RFIC LNA Design Co-Op (Winter/Spring 2027)

Skyworks Solutions, Inc; Greensboro (NC); On-site; USD 36,000 - 65,000; Full time

Job summary

Skyworks Solutions, Inc. in Greensboro, NC is seeking an LNA RFIC Co-Op for Winter/Spring 2027 to contribute to design and verification of RFIC circuits and related AI/ML-based automation.

You will work with a mentor on real products used in next-gen cellular devices, gaining exposure to LNA, matching networks, and EM tools. The role emphasizes hands-on bench work, simulation setup, data analysis, and presenting results to the engineering team, with an environment that supports learning and

Qualifications

• Must be currently enrolled in an Electrical Engineering BS, MS or PhD program.
• Strong background in RFIC design (Smith Chart, Impedance Matching).
• Knowledge in RF parameters (insertion loss, return loss, harmonics, IMD, IIP3, VSWR, NF, power gain).
• Experience with Microsoft Office tools, and Cadence.

Responsibilities

• Setting up and debugging simulation test benches.
• Setting up and debugging LNA model with EM tools.
• Running verification on completed LNA designs.
• Design Low Noise Amplifier (LNA), RF Switches, Matching Networks.
• Using AI/ML for circuit design, simulation and automation.
• Compile results in slides and present to engineering team.
• A positive, can-do attitude.
• Must have ability to complete Co-op term prior to graduation.

Skills

RFIC design

Communication

MS Office

Cadence

Education

Electrical Engineering BS/MS/PhD enrollment

Tools

Cadence

Microsoft Office

Job description

Skyworks Solutions, Inc. in Greensboro, NC is seeking an LNA RFIC Co-Op for Winter/Spring 2027 to contribute to design and verification of RFIC circuits and related AI/ML-based automation.

You will work with a mentor on real products used in next-gen cellular devices, gaining exposure to LNA, matching networks, and EM tools. The role emphasizes hands-on bench work, simulation setup, data analysis, and presenting results to the engineering team, with an environment that supports learning and