Senior Analog/RF Modeling & Verification Engineer

Apple, Inc.; Sunnyvale (CA); On-site; USD 185,000 - 325,000; Full time

Benefits offered by this job

Relocation assistance

Discretionary bonuses

Apple stock programs

Medical and dental coverage

Education reimbursement

Job summary

Apple seeks a Digital/Mixed Signal Modeling/Verification Engineer in Sunnyvale, CA to own RNM/SystemVerilog behavioral modeling and verification of analog/RF blocks inside a large SoC. You'll work with analog designers to set up AMS simulation environments and ensure the models meet required specs.

The role requires a BS with 10+ years of experience, strong analog/RF theory, and Cadence mixed-signal verification experience.

Qualifications

• BS and at least 10 years of relevant industry experience.
• Strong fundamentals in analog/RF circuit theory and topologies.
• Experience with Cadence mixed-signal verification environment.
• Ability to read analog schematics and extract main functionality.
• Experience modeling mixed-signal/RF blocks (bandgaps, regulators, data converters, LNA/PA, PLLs).
• Experience with high-frequency PLLs is desirable.

Responsibilities

• Develop RNM RF/Analog models in SystemVerilog.
• Create self-checking models and assertions to verify specs.
• Assess required model accuracy for different verification goals.
• Set up AMS simulation environments with analog designers.
• Debug complex chip digital-on-top testbenches and identify root causes.

Skills

Analog/RF theory

SystemVerilog modeling

AMS verification

Education

Bachelor’s degree in Electrical Engineering

Master’s degree in Electrical Engineering

Tools

Cadence mixed-signal verification

Job description

Apple seeks a Digital/Mixed Signal Modeling/Verification Engineer in Sunnyvale, CA to own RNM/SystemVerilog behavioral modeling and verification of analog/RF blocks inside a large SoC. You'll work with analog designers to set up AMS simulation environments and ensure the models meet required specs.

The role requires a BS with 10+ years of experience, strong analog/RF theory, and Cadence mixed-signal verification experience.