Success Stories: Advancing Gallium Nitride Integration for Next-Generation Displays: NIW Approved for a Taiwanese Semiconductor Engineering Professional
Client’s Testimonial:
"Thank you so much for your incredible support and expertise throughout this process. I am absolutely thrilled that my case was approved on the first try.”
On June 26th, 2026, we received another EB-2 NIW (National Interest Waiver) approval for a Hardware Engineer in the field of Semiconductor Engineering (Approval Notice).
General Field: Semiconductor Engineering
Position at the Time of Case Filing: Hardware Engineer
Country of Origin: Taiwan
State of Residence at the Time of Filing: California
Approval Notice Date: June 26th, 2026
Processing Time: 2 months, 10 days (Premium Processing Requested)
Case Summary:
Advanced display systems are becoming increasingly important for augmented reality, virtual reality, mixed reality, and next-generation imaging applications, but their broader adoption depends on solving persistent challenges in energy efficiency, manufacturing scalability, and compact device integration. This NIW approval highlights a Taiwanese semiconductor engineering professional whose proposed endeavor focuses on designing, developing, and validating selective-area epitaxy gallium nitride (GaN) on silicon integration platforms. At the time of filing, the client was working in the United States as a module design engineer, where his work aligned with next-generation display panels, electrical characterization, reliability analysis, and heterogeneous integration approaches for future display technologies.
Research with National Importance
In the petition, we demonstrated that the client’s proposed endeavor has substantial merit and national importance because GaN on silicon integration can support scalable, energy-efficient Microlight-emitting diode (LED) and photonic display systems. The filing connected the client’s work to U.S. needs in semiconductor innovation, microelectronics advancement, advanced imaging, augmented reality (AR), virtual reality (VR), and mixed reality applications. By integrating high-efficiency GaN emitters with silicon complementary metal-oxide-semiconductor (CMOS) control circuits, the client’s research supports more compact, power-efficient, and manufacturable display platforms with value for commercial, medical, defense, education, and workforce development applications.
Academic Contributions and Recognition
To show the client was well-positioned, the petition documented 4 peer-reviewed journal articles, including 1 first-authored article, and 2 extended abstracts. The filing also referenced the client’s citation record and notable citation examples to show that his work had begun contributing to semiconductor engineering research. In addition, we emphasized that one of the client’s publications appeared in a highly ranked journal in a relevant area, supporting the quality and field relevance of his research.
Expert Endorsements
The petition included expert letters explaining how the client’s semiconductor engineering work contributes to high-power electronics, high-frequency electronics, advanced display systems, and broader U.S. technology interests.
One recommender noted:
“There is thus no doubt that [client] shall continue to produce additional valuable research, both driving progress in the field and bringing immense benefits to national and international concerns.”
This statement reinforced the petition’s showing that the client’s work is significant beyond a single employer and that his research supports continued progress in semiconductor engineering and next-generation display technologies.
NIW Approval and Outlook
The I-140 NIW petition was filed on April 16th, 2026, and approved on June 26th, 2026, following a Premium Processing upgrade after filing. The approval reflects a cohesive NIW showing that the proposed endeavor carries substantial merit and national importance and that the client is well-positioned through specialized semiconductor engineering experience, peer-reviewed publications, citation evidence, expert support, and continued work aligned with advancing scalable GaN on silicon platforms for next-generation display and imaging technologies in the United States.