Nicole S Mueller

Title: The Innovations of Nicole S. Mueller: A Pioneer in Electronic Module Assembly

Introduction

Nicole S. Mueller, based in Cambridge, Massachusetts, is an accomplished inventor with a notable portfolio of three patents. Her work focuses on advancements in electronic module assemblies, showcasing her expertise and innovation in the field of technology.

Latest Patents

Among her latest innovations, Nicole has developed the "Method and apparatus for forming multi-layered vias in sequentially fabricated circuits." This patent addresses the intricacies of electronic module assembly, introducing a via that spans multiple layers in a wafer-based module. The design involves a first layer deposited on a substrate, with a second layer on its surface, and a via that efficiently integrates both layers.

Another significant patent by Nicole is the "Method and apparatus for using universal cavity wafer in wafer level packaging." This invention revolutionizes how dies are packaged, utilizing a universal cavity wafer that works independently of the electronics module design. It features a frontside cavity that covers much of the cavity wafer surface and multiple fillports, ensuring that the dies are securely positioned and encapsulated within the assembly.

Career Highlights

Nicole is currently affiliated with The Charles Stark Draper Laboratory, Inc., a prestigious research and development organization. Her work there signifies her commitment to advancing technological innovations and contributing to the field of electronics.

Collaborations

Throughout her career, Nicole has collaborated with esteemed colleagues, including Maurice S. Karpman and Michael Rickley. These partnerships have played a crucial role in her research and development, fostering an environment of creativity and collective problem-solving.

Conclusion

Nicole S. Mueller represents a pivotal force in the world of electronic module assembly innovation. With her groundbreaking patents and collaborative efforts, she continues to lay the groundwork for future advancements in technology. Her contributions not only enhance the field but also inspire the next generation of inventors and engineers.