• Owner of button, screw, and charger modules

• Analyzed and implemented shimming solution into button assembly to mitigate button rattle and improve button feel

• Collaborated with Product Quality Engineering team to develop subjective and objective tests to characterize button feel

• Worked with cross-functional teams to perform failure analysis for button cosmetics and feel and biocompatibility flags for the product

• Leader of Product Design Engineering button group across all organizations; developed best practices document

• Design and collaborate charger architecture with Industrial Design team

• Learned and documented ANSYS magnetic simulation and NX FEA simulation

• Created internal website for the product’s Product Design Engineering organization to centralize resources

• Designed and prototyped instrument kit for use in TKA robotic surgery

• Interfaced with rapid prototyping and machining facilities to procure parts for testing and showcasing

• Organized design reviews to analyze previous design iterations and presented design changes based on testing feedback

• Generated and reviewed FMEA, requirements specifications, and design documentation

• Participated in quarterly brainstorming sessions to develop novel solutions for engineering problems

• Updated and released engineering parts through Change Orders and in PDM

• Design, develop, and implement labels for commercial products

• Create Instructions for Use for commercial products by working cross-functionally with R&D Engineers and Regulatory Team

• Investigate, resolve, and generate reports for non-conformance events that occur in production

• Implement new color label printer into production and create all corresponding documentation for implementation, such as an Equipment Binder and a Performance Qualification Protocol

• Develop a process to ship compliant product internationally

• Update Manufacturing Quality Instructions, Device History Records, Device Master Records, and other production documents through Engineering Change Orders

• Design and prototype an improved pressure ulcer prevention therapy using a near-infrared spectroscopy sensor to monitor tissue oxygenation

• Program on LabVIEW and Arduino IDE to acquire and process data from sensor

• Design experiments to collect data assessing feasibility and usability of device

• Design a tissue biopsy device for bats within 24 hours of receiving client’s needs specifications