David Schutte

Title: David Schutte: Innovator in Microfabrication Technologies

Introduction

David Schutte, an accomplished inventor based in Auburn, WA, has made significant contributions to the field of microfabricated devices. With two patents to his name, Schutte's work focuses on innovative methods for particle extraction and detection within sample streams, showcasing his expertise and creativity in engineering solutions.

Latest Patents

Schutte's latest patents include groundbreaking technologies that enhance the functionality of microfabricated systems. The first patent describes “Microfabricated devices and methods,” which emphasizes the extraction of desired particles from complex sample streams. By utilizing laminar flow and maintaining minimal inertial effects, his invention allows for differential transport, primarily through diffusion. Such systems are capable of processing picoliter quantities of fluids on remarkably small devices, comparable in size to silicon wafers.

The second patent features a “Microfabricated diffusion-based chemical sensor.” This inventive channel-cell system is designed to detect and measure analyte particles in a sample stream. It integrates an indicator stream that interacts with analyte particles, enabling a detectable change in property. The laminar flow channel is specifically engineered to facilitate the diffusion of analyte particles, leading to precise detection and analysis, thus advancing the capabilities of chemical sensors.

Career Highlights

David Schutte is currently associated with the University of Washington, where he continues to push the boundaries of microfabrication and analytical technologies. His contributions have had a wide-reaching impact on both academic research and practical applications.

Collaborations

Throughout his career, Schutte has worked closely with esteemed colleagues, including Bernhard Hans Weigl and Paul Yager. Their collaborations have fostered an environment of innovation, leading to advancements in systems for particle detection and extraction in various scientific and engineering fields.

Conclusion

David Schutte's inventive prowess in microfabrication stands out through his patents and collaborations. His contributions have paved the way for new technologies that enhance detection methodologies and streamline the analysis of complex samples. As a key player at the University of Washington, Schutte continues to innovate, offering solutions that are likely to shape the future of microfabricated systems.