Company Filing History:
Years Active: 2017
Title: Innovation Spotlight on Jeff Richard Kosko
Introduction
Jeff Richard Kosko, a distinguished inventor based in Dearborn, MI, has made noteworthy contributions in the field of engineering. With a focus on reducing noise and vibration in engine systems, Kosko's innovative approach has potential implications for improving vehicle performance and comfort.
Latest Patents
Kosko holds a patent for a "Structure to reduce noise and vibration in an engine system." This inventive design incorporates dome-shaped protuberances, or polydomes, which enhance the structural integrity of engine components while minimizing noise in specific frequency ranges. The technology allows for effective noise reduction without significantly increasing the mass of the engine parts. By adjusting the size and spatial arrangement of these polydomes, Kosko has opened the door to further enhancements in engine design. Additionally, the use of ribs for increasing structural stiffness in plastic engine components demonstrates a deep understanding of manufacturing processes, particularly the injection mold process which is crucial in the automotive industry.
Career Highlights
Jeff Richard Kosko is associated with Ford Global Technologies, LLC, a company renowned for its commitment to advancing automotive technology. Kosko’s work at Ford not only highlights his expertise in engineering but also reflects the company's focus on innovation in the automotive sector.
Collaborations
Throughout his career, Kosko has had the opportunity to collaborate with esteemed colleagues such as Mohammad Ali Moetakef and John G Kilby. These partnerships have likely contributed to a rich exchange of ideas and innovation within their projects.
Conclusion
Jeff Richard Kosko’s innovative work, particularly in reducing engine noise and vibration, showcases the importance of creative solutions in engineering. His contributions to Ford Global Technologies, LLC underline his role in driving forward automotive innovations that enhance both performance and user experience. As advancements continue in the automotive field, Kosko's work will be pivotal in shaping the future of engine design.