Design and develop therapeutic and diagnostic devices and improve effectiveness and reliability of existing products to provide physicians with the tools they need to enhance patient care• Designed the Moray Micro Forceps, the first disposable micro forceps for taking targeted biopsies through common 19Ga FNA needles• Led design and development of patented Infinity Sampling Device, the first aggressive endoscopic retrograde cholangiopancreatography (ERCP) cytology brush to abrade and collect cytological samples with a reported 80%+ sensitivity rating (vs. 30% industry standard)• Designed the revolutionary Lariat multi-stage snare, which cuts hospital costs for polypectomy procedures by 50% through the reduction in the number of devices needed (from 3 to 1)• Designed and developed Oracle Olympus Endoscopic Ultrasound (EUS) Balloon, the first latex-free endoscopic ultrasound balloon suited for linear and radial array echo-endoscopes• Increase efficiency of New Product Development Department by initiating and implementing new methods of communicating and collaborating and advising on additive manufacturing best practices• Advise department heads on innovative technology solutions for company-wide data management• Manage budget, purchasing, and training for technology tools required for Advanced Engineering Department

Supervised team of 6 designers to develop fluid heat transfer systems in accordance with ASME piping standards and client specifications• Trained designers on manufacturing processes, design procedures, and company standards and software• Led weekly departmental process improvement meetings• Developed standards and design procedures as company transitioned from one software to another• Created process and electrical schematics using AutoCAD • Reduced design time and errors of manufactured products by expanding capabilities of 3D software, AutoDesk Inventor

Modified models and the prints used in development of innovative and alternative spinal fusion products for various orthopedic device companies • Assisted in design and development of minimally invasive tools for Ulrich Medical, used for installation of Small VBR™• Analyzed material capabilities, interference, stress, and strain used in creation of spinal implants and related products