Mts Hardware Development Engineer

AMD AMD · Semiconductors · Austin, TX · Engineering

AMD is hiring an MTS Hardware Development Engineer to lead system-level architecture and board-level implementation for computing experiences, including AI and data centers. Responsibilities include preparing specifications, schematic entry, supervising design work, making layout decisions, analyzing designs with simulation tools, leading bring-up and debug teams, and specifying production test methods. The role requires experience in PCB design, analog/digital design, high-speed bus interfaces, signal integrity, power distribution, and implementing various high-speed serial and parallel busses.

What you'd actually do

  1. Take the lead in interfacing with cross-functional teams to develop system-level architectures and board-level implementations from product early concept through production launch.
  2. Prepare specifications, BOM, design, and schematic entry internally and supervise the design work product generated by junior engineers and external suppliers.
  3. Make decisions related to layout guidelines for PCBs and supervise the work product of Layout Engineers ensuring that all physical and electrical requirements are met.
  4. Analyze the design with simulation tools and make calculations to verify its conformance to the design requirements.
  5. Lead and mentor layout, system bring-up, and debug teams.

Skills

Required

  • Designing and debugging computer-related PCB boards
  • Analog and digital design
  • High-speed bus interface design
  • High-speed PCB layout design
  • Debugging high-speed designs and signal integrity issues
  • Power distribution techniques and x-86 processor system architecture
  • Implementing high-speed serial busses (SAS/SATA, PCIe, and USB) and high-speed parallel busses (DDR2/3), and CPU front-side bus
  • Feature and cost trade-off analysis
  • Creating specifications and design guides

What the JD emphasized

  • designing and debugging computer-related PCB boards
  • analog and digital design
  • high-speed bus interface design
  • high-speed PCB layout design
  • debugging high-speed designs and signal integrity issues
  • power distribution techniques and x-86 processor system architecture
  • implementing high-speed serial busses (SAS/SATA, PCIe, and USB) and high-speed parallel busses (DDR2/3), and CPU front-side bus
  • feature and cost trade-off analysis
  • creating specifications and design guides