- Segment key cardiac structures from patient CT scans and fabricate simulated use models to evaluate CARLEN, a novel transcatheter implant for treating functional mitral regurgitation- Support the design verification and first in human preparations for the CARLEN implant and delivery system

- Utilized 3D imaging software such as Materialise Mimics, Materialise 3-matic, and Abaqus to modelthe ductus arteriosus of pediatric patients, abdominal aortic aneurysms, and calcific aortic valve disease based on CT scans.- Apply the PyRadiomics library in Python on 3D models of the aortic valve to extract features related to severity of calcification in patients affected by calcific aortic valve disease.

- Developed, validated, and executed test procedures to support design verification and productvalidation testing for a cutting-edge vascular sheath- Designed and implemented fixtures to support prototype manufacturing and test execution- Manage CAD drawings and models for all device components and test fixtures using Windchill PLM- Completed a Lean Six Sigma Yellow Belt project to assess a critical device performance attribute- Initiated a spare parts program to manage parts for all equipment on the manufacturing line- Wrote and executed installation qualifications to validate equipment for an early human use build

Performed Instron testing to compare biomechanical properties of bone staples, screws, and plates.Applied advanced data processing skills to efficiently analyze large biomedical datasets, using Pythoncode to visualize data and perform multivariable statistical analysis.

Gained proficiency in cell culturing along, digital droplet PCR, and qPCR.Identified biomarkers associated with distinct cell death morphologies.