Fullchip Floorplan Design Engineer

Advanced Micro Devices, IncMarkham, ON
Hybrid

About The Position

As part of AMD’s S3 (Semi-Custom) organization, you will work within the Physical Design integration team to translate SoC RTL into a full-chip floorplan, enabling downstream implementation and first-pass silicon success. This role operates at the intersection of architecture, RTL, DFT/DFX, and physical design, with a primary focus on defining chip-level structure early in the design cycle. It is a highly hands-on, execution-driven role requiring deep expertise in full-chip floorplanning and physical design.

Requirements

  • Hands-on physical design engineer with strong experience in full-chip floorplanning and SoC implementation
  • Comfortable working across teams, driving early-stage implementation decisions, and translating design intent into practical physical structures
  • Strong ownership, problem-solving ability, and consistently deliver high-quality results in fast-paced, technically complex environments

Nice To Haves

  • Experience in SoC physical design with successful tapeouts
  • Strong ownership of full-chip floorplanning (partitioning, macro placement, integration)
  • Solid understanding of physical design flows and impact on timing, power, and implementation
  • Hands-on experience with Fusion Compiler or similar tools (e.g., Innovus)
  • Experience with feedthrough planning, bus topology, and timing-aware floorplanning
  • Understanding of SoC architecture (e.g., AXI, source-synchronous interfaces, test)
  • Proven collaboration with RTL, IP, DFT/DFX teams
  • Scripting skills (Tcl, Perl, Python, or Shell) for automation
  • Experience with large-scale SoC designs and low-power considerations
  • Experience improving design productivity through automation or advanced methods

Responsibilities

  • Own full-chip floorplanning (partitioning, macro placement, integration)
  • Translate RTL → full-chip floorplan (chip structure, block definition)
  • Plan pins, feedthroughs, and bus topology (incl. source-synchronous interfaces)
  • Define repeater strategy for timing and signal integrity
  • Optimize floorplan for timing, power, and area (PPA)
  • Run feasibility / tradeoff analysis for floorplanning decisions
  • Collaborate with RTL, architecture, DFT/DFX, and PD teams
  • Use tools like Fusion Compiler / Innovus for implementation
  • Build automation (Tcl / Perl / Python) to improve execution

Benefits

  • AMD benefits at a glance
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