CV — REV 2026.06 PITTSBURGH, PA HARDWARE ↔ SOFTWARE

Matthew Gramlich

embedded systems → networked infrastructure → senior software

Computer and electrical engineer with twelve years at the seam between hardware and the software that drives it — FPGA-to-userspace systems on DoD programs, and the networked infrastructure behind large-scale synchronized camera capture. Formally trained in EE/CE; currently software engineer at Meta.

01Experience

Meta — Reality Labs, Pittsburgh, PA

OCT 2020 – PRESENT

Senior Software Engineer (2025–) · Senior Systems Engineer (2022–2025) · CW Systems Engineer (2020–2022)

  • Led end-to-end development of a 20+Tbps capture-network platform behind synchronized, large-scale camera capture for the Codec Avatars program: down-selected network, server, and rack hardware, designed reusable rack-level building blocks, then joined the software team to build the configuration layer and drove bring-up with networking partners.
  • Reduced Infrastructure cost by 20%+ at the largest capture sites; reduced new-configuration time from months to hours; took capture reliability from intermittent to consistent.
  • Proved scale feasibility of, designed, and implemented lossless runtime data compression in the live capture path using asynchronous GPU compute — absorbing variable GPU transfer, compression, and copy-back latency while writing to disk at line rate — cutting data-to-disk by 60%, extending session runtimes, and increasing site throughput; supported the operations team through fleet-wide rollout and authored the maintenance documentation.
  • Technical DRI across multiple teams: integrated GPU hardware acceleration into low-latency image pipelines, led resolution of system-stability issues, and built extensive Hardware-in-the-Loop and maintenance tooling.

Lockheed Martin Missiles and Fire Control — Advanced Processors, Orlando, FL

APR 2019 – OCT 2020

Software Engineer

  • Integrated new COTS hardware into a DoD program more than twenty years old: debugged FPGA timing and signal-flow issues, integrated custom FPGA IP onto vendor equipment, and wrote the first hardware drivers for VxWorks 7 on modern superscalar processors.
  • Implemented low-latency, high-throughput imaging systems from hardware to userspace, delivering demonstration software to the program.
  • Product Security

Interactive Robotics Laboratory — West Virginia University

AUG 2014 – DEC 2018

Embedded System Programmer

  • Embedded firmware designer for the WVU Cataglyphis rover — first place, NASA Centennial Sample Return Robot Challenge, 2015 and 2016.
  • Built embedded and ROS-based control and communication systems for a range of land- and air-based research vehicles.

Lockheed Martin Missiles and Fire Control — Advanced Processors, Orlando, FL

MAY 2018 – AUG 2018

Software Developer — Intern

  • Primary developer for new maintenance capabilities on a longstanding DoD defense program.

West Virginia University — NASA IV&V

JAN 2017 – AUG 2017

Lead RockSat-X Payload Firmware and FPGA Engineer

  • Demonstrated viability of solid-state particle detectors in the upper atmosphere on a Xilinx Zynq-7000 FPGA SoM: custom IP cores for noise-floor analysis and particle-event capture, with in-flight data logging and a radio-relay system serving four independent asynchronous serial lines for other experiments.

West Virginia University

JAN 2015 – DEC 2015

Lead Flight Software Engineer

  • Lead embedded firmware designer for the Undergraduate Sounding Rocket Instrumentation Project (USIP); launched aboard the MUSIC sounding rocket from Wallops Flight Facility, VA, March 1, 2016.

02Skills

03Publications

Relightable Full-body Gaussian Codec Avatars. ACM SIGGRAPH 2025 Conference Papers.

Cataglyphis: An Autonomous Sample Return Rover. Journal of Field Robotics 35(2), 2018.

Robot Foraging: Autonomous Sample Return in a Large Outdoor Environment. IEEE Robotics & Automation Magazine 25(3), 2018.

04Education

  • B.S. Computer Engineering — West Virginia University
  • B.S. Electrical Engineering — West Virginia University

05Awards

  • 2016 NASA Centennial Sample Return Robot Challenge — 1st Place (11 points)
  • 2015 NASA Centennial Sample Return Robot Challenge — 1st Place (3 points)