Würselen, Germany

Kai Skolik


Average Co-Inventor Count = 5.1

ph-index = 1

Forward Citations = 2(Granted Patents)


Company Filing History:


Years Active: 2021-2023

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2 patents (USPTO):Explore Patents

Title: Inventor Spotlight: Kai Skolik

Introduction

Kai Skolik is a talented inventor based in Würselen, Germany, known for her significant contributions to automotive technologies. With a focus on vehicle control systems, she has made strides in enhancing how vehicles operate in diverse conditions.

Latest Patents

Kai Skolik holds two notable patents that showcase her innovative spirit. Her first patent is a system for controlling vehicle functions, which involves receiving vehicle function sequence schemas that specify a sequence of functions triggered by specific events. The method includes checking, storing, and selecting these schemas to generate control signals for vehicle function devices, optimizing vehicle response during dynamic driving scenarios.

The second patent pertains to a method for braking a vehicle on a slope. This innovative technique continuously assesses slope inclination, vehicle speed, and braking status. The method determines the appropriate braking torque by comparing these elements against predetermined threshold values to ensure a safe stop on sloping roadways.

Career Highlights

Kai Skolik is currently employed at Ford Global Technologies LLC, where she applies her expertise to advance automotive systems. Her role involves collaborating with engineers and developers to implement her innovative ideas into practical applications that enhance vehicle safety and performance.

Collaborations

Throughout her career, Kai has worked alongside skilled professionals such as Erik Alpman and George Neugebauer. Together, they contribute to expanding the boundaries of vehicular technology through innovative solutions and collaborative efforts.

Conclusion

Kai Skolik stands out as a pioneering inventor in the automotive sector, with her patents reflecting a deep understanding of vehicle dynamics and safety. Her work not only enhances vehicle functionality but also illustrates the critical role of innovation in the evolution of transportation technology.

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