Success Stories: Physics Expert from Pakistan Secures NIW Approval in just 3 months, 5 days with Our Assistance
Client’s Testimonial:
“I am very grateful to NAILG for helping me in securing NIW approval within just a few weeks. I highly appreciate their expertise, professionalism, guidance, and prompt and thorough response. I really love their online portal, which is very well organised as it explains each and every bit of information regarding a particular case. I would highly recommend NAILG if you are considering a NIW petition.”
On August 27th, 2025, we received another EB-2 NIW (National Interest Waiver) approval for a Materials and Surfaces Consultant in the Field of Physics (Approval Notice).
General Field: Physics
Position at the Time of Case Filing: Materials and Surfaces Consultant
Country of Origin: Pakistan
State of Residence at the Time of Filing: Ohio
Approval Notice Date: August 27th, 2025
Processing Time: 3 months and 5 days
Case Summary:
We are pleased to share the success story of an EB-2 NIW approval for a physics expert from Pakistan, currently working as a production cell coordinator and materials and surfaces consultant. The client holds advanced degrees in physics, which provided the foundation for his research in materials and surface sciences. At the time of filing, he was applying this expertise in both academic and industrial contexts, developing solutions that improve material performance and production efficiency. His petition, filed on May 22, 2025, was approved in 3 months and 5 days.
Research Focus and Contributions
The client’s proposed endeavor focuses on advancing the understanding and application of surface physics to enhance material performance in industrial and technological contexts. His research includes studying physical interactions at the micro and nanoscale, improving material durability, and innovating methods for high-efficiency production systems. By applying his expertise, he aims to optimize surface properties critical for manufacturing, energy efficiency, and emerging technologies.
Key contributions highlighted in the petition include:
- Developing models and experimental methods to improve surface coatings for better durability and efficiency.
- Investigating the physical behavior of materials under extreme conditions to guide safer and more reliable applications.
- Applying physics-driven insights to industrial processes to achieve higher productivity and reduced operational costs.
Research Impact and Metrics
The petition documented the client’s growing influence in the field, supported by measurable scholarly contributions:
- 4 peer-reviewed journal articles published in respected outlets within physics and materials science.
- 13 citations to date, reflecting that his research has been actively relied upon by other scientists in related fields.
Expert Recognition
The client received four recommendation letters. One expert noted that his work:
“As a highly prominent researcher in physics, [The Client] has delivered significant insights into optical imaging technologies and advanced therapies. When this is taken into consideration with his solid technical skillset, it is clear that [The Client]’s work is of great value to the field and that he is an irreplaceable presence in the research sphere.”
National Importance and Positioning
The petition demonstrated that his work carries substantial merit and national importance for the United States. Surface and materials physics are central to industries such as manufacturing, energy, defense, and electronics. By improving material properties and advancing production efficiency, the client’s research contributes directly to technological competitiveness, economic security, and sustainability goals. His combined academic expertise and professional role position him uniquely to continue making impactful contributions.
NIW Approval and Outlook
The approval of this NIW petition recognizes the client’s demonstrated achievements in physics and his potential for continued innovation in materials and surface sciences. NAILG is proud to have guided him through this successful process and looks forward to seeing his ongoing contributions strengthen U.S. industry and research in critical areas of physics-driven technology.

