16 ott - Avezzano
MICRON
OverviewIn this role you will contribute to cutting-edge NAND analog design within Micron's NVE group, translating system requirements into optimized analog and mixed-signal circuits.
You'll work with cross-functional teams to deliver high-performance, low-noise, power-efficient blocks used in memory products, and you'll apply AI-enabled workflows to boost design productivity.
The position offers impact across the full development lifecycle, from architecture to silicon validation, in a collaborative, innovation-driven environment.
Retribuzione / Benefitsmeal vouchers
corporate welfare
remote working days (yearly allowance)
supplementary health insurance
life coverage
Employee Assistance Program
ResponsabilitàDesign, implement, and validate analog and mixed-signal circuits (charge pumps, regulators, amplifiers, ADC/DAC, bandgap, power management) across the full development lifecycle
Translate system requirements into transistor-level architectures optimized for performance, power, area, noise, and reliability
Perform comprehensive circuit simulation and verification (DC, AC, transient, noise, Monte Carlo, PVT corners) with parasitic-aware validation
Collaborate with multi-functional teams to optimize product performance,
power consumption, die size, and manufacturability
Develop user documentation and contribute to design reviews, silicon validation, and root-cause analysis
Layout automation
AI Enablement and Productivity responsibilities: use AI-assisted tools for code generation, review, debugging, and documentation; apply AI-enabled analysis to large design/verification datasets; automate repetitive tasks; evaluate emerging AI capabilities; integrate AI workflows with engineering activities
Requisiti fondamentaliM.S.
in Electrical Engineering, Electronics, or related field
Senior role with proven analog and mixed-signal CMOS circuit design experience
Strong understanding of device physics, variability, noise, reliability, and power integrity
Hands-on experience with SPICE-based simulation tools and verification methodologies
Strong problem-solving and communication skills, able to work in global multi-functional teams
strong problem-solving
clear communication
team collaboration
analog and mixed-signal CMOS circuit design
SPICE-based simulation
noise, variability, and power integrity analysis
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