Jeremy L Dunning

Title: The Innovative Contributions of Jeremy L. Dunning

Introduction

Jeremy L. Dunning is a noted inventor based in Berea, Ohio, recognized for his impactful contributions to the field of sensor technology. With a total of six patents to his name, Dunning's work reflects a commitment to advancing the capabilities of strain measurement in biological applications.

Latest Patents

Dunning's latest inventions include a "Method for generating one or more strain measurements associated with a biological surface," which features a sensor apparatus consisting of at least one substrate layer made from elastically deformable material. This substrate extends longitudinally and is paired with a conductive layer that forms a strain gauge. The gauge's electrical resistance varies based on the deformation of the conductive layer, facilitating precise strain measurements in various directions.

Another innovative patent is the "Sensor apparatus and method of making same," which similarly incorporates the elastically deformable substrate and conductive layer. This design underscores Dunning’s dedication to enhancing the functionality and application of sensors in measuring biological strain.

Career Highlights

Dunning has built a robust career working at prestigious institutions including Case Western Reserve University and the United States Department of Veterans Affairs. His roles have enabled him to develop and refine his patented technologies, aligning them with practical applications in biomedical and engineering sectors.

Collaborations

Throughout his career, Dunning has collaborated with notable colleagues such as Mehran Mehregany and Christian A. Zorman. Their combined expertise and collaborative efforts have furthered the advancement of sensor technology, producing significant innovations that have applications in various industries.

Conclusion

Jeremy L. Dunning's contributions to the field of sensor technology exemplify the spirit of innovation. With six patents reflecting groundbreaking methods for strain measurement, his work continues to influence advancements in biological and engineering applications. Dunning's collaborations and career accomplishments position him as a vital figure in the ongoing evolution of sensor technology.