.S. Department of Energy.

3 Balance of Factors Met

USCIS determined that the potential long-term benefits to the nation's energy independence and environmental well-being justified a waiver of the job offer requirement.

Why This Petition Was Approved

The petition was approved based on the petitioner's five publications in prestigious journals and conferences, at least two invited peer reviews, and evidence of funding from the U.S. Department of Energy (DOE). The case successfully demonstrated that the work aligns with national priorities in clean energy and met all three prongs of the Dhanasar framework.

Evidence

Evidence Types
Peer Reviewed Publications
Grants
Judging Experience
Government Alignment

Similar Cases

Others

Renewable Energy · Nepal

WeGreened EB-2 (NIW) approved
Texas 109 days 2022-03-03
The petitioner proposes to continue developing novel optimized wind and hydro energy systems to effectively integrate renewable energy into the electrical power grid and encourage sustainable development. The work specifically focuses on creating efficient hydroelectric turbines and calculating methods for implementing hydro, solar, and wind powers into existing infrastructure, particularly in isolated and rural communities.

Others

Renewable Energy · Bangladesh

WeGreened EB-2 (NIW) approved
405 days 2025-03-31
The petitioner proposes to integrate experimental and computational modeling with advanced data analysis to optimize renewable and clean energy systems, focusing on wind turbine performance, renewable energy storage, and demand-side energy efficiency.

Mechanical Engineer

Engineering · Iran

WeGreened EB-2 (NIW) approved
140 days 2022-03-04
The petitioner proposes to continue his research using advanced engineering methods to develop more efficient and effective turbomachinery. The work focuses on resolving tensions between gas turbine efficiency, affordability, and durability to reduce greenhouse gas emissions.

Research Assistant

Engineering · Bangladesh

WeGreened EB-2 (NIW) approved
Texas 38 days 2025-09-05
The petitioner proposes to continue developing integrated diagnostic and performance evaluation methods for clean energy systems, specifically focusing on low-emission combustion and solar energy technologies. This work aims to enhance energy efficiency and reduce environmental pollution in sustainable power applications.

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: 2025-07-02.

Browse all cases
View Original

At a Glance

Outcome approved
Processing 61 days
Criteria Met 3 / 3
Evidence Types 4

EB-2 (NIW) Case Data

Scraped Case Data

Total Cases 3,895
Success Rate 54.2%
Sustained 2,112
Dismissed 1,687

Get Case Insights

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

Join Waitlist