Brandon Lee

Leading the design and development for a device-based solution for Atrial Fibrillation.

• Conducted time-motion studies and Sequence of Events analysis • Prepared and maintained current state Value Stream Maps to optimize information and material flow across production processes • Liaison to R&D, Manufacturing, Supply Chain • Supported kaizen events to constantly eliminate non-value added activities, improve work methods, and production yields • Implemented process changes resulting from continuous improvement activities • Implemented and maintained workstation design according to 5-S principles • Developed and maintained the layout of production and non-production floor space for effective utilization. • Interfaced with external vendors to source high-quality equipment and fixtures • Coordinated outsourcing of production sub-assemblies to meet forecasted demands • Facilitated Statistical Process Control (SPC) charting of various production processes

• Performed catheter ablations on an in vitro bovine model to characterize relationship between power delivery, applied force, impedance, temperature, and lesion formation • Implemented new process for tracking calibration of manufacturing tooling to ensure proper traceability • Performed bench testing to study engineering performance of catheter device • Executed Design Verification and Validation testing • Executed IQ/OQ validations for manufacturing equipment • Developed assembly work instructions for the PVAC, MASC, and MAAC catheter devices