Christina A Ryan

Title: The Innovative Contributions of Christina A Ryan

Introduction

Christina A Ryan, an accomplished inventor based in Manchester, Connecticut, has made significant strides in engineering with her patent contributions. As a key figure at Raytheon Technologies Corporation, Christina's work is characterized by creativity and a strong focus on innovation in the engineering field.

Latest Patents

Christina holds one notable patent that showcases her expertise in designing rail support beams. Her invention of vane assemblies includes critical components such as a platform, an airfoil, a forward rail, and an aft rail, all of which intricately work together to improve the functionality of the assembly. The design features at least one support beam extending between the forward and aft rails, emphasizing a minimal thickness in both radial and circumferential directions for enhanced efficiency. This innovative approach illustrates her ability to contribute to advancements in engineering solutions.

Career Highlights

Throughout her career, Christina has demonstrated a commitment to innovation, leading to her current role at Raytheon Technologies Corporation. Her contributions in the field of engineering have not only benefited her company but have also helped advance the industry. Her patent represents her dedication to enhancing existing technologies and developing new solutions that address real-world challenges.

Collaborations

Collaboration is key in the world of innovation, and Christina has worked alongside talented individuals such as Nicholas J Madonna and Kristopher K Anderson. Together, they have engaged in projects that reflect a shared vision of progress and improvement within their field, enabling them to harness collective expertise to drive forward technological advancements.

Conclusion

Christina A Ryan is a noteworthy inventor whose work at Raytheon Technologies Corporation reflects a passion for innovation and engineering excellence. Her patent on vane assemblies contributes to advancing the efficiency and effectiveness of rail support beams. As she continues to collaborate with her colleagues, Christina is poised to make even more groundbreaking contributions to the field, inspiring future innovators and inventors.