Case Summary:

When a senior mechanical design engineer researching in the field of mechanical engineering with his proposed endeavor to continue his research on rapid prototyping, additive manufacturing, and 3D modeling and analysis techniques to minimize the costs, energy use, labor time, and obstacles associated with mechanical and manufacturing processes hired North America Immigration Law Group to help him put together a pursuing I-140 NIW (National Interest Waiver) petition for him, we ensured to compose all the relevant information in his petition packet.

Based on his credentials, we proved that his research has great substantial merit and national importance as it improves manufacturing processes and thus reduces the carbon footprint of industrial materials such as steel. Among other applications, his research is relevant to mitigating carbon emissions from the production of industrial components like steel without compromising performance.

In addition, we noted that our client has published 5 peer-reviewed journal articles and 1 conference paper in no fewer than 3 highly-ranked peer-reviewed journals. Therefore, his work has been cited a total of 61 times. These citations have been made by independent research teams located at institutions all over the world, showcasing the global importance of his research and its impressive expansion of the knowledge base of his field. This serves as an objective measurement of the extensive degree to which his methods and findings have supported and informed ongoing investigations in his field.

Besides, we discussed his work has broad implications for the United States on a global scale, with the widespread use of public and mass transit, experts must continually improve material-forming processes to advance both the efficiency of material production and the final material’s performance. By investigating the behavior of materials both with and without UV-assisted forming conditions, our client has presented essential information for the improved fabrication of materials, which is essential to meeting the transportation needs of citizens around the globe. Therefore, he has proven to be a central figure in the field of mechanical engineering, and this is wholly believing that his continued research in the United States is necessary for such impressive progress to continue.

To bolster his case further, we added four recommendation letters obtained from his fellow experts who recounted his accomplishments in detail, and one of them stated the below:

“Such research by the client on the properties of ferroelectric materials applies to the energy-efficient development of automotive parts. Due to the global threats posed by climate change, industries worldwide are devising integrated approaches for fulfilling consumer demand while promoting a cleaner environment…As such, the continued viability of automakers depends on their ability to develop and implement fuel-efficient processes using innovative techniques for manufacturing automotive parts, all without compromising the quality and mechanical performance of vehicles. [Client’s] novel research into the implications of UVAIF in the energy-, cost-, and time-effective development of materials, particularly those designed for automotive purposes, is essential to achieving this international goal.”

Considering our talented researcher who has focused on the application of high-quality and time-efficient manufacturing processes, a skilled specialist in the field of mechanical engineering aligns with the national goal of reducing greenhouse gas emissions. Thus, we were successful in concluding that our client’s work is beneficial to the United States. We are glad that his petition was approved within three months. We truly appreciate our client’s kind cooperation throughout the process. We congratulate him on achieving this milestone.