RF/Analog Mixed-Signal IC Design Engineer

Apple Inc.; Cupertino (CA); On-site; USD 129,300 - 225,300; Full time

Job summary

Apple in Cupertino, California, is seeking an AMS Design Engineer to advance RF/Analog Mixed‑Signal IC design for Apple Silicon. You will contribute to transistor-level implementation across technology nodes and work with a hands-on team to create high-performance analog solutions that connect our devices to the world.

Minimum qualifications include a bachelor's degree. Preferred candidates bring strong device-physics knowledge, silicon IP delivery experience, and modeling skills in

Qualifications

• Bachelor's degree required.
• Strong device physics knowledge for analog IC design.
• Experience delivering silicon IPs with complete architecture, design and validation.
• Knowledge of bandgaps, bias, opamps, switched-cap circuits, and low-power designs.
• Experience with mixed-signal design techniques and verification methods.
• Proficiency in modeling with C/Matlab/VerilogA/Python.
• Hands-on use of spectrum analyzers, oscilloscopes, and signal generators.

Responsibilities

• Conduct transistor-level feasibility studies for Analog/Mixed-Signal blocks.
• Design blocks and document simulations and verification for design reviews.
• Drive mask design and layout reviews for top-level integration.
• Run post-layout and top-level simulations to verify integration.
• Define production and bench-level test plans and perform measurements.
• Collaborate with production test engineers on testability and yield.

Skills

Device physics

Analog IC design

Mixed-signal design

Bandgaps

OPAmps

LDOs

PLL

VerilogA

Python modeling

Data converters

Education

Bachelor's degree

Tools

MATLAB

VerilogA

Python

C

Job description

Apple in Cupertino, California, is seeking an AMS Design Engineer to advance RF/Analog Mixed‑Signal IC design for Apple Silicon. You will contribute to transistor-level implementation across technology nodes and work with a hands-on team to create high-performance analog solutions that connect our devices to the world.

Minimum qualifications include a bachelor's degree. Preferred candidates bring strong device-physics knowledge, silicon IP delivery experience, and modeling skills in