Mackenzie Christopher Hock

Title: Inventor Spotlight: Mackenzie Christopher Hock

Introduction

Mackenzie Christopher Hock is a remarkable inventor based in Mason, Ohio, known for her significant contributions to advanced engineering through her innovative patents. With a focus on enhancing turbo machinery, Mackenzie has made a notable impact in her field, particularly while working at General Electric Company.

Latest Patents

Mackenzie holds two patents that reflect her expertise and innovative spirit. The first patent is for a "CMC Shroud Segment with Interlocking Mechanical Joints and Fabrication." This invention comprises a shroud segment that includes a forward radial wall, an aft radial wall, and at least one interlocking subcomponent, all formed of a ceramic matrix composite (CMC). The design features interlocking mechanical joints that efficiently join the different components, providing enhanced performance and durability.

Her second patent is for a "Combustor Assembly for a Turbo Machine." This innovation introduces a turbo machine with an annular liner assembly that defines a reverse flow combustion chamber. The unique design includes a first piece that determines the inner diameter combustor inlet portion and the outer diameter combustor outlet portion, ensuring optimal flow and functionality.

Career Highlights

Mackenzie has established herself as a prominent figure in the field of engineering while working with General Electric Company. Her dedication to innovation and excellence has seen her develop groundbreaking technologies that contribute to the efficiency and effectiveness of turbo machinery.

Collaborations

Mackenzie collaborates with esteemed colleagues such as Daniel Gene Dunn and Douglas Glenn Decesare. Their teamwork fosters an environment of creativity and innovation, driving the development of cutting-edge solutions in their area of expertise.

Conclusion

Mackenzie Christopher Hock's contributions to engineering and her innovative patents underscore her role as a leading inventor in the industry. Her work not only reflects her skill but also aims to advance technology for future generations. As she continues her journey at General Electric Company, the impact of her innovations is sure to resonate throughout the engineering community.