Matthew James

Electrical Engineer at Roos Instruments
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Contact Information
us****@****om
(386) 825-5501
Location
San Jose, California, United States, US

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Brad Paden

Matt is a pleasure to work with! He is sharp, organized, resourceful, and a skilled team player. At LaunchPoint he worked on a MEMS experimental apparatus with some complex signal processing in LabView and got excellent results. He has my most enthusiastic recommendation!

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Experience

    • Semiconductor Manufacturing
    • 1 - 100 Employee
    • Electrical Engineer
      • Aug 2014 - Present

      Engineer for RF automated test equipment capable of testing up to 80GHz. Engineer for RF automated test equipment capable of testing up to 80GHz.

    • United States
    • Higher Education
    • 100 - 200 Employee
    • Continuing education while pursuing career opportunities
      • Apr 2014 - May 2014

      System Design for Low Power ManagementEnvironmental and mobile trends have been driving system designers to develop products for minimal power without significantly compromising performance. International regulatory standards are forcing industry competitors to continue reducing input power with the goal of eventually attaining zero power (defined by the international standard IEC 62301 to be <5mW) in certain modes of operation. This course takes a practical learning approach to designing low-power systems with the ultimate goal of reaching zero power. Show less

    • Continuing education while pursuing career opportunities
      • Jan 2014 - Apr 2014

      Comprehensive Signal and Power Integrity for High-Speed Digital SystemsHigh-speed signaling technologies with multi-gigabit data transfer rates are critical to high-bandwidth communications. However, the physical limitations of the channel (in board, package, and connector), the transceiver circuits, as well as voltage and timing noises introduced along the signal paths, make the design of high-speed links very challenging. Accurate modeling and analysis of high-speed digital systems requires a good understanding of physical effects and system architecture in order to optimize the design parameters in the channel, transmitter, and receiver subsystems. This course gives students a set of skills for problem solving and strategies that they can use to design successful high-speed systems. Show less

    • United States
    • Aviation and Aerospace Component Manufacturing
    • 1 - 100 Employee
    • Electrical Engineer
      • Jun 2011 - Jul 2012

      Project: Magnetically levitated heart pump rotor Took over engineering test setup and found a problem with the PWM driver. System operates near zero power when rotor is balanced leading to most of the PWM values being too small for our SW/HW setup. Changed the PWM implementation and stabilized control loop for the rotor. Project: Magnetically controlled engine timing valve Used my familiarity with TI libraries to lay out the skeleton code of this second project. Project: Magnetically levitated heart pump rotor Took over engineering test setup and found a problem with the PWM driver. System operates near zero power when rotor is balanced leading to most of the PWM values being too small for our SW/HW setup. Changed the PWM implementation and stabilized control loop for the rotor. Project: Magnetically controlled engine timing valve Used my familiarity with TI libraries to lay out the skeleton code of this second project.

    • United States
    • Medical Equipment Manufacturing
    • 400 - 500 Employee
    • Electrical Engineer Consultant
      • May 2010 - Jul 2010

      Project: LCD jumper board Project lead engineering quick turn solution to supply chain interruption of LCD's for commercial medical device. Converted Schematic to PCB layout with Cadence Allegro Ordered quick-turn engineering prototypes of PCB Assembled, tested, and verified prototypes Ordered production quantity of PCBs Managed assembly of PCBs Project: LCD jumper board Project lead engineering quick turn solution to supply chain interruption of LCD's for commercial medical device. Converted Schematic to PCB layout with Cadence Allegro Ordered quick-turn engineering prototypes of PCB Assembled, tested, and verified prototypes Ordered production quantity of PCBs Managed assembly of PCBs

    • United States
    • Aviation and Aerospace Component Manufacturing
    • 1 - 100 Employee
    • Electrical Engineer
      • Apr 2008 - Sep 2009

      Project: MEMS Resonator Took ownership of orphaned engineering test setup Debugged LabVIEW code controlling signal generator and high-speed DAQ Corrected code architecture and state machine to correctly generate and sample at the the correct timing Collected data to test engineering theory for NIH phase I grant Successfully verified engineering proof of concept for new IP Contributed to NIH phase II grant proposal Project: Engineering testing of new IP Constructed four foot long solenoids for test setup Used signal generator and spectrum analyzer to verify theories Project: MagLaunch Constructed large coil and conducted high frequency resistance testing at low temperatures with LN2 Show less

    • United States
    • Medical Equipment Manufacturing
    • 400 - 500 Employee
    • Electrical Engineer
      • Aug 2006 - Feb 2008

      Managed Labview manufacturing test fixture and documented necessary repairs and upgrades. Designed valve control PCB for manufacturing leak test fixture. Analyzed sample of medical devices exhibiting high power failure for engineering test report. Updated motherboard schematic and linked all symbols to centralized network library. Managed Labview manufacturing test fixture and documented necessary repairs and upgrades. Designed valve control PCB for manufacturing leak test fixture. Analyzed sample of medical devices exhibiting high power failure for engineering test report. Updated motherboard schematic and linked all symbols to centralized network library.

    • United States
    • Defense and Space Manufacturing
    • 700 & Above Employee
    • Electrical Engineering Intern
      • Jul 2005 - Sep 2005

      Investigated and corrected inconsistent timing mistakes in Verilog code from an orphaned project Documented changes and software architecture Investigated and corrected inconsistent timing mistakes in Verilog code from an orphaned project Documented changes and software architecture

    • United States
    • Motor Vehicle Manufacturing
    • 1 - 100 Employee
    • Electrical Engineering Intern
      • Jul 2004 - Sep 2004

      Composed multiple service manuals for Vetronix vehicle diagnostic tools. Received soldering training for cable assemblies, thru hole, and surface mount components. Composed multiple service manuals for Vetronix vehicle diagnostic tools. Received soldering training for cable assemblies, thru hole, and surface mount components.

    • United States
    • Motor Vehicle Manufacturing
    • 1 - 100 Employee
    • Electrical Engineering Intern
      • Jul 2003 - Sep 2003

      Composed service manual for a Vetronix vehicle diagnostic tool Composed service manual for a Vetronix vehicle diagnostic tool

Education

  • Stanford University
    BS, Electrical Engineering
    2002 - 2006

Community

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