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Key job responsibilities
• Includes definition and development of signoff methodology and corresponding implementation solution
• Flow for STA, Crosstalk Delay and Crosstalk Noise analysis for digital ASIC/SoCs.
• Full chip timing constraints development, full chip / Sub-System STA and Signoff for a complex, multi-clock, multi-voltage SoC.
• Streamlining the timing signoff criterions, timing analysis methodologies and flows.
• Analyze and incorporate advance timing signoff flows (AOCV, POCV Based STA, IR Drop aware STA) into SoC timing signoff flow.
• Work for Systems and Architecture, SoC Integration, Verification, DFT, Mixed Signal, IP owners, Synthesis, Place & Route and other local/remote teams to address the design challenges in the context of timing sign-off.
• Concepts of CRPR, clock paths analysis and tweaks to meet timing.
• Multi Corner and Multimode analysis.
• Close timing at Signoff corners covering the entire modes, delay corners for cells and interconnects.
• Bachelor’s degree or higher in EE, CE, or CS
• 10+ years or more of practical semiconductor implementation experience
• Scripting experience with Perl, Python, tcl, shell and drive to automate flows
• Proficiency in chip front-end and back-end implementation tools such as Fusion compiler, Design Compiler, ICC2 or Innovus and Primetime, Tempus
• Must have good communication and analytical skills.
• Should be able to work closely with IP Design teams and Backend Physical Design teams across multiple sites.
• PhD in Computer Science, Electrical Engineering, or related field
• Experience with memory compiler
• Experience with formal equivalence – Cadence Conformal/Synopsys Formality
• Have in depth knowledge of entire design process from Design specification, defining architecture, micro-architecture, RTL design and functional verification
• Experience with DFT and DFM flows
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