Internet of Things device certification for major cellular carriers.

● Launched the “IoT Accelerator for PTCRB Program”. Saved OEM’s 50% on PTCRB testing. Managed relationships with partner labs, tracked metrics, led website development.● Increased IoT device certifications by more than 50%, year over year, for three consecutive years.● Led effort to transition partners from lab certification to “No Touch certifications”. This improvement reduced certification time from 2 weeks to 2 days, an 85% reduction in test time.● Hosted weekly meetings and managed relationships with PC, cellular module, and device manufacturers.● Led bi-weekly, inter-organizational communication meeting. Managed action items and deliverables.● Recognition Awards: IoT Accelerator for PTCRB Program, New Record for Number of Devices Certified

● During the development of four new second generation Digital Life Controllers (DLC-200), designed concurrently by two different vendors:o Led both domestic DLC-200s to successful completion of Safety, Security, and Medical UL certification and achieved authorization to apply the UL mark (UL 985, UL1023, & UL1637).o Led both international DLC-200s to successful completion of EN certification (EN-50131).o Evaluated and validated the performance of the 915 MHz (domestic two-way radio), 868 MHz (international two-way radio), and 433 MHz (domestic one-way) radio subsystems of the DLC-200s.o Resolved all hardware, firmware, and software issues through hands-on troubleshooting as well as collaboration with vendors and AT&T internal work teams.o Supported the Operations and Sales organizations through all phases of DLC-200 commercial launch.● Technical architect of the second-generation Digital Life Controller (DLC-200).● Led the effort to complete the certification of a new UTC Heat Detector at Underwriter’s Laboratory.● Led the Digital Life Technology team through the kickoff of UL testing of the Cisco DLC200.● Received two Recognition Award for leading the DLC-200 UL Certification effort.

Planned, organized and controlled the development of safe and effective medical devices and ensured compliance to appropriate regulations.Designed and developed electronic hardware which involved mixed signal, digital, analog, and RF circuitry.Served as a liaison to vendors and other internal departments during the transfer of designs to manufacturing.

Designed, developed, and tested laboratory measurement instruments.

Held multiple levels of responsibility including role of lead designer on several major design projects that produced agile-output frequency converters transmitting QAM (Quadrature Amplitude Modulation) cable television signals over the frequency range of 90 MHz to 1 GHz.