Peter T.

Hardware Engineer at NVIDIA

San Francisco Bay Area

About

Experience

  • Hardware Engineer at NVIDIA
    Dec 2018 - Present · 7 yrs 7 mos

  • Field Application Engineer at Teradyne
    Jun 2012 - Nov 2018 · 6 yrs 6 mos

    • Developed innovative test techniques and characterization methodology for multiple devices including ASIC, memory controllers, display drivers, image sensors, finger print sensors, image sensors, eMMC controller. • Designed load boards and probe cards for production testing. • Drove and lead competitive pre-sales and proof-of-concept work, leading to several design wins. • Reduced cost of test by implementing multiple strategies such as creating modular/standard functions for reduced development time and introducing new test techniques such as binary register trim algorithms, custom coding, and building register libraries. Combined efforts reduced operational cost up to 60%. • Authored and presented at Teradyne Users Group (TUG) 2014 and 2016 for an audience of peers and customers. • Lead instructor for Teradyne’s J750 Programming Fundamentals, 1 week course. • Wrote custom data analytic tools in C# and VB to support management team (resource utilization analytics and customer invoice tracking). • Teradyne ATE platforms used: Flex, J750, IP750 .

  • Personal Projects at Self
    Jan 2009 - Jan 2014 · 5 yrs 1 mo

    • Designed and hosted 3 Local Business Websites from 2009-2014 on GoDaddy.com • Developed in HTML with CSS and Adobe Flash

  • GPS Intern at Penn State ARL Navigation and Research Development
    Sep 2010 - Mar 2011 · 7 mos

    • Developed software to decode navigation protocols using Matlab and Visual Studio • Supported in the development of automatic testing for receiver equipment via Ethernet • Updated algorithms for analyzing, decoding, and displaying navigation data in real-time of DAGR GPS Receiver

  • Electrical Design Intern at KlingStubbins
    Sep 2009 - May 2010 · 9 mos

    • Designed and maintained Revit families and created complex and dynamic parameters for electrical components such as data server cabinets, transformers, and distribution panels • Revised design and construction schematics using AutoCAD, Microstation, and Revit 2010 • Updated electrical specifications and requirements for electrical design team and Revit families