Susan R Houde-Walter

Title: Susan R. Houde-Walter: Innovator in Thermal Marking Technologies

Introduction

Susan R. Houde-Walter is an accomplished inventor based in Rush, NY, who has made significant contributions to the field of thermal marking systems. With two patents to her name, she has demonstrated her innovative spirit and technical expertise, particularly in the development of systems that enhance target marking technologies.

Latest Patents

Her latest patents include groundbreaking work in "Encoded Signal Detection and Display" and "Thermal Marking Systems and Methods of Control." The first patent describes a sophisticated target marking system that uses a light source emitting a thermal beam with predetermined temporal modulation. This system not only directs the thermal beam to impact a target but also effectively distinguishes and processes the resulting radiation through an integrated detector and readout integrated circuit. The second patent elaborates on a target marking system that combines a thermal radiation beam with a customizable optics assembly to enhance the collection of radiation from the target. These inventions illustrate Houde-Walter's keen understanding of optical technology and signal processing.

Career Highlights

Susan currently works at LaserMax Inc., where she has been pivotal in advancing the company's thermal marking technology initiatives. Her work is characterized by a blend of practical engineering know-how and innovative design, which has helped to position LaserMax Inc. as a leader in its field.

Collaborations

Throughout her career, Houde-Walter has collaborated with other professionals in the industry, including her coworkers Daniel Balonek and Michael Wade Allen. These partnerships are essential in driving innovation and facilitating the exchange of ideas, further enhancing the developments in thermal marking systems.

Conclusion

Susan R. Houde-Walter exemplifies the role of women in technology and innovation, making significant strides in the engineering of target marking systems. Her patents reflect her commitment to excellence and innovation, and her work continues to influence the advancement of this crucial technology in various applications. Her contributions underscore the importance of intellectual creativity in driving forward technological progress within the industry.