dismissed EB-2 (NIW) RFE Issued

Researcher

Research And Development Sector Of The Following Fields; Biomedical Instruments, ECMO, Hazardous Bacteria Detection, Cybersecurity In The Context Of Connected Autonomous Vehicles · 2024-09-23

Decision Date
2024-09-23
This case is from a USCIS Administrative Appeals Office (AAO) appeal decision. Appeal cases represent a subset of petitions and may not reflect typical outcomes.

Proposed Endeavor

The petitioner proposes to develop state-of-the-art biomedical instruments to improve patient outcomes, specifically focusing on technology in ECMO and a novel sensor for detecting hazardous bacteria. Additionally, he intends to explore automation techniques and cybersecurity for connected autonomous vehicles.

Why This Petition Was Denied

The appeal was dismissed because the petitioner did not satisfy the first prong of the Dhanasar framework, specifically failing to show the national importance of his specific work. The evidence provided, including expert letters and industry reports, was found to be general background information that did not address the prospective impact of the petitioner's specific innovations.

Similar Cases

Biomedical Engineer

Engineering · South Korea

WeGreened EB-2 (NIW) approved
111 days 2022-03-05
The petitioner proposes to continue the development of biomedical sensor systems to generate novel concepts of healthcare and medical sensor systems. The work focuses on advancing knowledge of the human body’s electrical and mechanical signals to better understand unconscious physiological activity.

Mechanical Engineer

Engineering · China

WeGreened EB-2 (NIW) approved
California 273 days 2025-02-06
The petitioner proposes to develop state-of-the-art sensors and actuator devices within the field of microelectromechanical systems (MEMS). This work focuses on reducing cost and power consumption while improving reliability and performance efficiency for applications in health monitoring, motion sensing, and micro-robotics. The research aims to advance medical diagnostics, industrial automation, and next-generation consumer electronics.

Software Engineer

Automotive

USCIS EB-2 (NIW) rfe dismissed
2025-01-23
The petitioner's proposed endeavor involves advancing architecture and developments in autonomous driving and driver assistance, specifically focusing on automotive System-on-Chip design, video and optical path of sensors, and autonomous embedded systems architecture. This includes designing computationally powerful hardware, integrating new sensors, focusing on fail-safe operation, and developing safety software concepts and cybersecurity for in-car communication protocols and automotive video sensors.

Research Scientist

Information Technology

USCIS EB-2 (NIW) rfe dismissed
2024-11-27
The petitioner proposes to continue research on developing optimization algorithms by applying mathematical modeling, machine learning, and data analytics to improve the performance of online platforms in healthcare and computer systems. Specifically, he intends to design and implement large-scale distributed software systems, publish original artificial intelligence research, and utilize optimization and simulation techniques with privacy-enhancing methods to address efficiency, accuracy, reliability, security, and privacy in computer systems/tech industries and healthcare informatics.

Frequently Asked Questions

A dismissed EB-2 NIW petition means USCIS found the evidence insufficient to meet the eligibility criteria. Common reasons include weak documentation, failure to meet the required number of criteria, or insufficient evidence of the claimed qualifications. Petitioners can refile with stronger evidence or explore alternative visa categories.

Browse More Cases

Case data sourced from publicly available petition decisions and case studies. Decision date: 2024-09-23.

Browse all cases

At a Glance

Outcome dismissed
RFE Issued

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