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Rachel Entwistle
Director, Program Management at HeartFlow, Inc
Professional Background
Rachel Entwistle is a highly accomplished professional with a proven track record in cross-functional leadership within the realms of product development, research, and program management. With over a decade of experience in the medical device industry, she exhibits a keen ability to thrive in both dynamic start-up environments and more structured large company formats. Rachel specializes in the verification and validation processes required for regulatory submissions, particularly in the context of DeNovo software medical devices and the next-generation 510(k) process. Her leadership has been instrumental in streamlining team activities and improving efficiency, thus ensuring compliance and successful evidence documentation for essential regulatory milestones.
Education and Achievements
Rachel's educational background is a testament to her dedication and expertise in engineering and biomedical fields. She earned her Bachelor of Science in Engineering Science with a concentration in Mechanical Engineering from Smith College. This foundational education was further complemented by her Master of Science in Biomedical Engineering, focusing on Biomechanics, from the prestigious University of California, Davis. Additionally, Rachel broadened her engineering expertise through her studies in Engineering Science at University College London (UCL). These academic experiences have not only equipped her with deep technical knowledge but also fostered a robust analytical mindset essential for problem-solving in complex engineering environments.
Rachel's career trajectory showcases her rapid growth in both responsibility and influence. During her tenure at HeartFlow, Inc., she ascended through various pivotal roles including Director of Program Management, Director of Systems Verification & Validation, and Biomedical Test Engineer. In these positions, she played a crucial role in overseeing key projects, ensuring that they adhered to regulatory standards while meeting organizational goals. Her leadership has facilitated the success of various teams, including verification and validation teams, which are vital for substantiating the safety and efficacy of medical devices on the market.
Notable Contributions and recognition
At HeartFlow, Inc., Rachel's contributions to the development of innovative cardiovascular technologies have been pivotal. She has led significant advancements by driving the verification and validation processes that are crucial for regulatory submissions. Her experience in ensuring that systems meet stringent regulatory requirements demonstrates her commitment to safety and efficacy in medical device development. Through her cross-disciplinary leadership, Rachel has streamlined processes contributing to the efficient progression of product development, helping to bring cutting-edge solutions to market more swiftly and effectively. Her efforts have not gone unnoticed, as she is respected not only within her company but across the industry for her technical acumen and leadership skills.
In addition to her corporate accomplishments, Rachel has also contributed to academia as a Teaching Assistant for Properties of Materials at UC Davis. Her responsibilities included guiding undergraduate students through the complexities of material properties and their applications, demonstrating her commitment to education and knowledge sharing. Additionally, her involvement in research during her time as an M.S. student and Postgraduate Research Engineer at UC Davis further cements her dedication to advancing her field through data-driven insights and collaborative research efforts.
Rachel began her career as a Mechanical Engineer at the Mayo Clinic, where she honed her skills in a clinically oriented environment, enriching her experience and perspective in biomedical applications. This early role set a strong foundation for her subsequent positions where she continually advanced her expertise in engineering applications within the biomedical sector.
Conclusion
Rachel Entwistle is a distinguished professional whose expertise spans mechanical engineering, biomedical engineering, and program management. With a solid educational background, extensive experience in leadership roles, and a proven ability to navigate complex regulatory environments, she continues to make significant contributions to the medical technology field. Her blend of technical knowledge, leadership acumen, and dedication to excellence positions her as a key figure driving innovation and safety in the development of medical devices. As she progresses in her career, Rachel is set to play an even more significant role in shaping the future of biomedicine and engineering.
