Tom Marmon Email & Phone Number

Raleigh-Durham, North Carolina Area

Lead product development engineer responsible for the mechanical design, development and maintenance of clinical-grade blood pressure monitoring products. Assists driving new product development projects from concept to commercialization through the product development Stage Gate process. Other responsibilities include CAD, CAD product data management, engineering documentation, V&V test protocols and testing, and managing the 3D printing lab. Knowledgeable with ISO 13485, IEC 60601 and ISO 80369.

Raleigh-Durham, North Carolina Area

Responsible for the design and development of FTTx outside plant fiber optic splice closure solutions for Central/North American and global broadband network markets.Project Management: Manage multi-disciplinary project teams for fiber optic outside plant closure product development including design concepts, product/customer requirements, R&D (product verification/validation), NPI manufacturing, and enhancements to existing product lines by utilizing PMI training and PMBOK project management framework. - Directed a successful metal-to-plastic cost reduction resulting in $300k/yr savings.Product Development: Development of fiber optic outside plant closures including full product assemblies, injection molded plastic parts, gel sealed products, sheet metal products through utilization of rapid prototyping (direct modeling, 3D printing), parametric modeling, FEA, mold-flow analysis and full drawing packages. - 8 patents - Travel to BelgiumProcess Development: Principle design and development support for automated gel dispensing production machines utilizing mechanical, electrical and pneumatic systems for the manufacturing of FTTx outside plant products with gel sealing technology. - Developed a high volume output gel filling equipment producing 250k+/yr gel blocks. - Travel to Mexico

Dahlgren, Virginia

Research, development, testing and evaluation of compact electro-mechanical systems for guided and precision munitions. Responsible for design and development of mechanical parts and assemblies through research and evaluation of new materials, modeling and simulation, design and conducting experiments, analyzing data and interpreting results for improvement. Model CAD designs and employ modeling and simulation and experiments to validate designs. Utilized ASTM standard test methods and high velocity gas gun experiments to characterize material properties and analyze material behavior. Designed test fixtures and experiments to evaluate electro-mechanical system performance and endurance under high g-force and centrifugal forces.Clearance: Secret

Rochester, New York Area

Syracuse, New York Area