Emily Kaufman

Title: Innovations by Emily Kaufman: A Spotlight on Her Turbomachine Patent

Introduction: Emily Kaufman, an accomplished inventor based in Greenville, SC, has made significant contributions to the field of turbomachinery. With a strong background in engineering and innovation, she has developed patented technology that aims to enhance the performance and efficiency of turbomachines.

Latest Patents: Emily holds a noteworthy patent for a turbomachine component featuring self-breaking supports. The detailed description outlines that the turbomachine component is crafted using an additive manufacturing system, which defines an axial build direction, a radial direction, and a circumferential direction. This innovative component includes an exterior portion with a first and second end wall and an outer band that extends axially. Notably, the interior portion houses a self-breaking inner band equipped with a plurality of teeth, enhancing the component's functionality and durability.

Career Highlights: Emily Kaufman is currently employed at GE Infrastructure Technology, LLC, where she applies her expertise to develop cutting-edge technologies. Her work primarily focuses on creating solutions that push the boundaries of turbomachinery, demonstrating her commitment to innovation and excellence in engineering.

Collaborations: Throughout her career, Emily has collaborated with talented professionals, including her coworkers Jonathan Dwight Berry and Clay Thomas Griffis. These collaborations foster an environment of creativity and shared knowledge, further advancing the company's technological objectives.

Conclusion: Emily Kaufman's work in the field of turbomachinery exemplifies her dedication to innovation and engineering excellence. Her patented turbomachine component not only showcases her ingenuity but also her ability to contribute meaningfully to the industry. As she continues to develop groundbreaking technologies at GE Infrastructure Technology, her impact on the field is poised to grow even further.