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RFIC Validation and Characterization Engineer

Irvine, United States of America💼 Full-time🗓 2026-01-05 → 2026-09-28

Core

Perform hands-on bench testing, characterization, and debugging of RF SoC IP including transmitters, receivers, PLLs, power amplifiers, and ADCs/DACs to enable end-to-end RF integration solutions for advanced Wireless SoC products.

Role type

RFIC Validation and Characterization Engineer

Builds

Wireless SoC products with integrated radio transceivers

Domain

Wireless communications, RFIC design, SoC integration

Required skills

RF test development, hands-on debug, performance characterization, reporting, scripting and automation (Python/Perl/TCL/C++), RF test equipment operation, RF fundamentals, wireless transceiver architectures, digital communication systems, RF/PLL/wireless system measurements, RF PCB board design and debugging, RFIC block-level schematics familiarity

Preferred skills

MS degree, strong RF background, RF systems fundamentals, RF PCB board design and development, RFIC design and simulation/verification, SOC design and simulation/verification

Technologies

Python, Perl, TCL, C++, network analyzers, spectrum analyzers, vector signal analyzers, signal generators

Responsibilities

Perform hands-on bench testing, characterization, and debugging of RF SoC IP; Drive the bring-up and functional validation of new wireless SoCs from first silicon to final product; Design and develop Radio calibrations including algorithm creation and optimization; Automate RF measurements and data analysis by writing robust scripts; Characterize and optimize key RF performance metrics such as EVM, spectral mask, phase noise, sensitivity, IP3, NF, and ACPR; Debug complex chip-level and board-level issues including desense and EMI problems; Collaborate with RF Systems, Design, and Integration teams on board layout, test methodology, and calibration programming; Generate comprehensive RF design verification, characterization, and test reports; Develop and support RF calibration and test routines for ATE mass production environments; Design external matching networks to optimize transmit and receive radio performance

Seniority

Mid-level, hands-on IC

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