Lisa D Riley

Title: Inventor Spotlight: Lisa D. Riley

Introduction:

Lisa D. Riley is a notable inventor based in Wichita, Kansas, celebrated for her innovative work in developing a probing system that enhances pattern determination. With a patented method and apparatus, her invention has the potential to transform quality control processes in various industries.

Latest Patents:

Riley holds one patent titled "Method and Apparatus for Numerically Controlled Pattern Determination." This patent describes a sophisticated probing system designed to check patterns created by multiple features of an object. The system incorporates an input device that accepts an ideal position and dimensional specifications for each feature, alongside an acceptable tolerance level. Utilizing this setup, the probe device captures measured data, which is then processed to assess whether the features satisfy predetermined tolerances. This invention stands as a crucial tool in precision engineering and manufacturing, showcasing Riley's commitment to advancing technological capabilities.

Career Highlights:

Lisa D. Riley is associated with The Boeing Company, where she applies her expertise in developing innovative solutions for aerospace applications. Her work at Boeing reflects her engagement in high-stakes engineering, contributing significantly to the field. Through her role, she demonstrates a strong commitment to advancing technology and solving complex engineering challenges.

Collaborations:

One of her recognized collaborators is Robert Ray Wampler, highlighting a partnership that fosters innovation within The Boeing Company. Together, they combine their skills and knowledge to drive advancements in aerospace technology and quality control processes, reinforcing the importance of collaborative efforts in the realm of invention.

Conclusion:

Lisa D. Riley stands as a prominent figure in the world of innovation, particularly in the aerospace sector. Her patented probing system underscores her ability to integrate technology and precision, paving the way for future developments in quality assurance. As she continues her journey at Boeing, her contributions will undoubtedly leave a lasting impact on engineering practices and methodologies.