Senior RFIC & Front-End Module Design Engineer

Qorvo, Inc.; Town of Florida (NY); On-site; USD 116,000 - 151,000; Full time

Job summary

Qorvo, Inc. is seeking a Switch/LNA/RF IC Design Engineer to design GaAs/SOI/SiGe/CMOS based switches and LNA/RF ICs for Front End Modules.

You will work with marketing and design teams to define the RF IC, design laminates for characterization, and use RF measurement tools to validate performance. The role requires 6+ years in RF IC design, strong experience with HFSS, Cadence, ADS and EM simulators, and the ability to collaborate across modules and remote teams.

Qualifications

• Required: BSEE, MSEE preferred, with a focus on RF design.
• 6+ years experience with switch/RF IC design.
• Experience simulating GaAs/Silicon/SiGe based switches/LNA/RF ICs in Cadence and Agilent ADS.
• Experience with EM simulators such as Momentum, HFSS.
• Experience designing laminates to support switch/RF IC evaluation and characterization.

Responsibilities

• Define the switch/LNA/RF IC with marketing and module designers.
• Design, layout and evaluate laminates to support switch characterization and development.
• Expert use of RF measurement equipment and troubleshooting.
• Collaborate with module teams to integrate RF IC into modules and guide design tradeoffs.
• Support production readiness with device characterization and test plan development.
• Interact with modeling/tool providers to improve design predictability.

Skills

RF design

EM simulation

VNA measurements

Cadence

HFSS

ADS

Momentun

Team collaboration

Education

BSEE

MSEE preferred

Tools

HFSS

Cadence

ADS

Momentum

Job description

Qorvo, Inc. is seeking a Switch/LNA/RF IC Design Engineer to design GaAs/SOI/SiGe/CMOS based switches and LNA/RF ICs for Front End Modules.

You will work with marketing and design teams to define the RF IC, design laminates for characterization, and use RF measurement tools to validate performance. The role requires 6+ years in RF IC design, strong experience with HFSS, Cadence, ADS and EM simulators, and the ability to collaborate across modules and remote teams.