平头哥平头哥-芯片STA资深工程师/专家-深圳

The candidate is expected to be responsible for following tasks: - Participate in complex Chip DFT/DFD feature and architecture definition - Implement DFT function including SCAN, Boundary SCAN, MBIST, Analog Macro test logic - Generate DFT related timing constraints and work for timing closure - Develop and verify high coverage and cost effective test patterns for the production test - Design, implement and verify other DFX (debug, characterization, yield etc) feature - Evaluate and establish the advanced DFT/DFD tools and flow as DFT CAD

In a fast-paced, leading-edge environment with endless possibilities of innovating and learning, you will be responsible for leading and defining timing signoff design methodologies of complex and world class chips/IPs. In this position, your responsibilities may include, but not be limited to: • Defining and implementing signoff methodology for all areas related to timing analysis, Circuit Quality, Extraction and noise glitch analysis； • Developing robust ASIC design and verification methodology to meet performance requirements including PVT corner definition for design convergence, clock uncertainty requirements, timing budgeting, repeater planning, automatic constraints/exceptions generation & management, and other key differentiating capabilities for quality & efficient timing closure； • Working closely with process technology team to understand process characteristics and setting appropriate design constraints to model on-chip variation effects, power-supply variation, process aging and other PV/Si miscorrelation effects in timing analysis flows； • Engaging closely with Design teams to understand the design & convergence challenges and derive methods to provide recipes with a focus on PPA & TAT optimizations； • Developing timing flows, understand design requirements/objectives and develop signoff conditions and milestone checklists appropriate with the design project goals. Work with 3rd party EDA vendors to resolve issues and drive improvements in design convergence and signoff； • Lead full chip timing signoff work, including SDC quality check, timing aware physical implementation guide, timing analysis and signoff.

In a fast-paced, leading-edge environment with endless possibilities of innovating and learning, you will be responsible for leading and defining timing signoff design methodologies of complex and world class chips/IPs. In this position, your responsibilities may include, but not be limited to: • Defining and implementing signoff methodology for all areas related to timing analysis, Circuit Quality, Extraction and noise glitch analysis； • Developing robust ASIC design and verification methodology to meet performance requirements including PVT corner definition for design convergence, clock uncertainty requirements, timing budgeting, repeater planning, automatic constraints/exceptions generation & management, and other key differentiating capabilities for quality & efficient timing closure； • Working closely with process technology team to understand process characteristics and setting appropriate design constraints to model on-chip variation effects, power-supply variation, process aging and other PV/Si miscorrelation effects in timing analysis flows； • Engaging closely with Design teams to understand the design & convergence challenges and derive methods to provide recipes with a focus on PPA & TAT optimizations； • Developing timing flows, understand design requirements/objectives and develop signoff conditions and milestone checklists appropriate with the design project goals. Work with 3rd party EDA vendors to resolve issues and drive improvements in design convergence and signoff； • Lead full chip timing signoff work, including SDC quality check, timing aware physical implementation guide, timing analysis and signoff.

In a fast-paced, leading-edge environment with endless possibilities of innovating and learning, you will be responsible for leading and defining timing signoff design methodologies of complex and world class chips/IPs. In this position, your responsibilities may include, but not be limited to: • Defining and implementing signoff methodology for all areas related to timing analysis, Circuit Quality, Extraction and noise glitch analysis； • Developing robust ASIC design and verification methodology to meet performance requirements including PVT corner definition for design convergence, clock uncertainty requirements, timing budgeting, repeater planning, automatic constraints/exceptions generation & management, and other key differentiating capabilities for quality & efficient timing closure； • Working closely with process technology team to understand process characteristics and setting appropriate design constraints to model on-chip variation effects, power-supply variation, process aging and other PV/Si miscorrelation effects in timing analysis flows； • Engaging closely with Design teams to understand the design & convergence challenges and derive methods to provide recipes with a focus on PPA & TAT optimizations； • Developing timing flows, understand design requirements/objectives and develop signoff conditions and milestone checklists appropriate with the design project goals. Work with 3rd party EDA vendors to resolve issues and drive improvements in design convergence and signoff； • Lead full chip timing signoff work, including SDC quality check, timing aware physical implementation guide, timing analysis and signoff.