Success Story: Advancing More Efficient Power Systems: NIW Approval for an Electrical Engineering Researcher
Client’s Testimonial:
“I sincerely appreciate and thank the entire team, my lawyer, the paralegals, and every other member of the team who helped prepare and draft my case. I have strongly recommended you to everyone I know and will continue to do so.”
On September 12th, 2026, we received another EB-2 NIW (National Interest Waiver) approval for a Postdoctoral Research Scholar in the Field of Electrical Engineering (Approval Notice).
General Field: Electrical Engineering
Position at the Time of Case Filing: Postdoctoral Research Scholar
Approval Notice Date: September 12th, 2026
Processing Time: 1 month, 28 days (Premium Processing Requested)
Case Summary:
Modern power systems must do more than deliver electricity reliably. They need to support rising energy demand, renewable energy integration, electrified transportation, and efficient power conversion while remaining resilient and cost-effective. For one researcher in electrical engineering, addressing these challenges became the foundation of a successful I-140 EB-2 National Interest Waiver (NIW) petition that was approved in just 1 month and 28 days.
Building Efficiency Into Modern Power Systems
The client holds a Ph.D. in electrical engineering and is currently conducting research at a U.S.-based academic institution. The client’s work broadly focuses on power electronics, wireless power transfer, and advanced power conversion technologies.
Rather than describing the highly specialized technical components of this research in excessive detail, we positioned the proposed endeavor around its broader objective of improving the efficiency, reliability, and performance of modern electrical infrastructure. The petition emphasized how the client’s work supports more efficient energy systems, advanced power conversion, electric-grid modernization, renewable energy integration, and high-power charging technologies.
This framing was important in establishing national importance. We connected the client’s research to broader U.S. interests in strengthening energy systems, improving infrastructure reliability, supporting cleaner and more efficient technologies, and maintaining technological competitiveness. The petition also explained that the client’s work fit within larger areas of nationally significant engineering and energy innovation. Research associated with the client’s endeavor had additionally received support from the U.S. Department of Energy’s ARPA-E.
Evidence of Research Influence
To establish that the client was well positioned to continue this work, we presented a research record that included 3 first-authored peer-reviewed journal articles, 2 peer-reviewed conference articles, 1 U.S. patent, 1 submitted journal article, and 1 submitted conference article. This record was further supported by 36 citations to the client’s published research, and at least 4 completed peer reviews.
The significance of this evidence was not based simply on the numbers. We showed that independent researchers had engaged with the client’s work, including by relying on the client’s methods in later studies involving wireless power transfer, power conversion systems, inverter control, and efficient electrical technologies. One of the client’s publications also ranked among the top 10% most-cited Engineering articles for its publication year. Together, this evidence helped demonstrate that the client’s work had generated measurable recognition and practical scholarly reliance beyond the client’s own research activities.
Expert Support for Continued Research
The petition was supported by 1 recommendation letter from an expert in the field. The letter provided additional context for the client’s technical expertise, prior contributions, and capacity to continue advancing research in electrical engineering and modern power systems.
“As a result, he accelerates the modernization of critical U.S. infrastructure, ensuring the efficient delivery of essential services while strengthening the nation’s technological leadership.”
The evidence presented the client’s record as more than a collection of publications and citations. It demonstrated a continuing research trajectory supported by independent scholarly reliance, peer-review service, specialized technical training, federal research interest, and concrete plans for future work. This integrated record supported the client’s positioning to advance technologies with broader implications for efficient, reliable, and resilient power systems.
The client’s I-140 NIW petition was ultimately approved, marking an important step toward continuing research in an area with significant potential for U.S. energy infrastructure, power electronics, and advanced electrical engineering innovation.