A

AMD

Designs chips for computers and AI systems

Static Timing Analysis / Full Chip Timing Engineer

Hardware Validation & TestingUpdated on Nov 14
Full-timeMarkham, ON, CanadaNo salary listedIn-person

About the Job

Requirements

  • A BS, MS, or PhD in Electrical Engineering, Computer Engineering, or a related field.
  • Ability to communicate complex technical timing data clearly and concisely to technical and management audiences.
  • Full-chip timing experience is preferred.

Responsibilities

  • Own full-chip timing closure across setup, hold, and design-rule-violation (transition, capacitance, and noise) signoff.
  • Drive multi-corner/multi-mode timing convergence across process, voltage, and temperature corners and modes.
  • Analyze and resolve signal-integrity/crosstalk, on-chip-variation/parametric on-chip variation, and clock-related skew, jitter, and uncertainty impacts on timing.
  • Perform root-cause analysis of timing violations and drive fixes through engineering change orders and place-and-route trials.
  • Generate, validate, and hand off engineering change orders to place-and-route physical-design teams; verify legalization and post-engineering-change-order quality of results.
  • Guide clock-tree build strategy across H-tree, multi-source clock-tree synthesis, and clock-mesh methodologies.
  • Define clock structure and skew/latency targets in partnership with clock architecture and physical-design teams.
  • Work with place-and-route engineers to drive timing convergence at each implementation stage: placement, clock-tree synthesis, routing, and engineering change orders.
  • Provide constraint analysis, quality review, and feedback to design and synthesis teams.
  • Provide repeater, floorplan, and design guidance across the system-on-chip based on timing analysis.
  • Analyze run data and provide actionable feedback to physical-design execution teams.
  • Collaborate across business units, computer-aided design, and central methodology teams to define and drive requirements.
  • Interface with other performance, power, and area teams within AMD on cross-cutting timing topics.
  • Define and drive common static-timing-analysis methodology and signoff criteria across the business unit.
  • Build automation to streamline design signoff checks, quality-of-results tracking, and dashboard generation.
  • Identify and adopt best practices from across AMD and the industry to continuously improve flow and project practices.
  • Drive stage-by-stage improvements in competitiveness, including performance, power, and area and turnaround time, of the AMD design flow.
  • Document methodology, flows, and known issues for broader team use.

About the Company

AMD

Designs chips for computers and AI systems

AMD designs processors, graphics chips and AI accelerators for computer makers, cloud operators and businesses that build electronic devices. Its Ryzen processors power personal computers, while EPYC processors handle work in data centers and Radeon chips render graphics. Instinct accelerators run AI models, paired with software that developers use to train models and put them into production. AMD sells chips and related computing systems through equipment makers, distributors and retail channels, and contracts with outside foundries to fabricate its semiconductor designs. It was founded in 1969 and has its headquarters in Santa Clara, California.

Company size
10,001+
Company stage
IPO
Headquarters
Santa Clara, CA
Founded
1969

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