Sr Engineer, Design
Overview
In this role you will own the development of NAND Flash logic features, from concept to RTL, verification and post-silicon validation.
You will bridge architecture, firmware, datapath, analog and test teams to deliver robust digital implementations across technology generations.
You'll support silicon bring-up, validation and learning while leveraging AI-enabled workflows to boost productivity.
This position offers collaboration with cross-functional teams to scale performance, power, and reliability in memory products.
Retribuzione / Benefits
meal vouchers corporate welfare remote working days supplementary health insurance life coverage Employee Assistance Program
Responsabilità
Own end-to-end development of logic features from architecture through RTL and validation Translate system/firmware requirements into micro-architecture specs and digital implementations Develop RTL and drive block/subsystem/full-chip verification including coverage and post-layout validation Collaborate with cross-functional teams to define interfaces and optimize performance,
power and reliability Support silicon bring-up, debugging and root-cause analysis to improve yield and ramp Leverage AI-assisted engineering tools for code generation, review, debug and documentation Apply AI-enabled analysis to large design, verification, or silicon datasets Identify opportunities to automate repetitive tasks using AI technologies Integrate AI automated workflows into engineering activities
Requisiti fondamentali
M. S. in Electrical Engineering, Electronics, or related field Strong experience in digital logic design and verification for complex So Cs or memory products Hands-on RTL design, gate-level verification and simulation methods Solid understanding of system-level and micro-architectural design trade-offs (performance, power, reliability) Strong communication and problem-solving skills in global, multi-functional teams strong communication problem-solving team collaboration RTL design gate-level verification simulation methodologies
In this role you will own the development of NAND Flash logic features, from concept to RTL, verification and post-silicon validation.
You will bridge architecture, firmware, datapath, analog and test teams to deliver robust digital implementations across technology generations.
You'll support silicon bring-up, validation and learning while leveraging AI-enabled workflows to boost productivity.
This position offers collaboration with cross-functional teams to scale performance, power, and reliability in memory products.
Retribuzione / Benefits
meal vouchers corporate welfare remote working days supplementary health insurance life coverage Employee Assistance Program
Responsabilità
Own end-to-end development of logic features from architecture through RTL and validation Translate system/firmware requirements into micro-architecture specs and digital implementations Develop RTL and drive block/subsystem/full-chip verification including coverage and post-layout validation Collaborate with cross-functional teams to define interfaces and optimize performance,
power and reliability Support silicon bring-up, debugging and root-cause analysis to improve yield and ramp Leverage AI-assisted engineering tools for code generation, review, debug and documentation Apply AI-enabled analysis to large design, verification, or silicon datasets Identify opportunities to automate repetitive tasks using AI technologies Integrate AI automated workflows into engineering activities
Requisiti fondamentali
M. S. in Electrical Engineering, Electronics, or related field Strong experience in digital logic design and verification for complex So Cs or memory products Hands-on RTL design, gate-level verification and simulation methods Solid understanding of system-level and micro-architectural design trade-offs (performance, power, reliability) Strong communication and problem-solving skills in global, multi-functional teams strong communication problem-solving team collaboration RTL design gate-level verification simulation methodologies