Case Summary:    

We are pleased to celebrate the approval of an EB-2 NIW (National Interest Waiver) petition for a highly accomplished researcher in computational chemistry. This approval, secured in just 16 days, affirms both the national importance and exceptional merit of the petitioner’s ongoing work in clean energy innovation and advanced materials discovery.

With a Ph.D. in chemical engineering, the petitioner has built a strong track record of developing and applying high-throughput quantum chemistry simulations in combination with machine learning techniques. Her research focuses on the rational design of next-generation catalytic materials with applications in clean energy production and storage efforts that directly support the national agenda to reduce carbon emissions, limit climate change, and transition toward a sustainable energy economy.

Currently engaged in academic research, she is applying her computational models to engineer materials that enhance fuel cell efficiency, improve carbon dioxide conversion technologies, and accelerate the development of solid-state battery systems. Her endeavor not only addresses the urgent global need for cleaner energy solutions but also plays a vital role in supporting U.S. energy independence and climate leadership.

To establish her eligibility under the EB-2 NIW category, the petition highlighted the following key indicators of her influence:

● 14 peer-reviewed journal articles, including 5 where she served as first or co-first author,

● 2 first-authored conference abstracts showcasing her early-stage ideas,

● 263 citations to her published research, reflecting strong uptake and application by fellow scientists,

● Notable influence evidenced by citations in high-impact journals and articles ranked among the top 1–10% most cited in Chemistry for their publication years.

Her research has received recognition across multiple scientific domains, with other experts referencing her methods to inform advancements in catalysis, electrochemistry, and solvent modeling. These citations illustrate the broad scientific relevance of her work and reinforce her standing in the field.

We successfully demonstrated that she is exceptionally well-positioned to continue contributing to energy sustainability through her research. Her petition was further supported by a documented plan to continue publishing in elite journals and further her materials innovation in support of the clean energy transition.

We congratulate this client on her well-earned NIW approval. Her case is a testament to how rigorous, mission-driven research in computational chemistry can be recognized as a matter of national interest. We are honored to have supported her through NAILG and look forward to her continued contributions to climate action and technological advancement.