Ed Sugiyama

Subject Matter Expert

Sugiyama@Watershediplaw.com

Ed Sugiyama, a subject matter expert, has over 25 years of experience in wireless technology software development and testing wireless devices. While utilizing his background in software programming, Ed extracted cellular baseband (Qualcomm, Samsung, Exynos) information such as network messages of various wireless devices including smartphones and modules used in automobiles, laptops and IoT.

Ed spearheaded carrier mandated test programs and successfully completed acceptance tests for market launch of Sharp mobile phones for Verizon Wireless, T-Mobile, AT&T, Sprint, SoftBank, and DoCoMo. Using his software engineering background, Ed developed automated test tools that resulted in rapid debugging and re-testing of devices for approval. Ed also created mobile applications based on his experience with Qualcomm chipsets.

Additionally, Ed was a 3GPP RAN2 delegate focusing on NB-IoT and NTN communications. His technical background includes creating software applications for LoRaWAN, Sigfox and CAT-1/CAT-M modules as well as firmware enhancements of cardiac medical devices that include internal defibrillators, ECG, BP, SPO2/SVO2 monitors.

  • EXPERIENCE

    EXPERIENCE

    WATERSHED IP LAW
    Subject Matter Expert, March 2024 – Present

    Achievements & Highlights

    • Evidence of Use Discoveries
      Detect infringements and Evidence-of-Use (EoU) using reverse engineering processes that include strategic test planning and execution, acquisition and analysis of critical 4G/5G baseband logs from 20+ devices in USA and Europe.
      Streamline EoU test planning by identifying cell locations that support various 4G/5G features.
    • Evidence-based claim charts
      Enhance claim charts by matching claims to baseband log evidence.

    SHARP LABORATORIES OF AMERICA
    Principal Engineer, 2018 – February 2024

    Achievements & Highlights

    • 4GLTE, 5GNR, 6G Standards
      Increased 3GPP contributions along with IP opportunities for Sharp Corporation by participating as a RAN2 delegate focusing on NB-IoT and Non-Terrestrial-Network (NTN).
      Submitted patent disclosures and applications on power saving for NB-IoT and NTN systems.
      Represented Sharp Corporation for NextG Alliance and provided feedback on 6G video requirements.
    • Infringement Discoveries
      Identified infringements by acquisition and analysis of logs from 50+ devices in USA, Japan, and Europe. Devices included smartphones and cellular IoT.
      Obtained sales injunction by discovering Evidence-of-Use in cellular modules of automobiles in Germany. Discovered Evidence-of-Use in a model manufactured by a US automaker.
      Coded software applications to interface Qualcomm-based devices with logging tools

    SHARP LABORATORIES OF AMERICA
    Senior Engineer, 2013 – 2018

    Achievements & Highlights

    • Sprint Wireless approval of Sharp AQUOS handset
      Delivered Sharp handset on schedule to market by completing all required tests utilizing automated tests and real time bug reporting.
      Negotiated exemption of a required feature by acquiring radio logs from competitor devices and proving that other devices also lack the feature.
    • IoT Devices Analysis
      Produced comprehensive research reports on Internet-of-Things communication protocols.
      Evaluated performance of various IoT devices by designing custom software applications for devices using SigFox, LoRaWAN, and CAT-1.
      Measured IoT radio quality by executing tests in various conditions and locations.
      Developed device-to-device communication application using Qualcomm modem and SDK.
    • Mobile Device Testing
      Ensured carrier acceptance of Sharp Japan domestic models by performing required international roaming tests for SoftBank and DoCoMo.
      Captured baseband logs of other Japanese model phones used for performance and standards compliance comparison.
      Assisted with market introduction of test scripting tool for a third-party cellular protocol test vendor by debugging and running tests on various conditions.

    SHARP LABORATORIES OF AMERICA
    Team Lead – Mobile Platform Technology, 2004 – 2013

    Achievements & Highlights

    • AT&T Wireless approval of Sharp FX series handsets
      Managed a team of software engineers to develop an automated 800-hour test stability system as required by AT&T.
      Improved testing and development cycle by implementing an automated test report generator.
      Supervised all lab tests to ensure results were clearly communicated to developers in Japan and South Korea.
    • T-Mobile Sidekick acceptance
      Facilitated carrier required tests for market launch for Sidekick series devices by coordinating with test facilities and other third-party vendors.
      Secured first installation of T-Mobile 3G base station in Portland metropolitan area to be used for UMTS test executions.
      Designed drive test routes based on geography and location of cells. Eventually, T-Mobile added drive routes as a requirement for all mobile handsets. Designed drive test routes based on geography and location of cells. Eventually, T-Mobile added drive routes as a requirement for all mobile handsets.

    SHARP LABORATORIES OF AMERICA
    Member of Technical Staff, 2000 – 2004

    Achievements & Highlights

    • Verizon Wireless acceptance of Sharp handset
      Developed automated CDMA test system to rapidly verify Verizon Wireless Stage 2 tests.
      Executed all required field tests in 5 cities while connected to various network vendor infrastructure.
      Devised BREW testing platform to ensure handset compatibility with BREW applications required by Verizon.
      Created handset provisioning software application that was used in all Verizon stores.
    • T-Mobile acceptance of Sharp TM150 handset
      Executed all T-Mobile device acceptance tests.
      Collaborated with T-Mobile test engineers to streamline test processes for Sharp and other manufacturer’s handsets.
      Automated GSM tests using various network simulators to expedite TM150 testing.

    MICRO SYSTEMS ENGINEERING

    Firmware Engineer, 1999 – 2000

    • Implantable defibrillator software development
      Improved performance and decreased battery usage for an implantable defibrillator by designing source code mixed with inline assembly language.

    MICRO SYSTEMS ENGINEERING

    Quality Engineer, 1998 – 1999

    • Implantable defibrillator testing
      Simplified test process for an implantable defibrillator by developing a system that automatically performed numerous procedures to trigger shocks and measure output.
  • EDUCATION

    EDUCATION

    BACHELOR OF SCIENCE – ENGINEERING
    University of Washington, Seattle, Washington, 1988