• Authored 300+ system requirements for product safety, marketing, field service support, technical specs.• Performed risk assessments and developed risk control measures to drive system safety requirements• Provided technical leadership ensuring complete coverage and traceability of system requirements• Presented technical reviews & trade studies to HW / SW engineering, UX, manufacturing, service• Defined CAN, PHY, RS-422 architecture to meet performance, failure mitigations, regulatory [IEC 60601]• Managed 4 months long of ultra-large-scale system integration and bring-up of prototype iterations• Analyzed 100+ failure mode effect analysis (FMEA) and verification testing of the mitigations• Authored verification testing's acceptance criteria and reviewed HW and SW test cases• Led implementation of 2 major safety features with HW, embedded SW, and application SW teams• Drove program's decision on $4.9M of annual COGS for outsourcing vs. in-house production• Led $700k NRE outsourcing of electromechanical components from RFP to manufacturing design transfer• Interfaced 5 subsystems and 4 multidisciplinary teams to plan product features, resourcing efforts, schedule

• Developed camera vision system / subsystem requirements for patient monitoring• Patented [C] pixel error detection and correction method into patient monitoring feature• Experienced with GigE Vision protocol, and camera/lens selection for computer vision applications• Led $25k NRE outsourcing of software development and managed the integration to internal software release• Statistically analyzed 3000+ machine logs from installed base to define usage models for reliability goals• Authored 10+ reliability verification test plans and constructed reliability test fixtures [LabVIEW]• Root cause analysis of 122-axis brushless DC motors, quadrature encoders, half-bridge drivers• Reduced 15% manufacturing rework hours by designing & commissioning motor diagnostic fixture [C, Arduino]• Created schematics for the system's power distribution of high voltages [480VAC, 230VAC, 96VDC]

• Minimized 6% of manufacturing rework hours by commissioning production test fixture• Constructed test fixture with power supplies and loads to support manufacturing electronics testing • Documented the system interconnect, schematic, bill of materials, and test procedures

Programmed [Python] 400+ lines of post-disaster simulation model to enable policy-makers in quantifying the benefits and tradeoffs with pre- and post-disaster housing interventions (NSF Award Number 1538747)