Project Manager Engineer
Resume:
MATTHEW AMATO
J** Shirley Lane • Lawrenceville, NJ 08648
(C) 609-***-**** • (H) 609-***-**** • *****@***.***
PRODUCT DEVELOPMENT ENGINEER • PROJECT MANAGER
Creative medical device engineer and project manager with history producing state-of-the-art products
that both saved lives and enhanced the quality of life for patients in diverse age groups.
• Determine optimal design and functionality, coordinating closely with physicians and surgeons.
• Maximize quality while minimizing costs, incorporating latest Lean Manufacturing and QC principles.
• Strengthen competitive edge of existing products, creating unique modifications and enhancements.
• Ensure highest level of safety and reliability, proactively analyzing and troubleshooting issues.
• Overcome bureaucratic, cultural, and language barriers, fostering communication and collaboration.
Product Innovation & Development • Functional & Feature Enhancements • Multi-Project Management
3D Modeling • Technical Documentation & Reporting • Testing & Analysis • Risk Assessments
Quality Control • Lean Manufacturing • Vendor Auditing • Relationship Management • Problem Solving
BIOMET, INC. (formerly EBI), Parsippany, NJ • 2005 – Present
Product Development Engineer – Pediatric Implants, Custom Implants, Bracing Medical Devices
Design and lead production of all phases of pediatric implants, custom implants, and bracing medical
devices. Perform 3D modeling using Unigraphics, ProE, and SolidWorks. Author design documentation
including DFMECA, DSD, DED, risk analysis, and project timeline, WBS, and management plan. Write
protocols. Create and maintain product DHF. Conduct testing and reporting on prototypes, Instron,
cadaver in vivo implantations, and instruments. Write regulatory documentation such as 510K submittals
product extensions, and CE marking. Audit and manage vendor relationships. Prepare engineering
change orders. Coordinate with national physicians.
Major Contributions
st
• Instrumental in Biomet penetrating Hemiepiphysiodesis market for 1 time, managing design of
implants, surgical tray, and instruments from cradle-to-grave, and playing role in marketing roll-out.
• Reduced cost of product production by implementing Lean Manufacturing and QC principles.
• Maximized quality and safety of surgical trays, creating ergonomic design, and performing sterilization
analysis, efficiency analysis, and SAL criteria analysis.
• Orchestrated numerous complex custom deployments including Metaphysical Arc External Fixator
needed for emergency use on pediatric patient; recognized for vital role in saving child’s life.
Key Projects:
• Engineered, developed, and released Biomet’s Growth Control Plating System, Peanut Plate®, and
Cold Therapy System, Bio Chill™.
• Improved Vision External Fixation System, developing innovative enhancements.
• Played primary role in design of Pediatric Submuscular Plating System, SMPLE Plating.
• Participate in ongoing development of Fracture Walker, Nomad Fracture Walker.
• Created numerous custom-tailored patient-matched implants; coordinated with surgeons’ on design
parameters, validation documentation, and preparing FDA Determination documentation.
rd
NOTE: Junior Civil Engineering Technician, CME Associates, Parlin, NJ (2005), and Petty Officer 3
Class, Certified Instructor & Ship Board Fire Marshall, US NAVY, San Diego, CA (1991 – 1995).
EDUCATION & PROFESSIONAL DEVELOPMENT
MBA in Technology & Manufacturing (June 2010), New Jersey Institute of Technology, Newark, NJ
BS in Mechanical Engineering (Dean’s List), New Jersey Institute of Technology, Newark, NJ
AAS in Mechanical Engineering Technologies (Dean’s List), Middlesex County College, Edison, NJ
Certified in Fundamentals of Engineering • Biomet Sales Training • Designing to Comply with IEC Course
Trauma Orthopedics Symposium • Pediatric Orthopedics Symposium
AWARDS & HONORS
Outstanding Academic Achievement & Leadership Citation – Middlesex County College
Dual NJIT Scholarship Recipient • Navy Achievement Medal
Resume
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