914-980-3483
PROJECT MANAGER, BIOMECHANICAL ENGINEER
I'm a Six Sigma Black Belt engineer and project manager at Johnson & Johnson who is passionate about improving lives through medical devices. I am experienced in end-to-end medical device development, including robotics, orthopedics, and navigation-enabled technology, and hold an M.S. from Carnegie Mellon in mechanical engineering.
EXPERIENCE
Monarch Program Management
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Since July 2022, I have been working as a Project Manager within the Monarch Program Management group. I have lead a team of supply chain and manufacturing engineers to complete first article inspections on 305 components to support the urology program's groundbreaking First in Human study, managed development of several Monarch Tools software releases, and improved the PMO's efficiency and communication through new and streamlined internal tools.
DePuy Synthes Spine: Teligen
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For my third rotation with the RDLDP program, I worked with the Spine Product Development and Quality teams during validation and design transfer for Teligen, which was a high priority project that launched in October 2022. I collaborated with suppliers and manufacturing teams to complete process validations and ensure device quality, as well as completing RTM and DFMEA lines to prepare for product launch.
World Without Disease Accelerator
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In my second RDLDP rotation, I was part of the Sensors & Wearables team in the World Without Disease Accelerator, working on a project to detect Type 1 Diabetes in infants. I developed a calibration process to ensure device quality and accurate glucose and ketone readings, interfaced with suppliers, and researched intellectual property landscaping on other tech companies to analyze their market approach and identify possibilities for J&J partnerships.
DePuy Synthes Trauma: Upper Extremity
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My first rotation with the RDLDP program placed me in the Upper Extremity group in DePuy Synthes Trauma, where I conducted a distal radius anatomy study to drive the design of new two-column volar plate to treat fractures of the distal radius. I also designed various surgical instruments for the new wrist treatment system, one of which has been submitted to the U.S. Patent Office.
