Saul G. Email and Phone Number

• Lead Engineer for a variety of medical devices including electromechanical systems (Patient lift), urology products (Versette female external catheter), fluid management (Vented urine meter) and skin contacting devices (Safesecure Foley catheter securement device) resulting in$ 13MM in annualized saleso Development and maintenance of design controls and risk analysis fileso Model and prototype designs to meet design criteriao Performed feasibility testing in the early stages of designo Vendor selection, process development and acceptance criteriao Worked with the legal team to identify and resolve IP issues and file patents Awarded 5 patents to date from the US patent office• Assisted with the development of technical drawings and SolidWorks PDM SOPs to improve efficiency• Mentor less experienced team members to develop technical skills and improve team collaboration• Experience with overseas contract manufacturers in China, Costa Rica, Mexico, Taiwan, and Vietnam

• Developed and managed the design of cervical/lumbar implants and instruments from design to launch by:• 3D models and manufacturing prints• Prototyping and quoting• Risk analysis (including DFMEA) and design reviews• Verification and validation protocols/reports (e.g. FEA, bench top tests)• Regulatory filings (510K)• Develop Inspection plans

•Designed custom instruments used in spine surgery•Led design review meetings with members of other departments (Quality, Regulatory, Marketing, etc.)•Developed the Design History File of custom instruments by creating or compiling the following: - 3-D models and Manufacturing prints - Risk Analysis (Including DFMEA) - Verification & Validation Protocols/Reports (FEA, Sterilization, etc.) - Device Master Records - Inspection Plans•Served as a technical resource for: Regulatory filings, Quality system audits, Process implementation and validations, Supplier selection, Materials Review Board, Instrument reworks and Kit configurations.

•Developed an automated MRP database using the Experlogix platform to generate process routers and work orders in Visual Manufacturing for DC and AC motors •Automated machinery configuration and maintenance including plasma cutters and metal engravers•Oversight of the drafting department and development of SOPs for the department

I performed clerical work and development of inventory database in Microsoft Access to enhance record maintenance.I was exposed to biomedical products and devices in the market.

I developed the AutoCAD drawings for the blower department. I was in charge of the revision and updates to the production report using visual manufacturing.

I developed the AutoCAD drawings for the blower department. I was in charge of the revision and updates to the production report using visual manufacturing.

I conducted load test on GE 752 Motors and gathered mechanical and electrical data