Sr. Staff Engineer, Timing Methodology & Signoff

Build the silicon that powers the future of ultra-low-power computing

At Ambiq, we’re redefining what’s possible at the edge—powering next-generation AI, wearables, and IoT devices with breakthrough ultra-low-power technology. We’re looking for a Sr. Staff Engineer – Timing Methodology to take a true ownership role in driving timing from architecture to silicon—and ensuring our designs don’t just work, but excel in real-world conditions.

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Why this role stands out

This isn’t a “maintain the flow” role. You’ll:

• Own end-to-end timing convergence (block → SoC → post-silicon)
• Shape methodology, flows, and signoff strategy
• Work on cutting-edge FinFET, multi-patterning nodes, and unique ultra-low-power challenges
• Directly influence PPA and product success

If you thrive on solving complex timing problems others shy away from—this is your playground.

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What You’ll Do

• Own timing convergence end-to-end, from methodology definition to SoC signoff
• Develop and refine timing flows, constraints, and analysis methodologies
• Drive block-level closure and SoC-level timing correlation
• Lead signoff activities, including:
  • PVTR corner definition
  • Timing margining & ECO strategy
  • Extraction and analysis
  • Glitch/noise analysis & power/timing tradeoffs
• Partner cross-functionally with RTL, DFT, physical design, and IP teams
• Define and manage timing constraints across diverse IP (std cell, memory, hard IP)
• Ensure strong pre-silicon to post-silicon correlation through close collaboration with bring-up and validation teams
• Continuously enhance automation, scripts, and methodologies to improve efficiency and scalability
• Stay at the forefront of STA advancements and emerging process technologies

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What You Bring

• 8+ years of experience in timing analysis and convergence
• Deep expertise in static timing analysis (STA) using Synopsys Primetime or Cadence Tempus
• Strong experience with block-level and SoC-level timing closure in advanced nodes
• Solid understanding of digital design fundamentals and timing principles
• Hands-on experience with industry-standard EDA tools (Synopsys, Cadence)
• Proficiency in TCL, Python, or similar scripting languages
• Strong problem-solving skills and ability to drive complex issues to closure
• Excellent communication and collaboration skills across engineering teams

Nice to have:

• Experience with PnR tools (Fusion Compiler, Innovus)

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What Success Looks Like

• Clean, predictable timing convergence across increasingly complex SoCs
• Strong correlation between signoff and silicon behavior
• Scalable methodologies that improve team velocity and design quality
• Measurable impact on power, performance, and area (PPA)

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Work Authorization

Must be currently authorized to work in the United States and have an approved immigrant petition that would support H-1B extensions beyond the six-year limit or allow priority date retention.

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Why Ambiq

We’re small enough that your impact is immediate—and big enough to be solving problems that rival the industry’s most complex SoCs. Our ultra-low-power innovation creates entirely new timing challenges, making this an opportunity to do some of the most interesting work of your career.