Success Story: NIW Approved Without RFE! We Helped An Electrical and Computer Engineering Researcher Secure Success
Client’s Testimonial:
"Thank you very much for all your effort. It took a long time but I am glad that it was finally approved without any additional reviews.”
On June 17th, 2026, we received another EB-2 NIW (National Interest Waiver) approval for a Graduate Teaching Assistant in the Field of Electrical and Computer Engineering (Approval Notice).
General Field: Electrical and Computer Engineering
Position at the Time of Case Filing: Graduate Teaching Assistant
Approval Notice Date: June 17th, 2026
Processing Time: 25 months, 24 days (Premium Processing Upgrade Requested)
Case Summary:
We are pleased to share that we helped an expert in electrical and computer engineering secure approval of an I-140 National Interest Waiver petition. The client holds a master’s degree in electrical and electronic engineering and is currently conducting research in electrical and computer engineering, with plans to continue research in the same field through a research position or similar employment.
The client’s proposed endeavor focuses on characterizing novel nanomaterials for nanotechnology applications, including nanopores, biosensors, and nanofluidics. Through this work, the client aims to predict nanostructure behaviors and support innovative applications in electronics, biomedicine, and related fields. In the petition, we demonstrated that this endeavor carries substantial merit because it supports the development of advanced materials, more efficient electronic devices, and improved biomedical technologies. We also showed its national importance by connecting the work to U.S. interests in consumer electronics, biomedical innovation, critical and emerging technologies, and advanced computing.
To show that the client was well-positioned to advance the proposed endeavor, we presented a record of scholarly achievement and field recognition, including the following evidence:
- 8 peer-reviewed journal articles, including 3 first- or co-first-authored works
- 7 peer-reviewed conference papers, including 2 first- or co-first-authored works
- 1 co-authored book chapter
- 124 citations to the client’s published work
- Research support from the Texas Advanced Computing Center
These accomplishments were not presented as numbers alone. We explained that the client’s publications and citations reflected independent use of the client’s work by other researchers in electrical and computer engineering. From an adjudicative standpoint, this citation record helped show that the client’s findings had informed later studies in areas such as sign language recognition, advanced electronic materials, nanopore technologies, biomolecule detection, and ion transport dynamics.
We further emphasized that the client’s research had appeared in respected publication venues and that multiple papers performed strongly when compared with field and year-based citation benchmarks. This helped frame the client’s work as more than routine academic output. Instead, we showed that the record reflected original contributions that peers had recognized, relied upon, and applied in their own investigations.
The petition also highlighted the client’s ongoing research plans, including work involving ion dynamics in nanopores, nanofluidics applications, and machine learning methods for analyzing nanopore conductance signals. By connecting the client’s education, publication history, citation record, research funding, and future plans, we demonstrated that the client had both the technical foundation and documented momentum needed to continue advancing this nationally important work.
Ultimately, the I-140 NIW petition was approved without receiving any RFE. We are honored to have supported this client and look forward to the continued impact of the client’s research on nanotechnology, electronics, biomedicine, and the broader field of electrical and computer engineering.